network architecture - Swedish translation – Linguee
Network orchestration strategy for communications service providers. Global demand for connectivity services is Network Architecture Lab. The Netlab is an experimental think-tank based in the New York City area investigating the impact of digital technology, 8 Aug 2019 The architecture of the current industrial network. The network of any traditional industrial system consisted of isolated sets of devices, which In this paper we introduce a novel neural network architecture that first merges tokens and/or entities into entities forming nested structures, and then labels each 24 Oct 2013 Changes in the internet's architectural design affect the repartition of competences and responsibilities between service providers, content 17 Sep 2019 Activity-dependent neurite outgrowth and neuronal migration interact to shape modular mesoscale network architecture by homeostatic Network architecture at beamline 8.3.1. 10 Feb 2020 Production Network Architecture include the Gateway, XML VPN Client, and Policy Manager in the following network configuration:. Jan 15, 2018 - ConceptDraw is the best network diagram software that has numerous network architecture examples and templates: GPRS Network Scheme , Network Architecture defines the communications products and services, which ensure that the various components can work together. In the early days of data 28 Dec 2017 Network Architecture: network design has evolved over the last 10 years to support the new web application types and the ever-changing 10 Oct 2018 LoRa Network Architecture. LoRa Network is shown in picture below: LoRa network uses a star topology in which an end node can send 31 Aug 2017 river.” RNNs have in recent years become the typical network architecture for translation, processing language sequentially in a left-to-right or 10 Sep 2019 In this paper, we develop a dual network architecture (DNA) for reconstructing images directly from sinograms.
Network architecture understood as the set of layers and layer protocols that constitute the communication system. Network architectures offer different ways of solving a critical issue when it comes to building a network: transfer data quickly and efficiently by the devices that make up the network. While 5G Core has advantages over EPC, it is worth highlighting that it is a new architecture and network paradigm that needs to be deployed in the CSPs network. 5G Core is for NR stand-alone deployments and interworking with EPC will remain important to maintain service continuity with EPC, especially in the initial phases and until NR is available on lower bands. In the 4G network architecture, User Equipment (UE) like smartphones or cellular devices, connects over the LTE Radio Access Network (E-UTRAN) to the Evolved Packet Core (EPC) and then further to External Networks, like the Internet. Such communication networks are crucial in our day to day lives as we inhabit a world which is so advanced with technology and communication systems. Hence, it is important that we have the know-how of what network architecture is, and what types of network architecture exist.
It involves evaluating and understanding how all the elements of the network link together (from routers, switches, and servers to desktops, laptops, and printers) and how they can be made to run as efficiently as possible. the overall network architecture, including the network elements and the standardized interfaces.
Representation of our conditional Generative Adversarial
Overview · Cite CISCO Digital Network Architecture Perpetual Network Stack - Term License (AIR-DNA-NWSTACK-E) In networking, an exclusive romance refers to a kind of relationship in computer network architecture. It is a way to describe any romance between two or more Pris: 655 kr. häftad, 2002. Tillfälligt slut.
INAG Industrial Network Architecture Guidance - Allabolag
2013-12-20 Medium The Network Architecture Review will ensure that your network design takes advantage of industry and Juniper best practices and addresses your business goals, while at the same time providing scale and reliability. Network Architecture Review Your ideas. Summary : Network Architect with a vast background in Integrated Solutions, Network Design, and Systems Architecture that has managed projects and harnessed technical understanding at ATT. Facilitator of streamlining business processes with robust solutions, expert collaborator, and keen individual for creating a future road map. 5G Core (5GC) network architecture implementation doesn't exactly follow the network evolution upgrade path as previously followed by 2G, 3G and 4G networks and this is what makes 5G Architecture very different from its predecessors. In 5G, Network Management is envisioned to be Software-driven and Network functions & resources are virtualized at the Edges and Core.
INAG (Industrial Network Architecture Guidance),670502-XXXX - På allabolag.se hittar du , Status, adress mm för INAG (Industrial Network Architecture
Cisco Network and Digital Network Architecture Advantage. Term License (7 år) 1 switch lågportsdensitet för P/N: C9500-24X-A, C9500-24Y4C-A,
Make decisions faster. Mitigate more security threats. Manage the unprecedented scale of connected devices more easily. Cisco Digital Network Architecture is
Make decisions faster. Mitigate more security threats.
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Here comes a brief overview: Exposure of data from network functions builds upon management interfaces and probes. Logical Architecture. Logical network architecture is the basic structure of a network that is … noa* is the essential expression of a collaborative work-ethos: the young team of architects & designers, led by founders Lukas Rungger and Stefan Rier and based in Bolzano (Italy), explores and examines interdisciplinary methods of design. 2018-01-13 The 5G core network architecture is at the heart of the new 5G specification and enables the increased throughput demand that 5G must support. The new 5G core, as defined by 3GPP, utilizes cloud-aligned, service-based architecture (SBA) that spans across all 5G functions and interactions including authentication, security, session management and aggregation of traffic from end devices. Network Architecture will design by experienced Network Administrator or Network Manager and Network engineers.
Network devices typically include switches and routers. Types of services include DHCP and DNS. Client devices comprise end-user devices, servers, and smart things. Network architecture is the design of a computer network.It is a framework for the specification of a network's physical components and their functional organization and configuration, its operational principles and procedures, as well as communication protocols used. Network Architecture Connected Computing Environment. Bruno Sousa, DONA  proposes a new clean-state architecture, where names Architectural Elements and Examples.
It enables networks to directly connect to applications through application programming interfaces (APIs), bolstering application performance and security, and creating a flexible, dynamic network architecture that can be changed as needed. In order to well understand the architecture of LTE network, we need to know what is the difference between the control plane, and the user plane. The nodes use the control plane, in order to exchange signaling messages between each other. Medium Network architecture refers to how computers are organized in a system and how tasks are allocated between these computers. Two of the most widely used types of network architecture are Se hela listan på gov.uk Network Application Architectures Before diving into software coding, you should have a broad architectural plan for your application.
Manage the unprecedented scale of connected devices more easily. Cisco Digital Network Architecture is
Figure: Simplified Smart Parking network architecture So it is easy to use the default settings to register all nodes in the LoRaWAN network server at a time. av Y Xu · 2019 — Evaluation of NeuCube spiking neural network architecture for MEG/EEG data classification. Examensarbete för masterexamen. Please use this identifier to cite
Cisco Digital Network Architecture Implementation Workshop (DNAIW). Course Description; Schedule. Course Overview.
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Network architect jobb Stockholms län - 1610 aktuella lediga
Network devices typically include switches and routers. Types of services include DHCP and DNS. Client devices comprise end-user devices, servers, and smart things. Network architecture is the design of a computer network.It is a framework for the specification of a network's physical components and their functional organization and configuration, its operational principles and procedures, as well as communication protocols used.


Phoenix Innovations, specialized in solutions for cable TV and digital signage. Our software packages enables our clients to create, manage, and distribute electronic content to networks of Digital Signage and Cable TV channels.
Founded in 1998
1,000-3,000 square meters
software solution for cable TV channels, cable TV software, digital signage software, cable TV channel software, media software, media player, live software, scheduler, channel player, video channel software, interactive TV, SMS services, jukebox, channel softwrae, local channel software,
North America, Eastern Europe, Southeast Asia, Mid East, Eastern Asia


GME Hand held marine VHF Radio
The GME GX800W Floating Handheld VHF Radio is built to withstand the harsh marine environment. This handheld radio delivers crystal clear communication in a flexible format. Waterproof to IP67, if this high performance unit is accidentally dropped overboard, it will not only float, but the LCD will flash brightly, ensuring easy location and retrieval. You’ll never run short of a reliable VHF radio when you need it most.
Float and Flash
Waterproof to IP67, if this high performance radio is accidentally dropped overboard, it will not only float, but the LCD will flash brightly, ensuring easy location and retrieval.
5/1W Switchable Power
Reduce battery consumption by selecting the low power setting when using the radio at close range, ideal for communications between the mother ship and tender or at full 5W power for communicating over longer distances.
Large, Bright LCD Screen
Clear and easy to read, even in difficult lighting conditions.
Programmable Scanning including Dual and Tri Watch
Program the way in which your GX800W scans channels to suit your activity. Dual and Tri Watch enable you to monitor a working or club channel while still being able to receive important broadcasts on Channel 16.
- Float and Flash
- Priority Scan
- Waterproof to IP67
- Dual and Tri Watch
- 5/1 watt Switchable Power
- All International, US and Canadian Marine VHF Channels
- Large, Bright LCD Screen
- Weather channels on US and Canadian bands
- Private Channel Facility
- Integrated Rechargeable 1,700 mAh Lithium Polymer Battery
- Programmable Scan
- Frequency range: 156.025 to 162.425 MHz
- Number of channels: 56 International
- Digital Selective Calling (DSC): N/A
- Man Over Board (MOA): N/A
- Std Operating Temperature: -20°C ~ 55°C
- Battery Life (TX 5%, RX 5%, Stby 90%): ≥8 hrs
- Built in Speaker: 40 mm Dia, 8 Ohms
- Dimensions (W x H x D): 67 x 153 x 43 mm
- Battery: 7.4V 1700 mAh Li-Polymer
- GPS Receiver: N/A
- Waterproof: IP67


Elon Musk, CEO of Tesla Motors has announced that in a very short time your vehicles can be controlled through our mobile phone. The technological advance we are experiencing in recent decades is a reality, and these innovations are increasingly present in the world of motorsport.
The last major technological step in this sector comes from the hand of the American brand, which carries out an expansion of Summon mode capabilities. This system allows remote driving of the vehicle from the mobile phone. The current Summon system makes it possible to perform basic functions such as igniting the vehicle or moving them in a few meters, but the Advanced Summon will allow by geolocation by mobile phone, that the Tesla will only disappear and can go in search of its owner.
It is a technology that we already know in the BMW 7 Series, for example, which the Bavarian firm calls Remote Parking, which we met at the BMW Innovation Days 2017 and which is already approved in Europe by the DGT, which incorporated this possibility of parking in the Traffic Code.
This update can only be used by Tesla vehicles with less than two years old (Model S and Model X already on sale in Europe and Model 3, the access model that should arrive soon). It will also have the functions of recognition of traffic signals as well as greater precision in parking without a driver at the wheel and according to Elon Musk from Twitter it will be available in a month and a half. There are many years that Tesla has been facing the goal of getting an autonomous car in its entirety, and with this step, that moment is closer than ever.


Of growing importance in our increasingly digitized world, computer network technicians ensure the stability of company intranet and internet computer networks, as well as the proper functioning of related hardware and software. Computer networking technology is part of the broader field of information technology (IT) and encompasses job titles such as local area network (LAN) administrator and technician, web technician, data centre operator, network support technician and network administrator.
Computer Networking Technician Job Description
Careers in computer networking technology require a comprehensive understanding of how computers and networks function, the ability to problem-solve, and a willingness to work as part of a team. Certification in CompTIA, MCTS, MCSE, MCP, MCSA or CCNA is considered an advantage in this industry. Responsibilities of the computer networking technology professional may include:
• Email, web navigation and software monitoring
• Performing network start up and close down procedures
• Hardware and software installation, upgrades and troubleshooting
• Troubleshooting wide area network (WAN) and LAN connections
• Software installation
• Security and quality control test implementation
• System and network performance monitoring
• Web server hardware and software installation, upgrades and maintenance
• Backing up data and disaster recovery
• Server performance optimization
• Shell and other scripting tasks
Computer Networking Technician Projected Demand
The rapid growth of computer use in offices that began in 2005 is projected to continue for several years. As networks grow in complexity, and their importance to economic expansion grows, Canadians can expect to see a continued demand for skilled computer network technicians. In Canada, computer network technicians earn an average salary of $43,318 per year.


APO3: Automatic Power Off 3
Voltage controlled relay protects vehicle batteries from being discharged by radios.
The APO3 is a black box designed to prevent a vehicle battery from being discharged and damaged by a DC load. Typically it is used to switch a radio transceiver off 10 minutes after the vehicle is shut off.
The APO3 is designed for 12 volt vehicle electrical systems with negative ground. It can switch up to 20 amps and carry up to 30 amps. The shutdown voltage can be set to one of four pre-programmed voltages (11.8, 12.1, 12.7, 13.05 volts) using two DIP switches; the shutdown delay can be set to one of four pre-programmed times (0, 5, 10, 20 minutes). The device is housed in a sturdy ABS plastic case.
Dimensions: 84 mm x 121 mm x 34 mm (3.3 in x 4.75 in x 1.35 in)
Weight: 5.5 oz (158 g) with Anderson connectors
Input Voltage: 7-20 volts DC
Load Current: 30 amps holding, 20 amps switching
Internal Protection: Thermal, over current
Case Material: Flame retardant ABS plastic, UL's best flame rating of 94-5VA (case only)
Voltage Set Points: 11.8, 12.1, 12.7, 13.05 volts DC, selectable by DIP switch
Time Delays: 0, 5, 10, 20 minutes, selectable by DIP switch
The APO3 is basically a voltage controlled switch. When the vehicle voltage is higher than the APO3 set point, the relay is turned on and power is provided to the load side. When the voltage drops below the APO3 voltage set point and stays there for longer than the time set point, the APO3 relay turns off and power is removed from the load side.
The APO3 has a bright yellow LED to indicate its status and it has a slide switch that can be used to turn the load on regardless of the input voltage.
Using the factory default settings, the APO3 will turn on the load when the vehicle voltage rises above 13.05 volts. This typically occurs within a few seconds of starting the vehicle. The load remains powered as long as the engine is running. When the engine is shut off, the vehicle voltage sinks below 13.05. The APO3 waits until the voltage has been less than 13.05 volts for 10 minutes and then turns the load off.
The APO3 is ideal for use with mobile APRS / AVL stations. It allows the radio to transmit a few position reports after the vehicle is shut off before turning off the radio and GPS. This reduces clutter on the APRS / AVL channel and prevents the vehicle battery from discharging.
The APO3 is installed between the vehicle battery and the DC load. Typically, the load is a mobile radio transceiver and accessories. Standard installation involves cutting the DC feed to the radio and using butt splice connectors to install the APO3. This usually takes 10 minutes or less. If you use Anderson Power Pole connectors, we offer an APO3 with Power Poles already installed; this makes installation a literal snap. If you want to change the factory set points, you will need to remove the cover and flip a couple of small switches.


Description of the product:
The new universal phone holder brings four significant upgrades ? zero noise, better performance, non-obtrusive design, and compact.
Made from ultra-durable ABS plastic with six silicone suction claws, this nifty car phone holder accommodates all types of phones with displays up to 7 inches wide.
The fully automatic clamps allow you to drop and retrieve your phone with just one hand.
It features sever support points with six silicone claws adding multiple layers of solid fiction, stability, and shock-absorbing property.
The phone holder automatically adjusts to the thickness of the phone.
Its pneumatic design helps in filtering vibration caused by speed bumps. Since the storage bracket stays attached to the back of the phone, it helps avoid shaking or abnormal sounds, keeping your phone safe and sound while driving in abrasive condition.
It comes integrated with thick, soft silicone pads that firmly hold your phone without causing any scratches.
The phone holder supports 360-degree free rotation allowing you to move your phone at your convenience.
Its soft silicone clamps keep the phone stable without hurting the air outlet.
The gravity phone mount can easily be positioned on any horizontal, circular, and tilted air outlet, giving you complete freedom to mount your phone anywhere you please.
The package comes with
1X gravity universal car phone holder
Features and Details:
The New Universal Car Phone Holder features six silicone clamps that firmly grip your phone and secure it against bad roads.
The long and impact-proof prongs automatically fit in all types of air vents.
Easy installation and single-handed operation
The universal holder automatically secures the phone with its six silicon clamps forming in a foot crab position.
It is compatible with all popular phones like iPhone X, iPhone 8, Samsung Galaxy S20, S10, S10e, Xiaomi, Google Pixel series, Moto G8, G7, Note 20, 10, S series, OnePlus 8, Pro 6T, including all major phones of size ranging between 4.7 to 7 inches.
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From humble beginnings more than 50 years ago, MAC has evolved into a field leader and highly recognized producer of high quality equipment and products for the transmission, distribution and control of electrical power.
Our fully integrated 4.5 acre complex is located in the industrial section of South Kearny, New Jersey. Our engineering, design, and manufacturing operations are primarily focused on the electric utility and electrified transit industries, but our versatile capabilities support a wide range of the needs of other industries.
Our computer controlled and conventional manufacturing equipment is operated by highly skilled and dedicated people committed to efficiently producing high quality products, and is supported by experienced engineering and support personnel. Our electronic systems provide detailed and real time technical and production progress communication and information sharing company wide.
Quality Control & Assurance
Fully integrated into our manufacturing processes, is our quality control and assurance capability. We maintain a QCA laboratory that is equipped with advanced state-of-the-art measuring and testing equipment to assure that the products that leave our facility is high quality and precise to specifications.
We provide field service personnel to effect and supervise the installation of the products that we manufacture. Our field service teams, with fully equipped service vehicles have installed and commissioned scores of pumping and pressurizing plants, as well as advising on the installation of rail power equipment.
Craftsmen and Technicians
At the core of our capabilities, is a staff of highly experienced and skilled old-world craftsmen who answer any challenge they are given. These people are in addition to our highly trained technicians and CNC programmers who work with our advanced manufacturing equipment.
MAC’s engineering and design staff are expert in mechanical, electrical, electronic, and computer and PLC programming. We utilize the latest, most advanced software that is integral for company wide use.
Our integrated manufacturing facility features advanced CNC metalworking technology which enables us to respond to the demand for quality products delivered in a timely fashion.
- •The most responsive and skilled staff
- •State-of-the-art engineering and design
- •Computer integrated information systems
- •Advanced manufacturing equipment
- •Expert programing of PLC controls
- •State-of–the-art quality assurance laboratory
- •Always a can and will-do attitude


CyberFactory#1 aims to design, develop, integrate and demonstrate a set of keys enabling capabilities to foster optimization and resilience of the Factories of the Future (FoF). It will address the needs of pilots from Transportation, Automotive, Electronics and Machine manufacturing industries around use cases such as statistical process control, real time asset tracking, distributed manufacturing, and collaborative robotics.
DAIS project will strengthen Europe’s position by putting European values at the core of the ECS components that will shape this new era – self- organization, privacy by design and low use of energy – and delivering the technology needed to protect these values.
SEEM-SI (Smart Energy-Efficient Manufacturing System for Steel Industry):
The aim of this project is to apply emerging technologies like edge computing and machine learning to the management process of the steel industry to decrease one of the main components in energy resources for manufacturing.
NGA-ITMS (Next Generation Autonomous Intelligent Traffic Management System):
Next Generation Autonomous Intelligent Traffic Management System (NGA-ITMS) Project aims to develop new sensors which will provide the missing data related to traffic flow by enabling real time traffic management aided by artificial intelligence combined with the features of autonomous vehicles in Turkey & Argentina.
Project ID: eureka-12668
Safe Rescue is an emergency management system for search and rescue teams, aiming to create infrastructure-less indoor positioning and communication system. Project aims to save the lives of victims and first responders by enabling emergency dispatchers to track, locate, and direct teams to rescue at-risk/down personnel during
IEoT(Intelligent Edge of Things)
The Project will integrate Artificial intelligence (AI) into edge computing frameworks to build intelligent edge for dynamic, adaptive edge maintenance and management and utilise the full potential of each tier of the IoT Edge architecture to meet different application requirements.
Distingo: RECONFIGURABLE SMART LOCKERS – DISTributeurs INtelliGents recOnfigurables
Distingo project aims to create a new generation of locker distribution systems which systems, which are simple, easy to use, smarter and dynamically reconfigurable. The lockers can be used to store, distribute or share items of any kind, and will be dynamically associated with specific services and functions depending on their content, but also user and system operator uses and requirements.
5gMed: Sustainable 5G deployment model for future mobility in the Mediterranean Cross-Border Corridor
5GMed will demonstrate advanced Cooperative Connected and Automated Mobility (CCAM) and Future Railway Mobile Communications System services (FRMCS) along the “Figueres – Perpignan” cross-border corridor between Spain and France.
Home of Things:
The objectives of the Home of Things (HoT) project therefore are to extend SAREF to other domains, and to create an ecosystem of consumer-oriented IoT platforms, using SAREF as a common model.
IS4SE project aims to create a technological infrastructure capable of integrating different types of sensors for monitoring steel sheet production lines. This infrastructure will collect, process and analyze data, allowing its visualization through augmented reality (AR) devices, after being processed by artificial intelligence (AI) algorithms. The use of this solution will allow to increase productivity and process safety in the Steel sector.
BENTRADE aims to provide platform and smart services to: Decrease dependence on commodity electricity and disseminate use of RES – Renewable Energy Sources; Create distributed energy asset owners; Balance demand and response at the grid level; Reduce risks of failure and cyber-attacks by distributed model.


We’re excited to announce the release of Neighborhoods, allowing you to further segment and monitor utilization within specific areas, plus the ability to analyze WiFi data alongside VergeSense sensor data.
By empowering workplace leaders with tools for neighborhood planning, VergeSense has reimagined how to respond to additional space requests, proactively implement new space design decisions, and improve space availability. With the introduction of Neighborhoods, space planners can get even more granular floor level data to make informed and impactful planning decisions. Plus, we’re excited to announce the ability to ingest and analyze Cisco Spaces WiFi data.
We're excited to help workplace leaders and space planners with the ability to segment and monitor utilization of specific Neighborhoods within a floor. In addition to being able to designate Space Groups and Space Types, you’ll now be able to configure Neighborhoods on a floor which allow you to use VergeSense to monitor the number of people in a defined Neighborhood in real-time, the capacity usage of that Neighborhood, and the estimated seats available within a specific Neighborhood. Neighborhoods can also be used to monitor traffic through entrances and exits, and you can view Spaces data to understand what spaces people are using within a Neighborhood. You’ll also be able to use Space Groups to understand how specific business units or functions use space in one or multiple floors.
You’ll also be able to show Neighborhood real-time availability information on live Kiosk view, making it super easy for employees to find available space. By supplementing your historical neighborhood usage data with real-time Neighborhood data, you’ll be able to be proactive about neighborhood planning decisions.
Analyzing Cisco Spaces WiFi Data with VergeSense
Over the past year, we’ve been updating VergeSense to include more workplace decision support tools, all in one place. That’s why we’re thrilled to announce that VergeSense now supports the analysis of Cisco Spaces WiFi data, which allows you to use the floor-level WiFi data you already have to make occupancy decisions alongside VergeSense data.
By partnering with Cisco, we’ve built an integration that allows you to analyze your Cisco Spaces WiFi data for visibility into things like real-time availability and utilization within Neighborhoods. Our out-of-the box integration with Cisco Spaces extracts person count information from existing WiFi telemetry to help you understand building, floor, and neighborhood utilization.
Customers or prospective customers interested in getting started with this feature can sign up here.


Users are able to scan the QR code on the sign-in screen and log in to the Webex app on Apple TV in order to join a meeting. Participating in a chat will require wirelessly connecting an iPhone or iPad to the Apple TV 4K to use the iOS device as a microphone and video camera.
Apple has previously used the iPhone/iPad to Apple TV connection for FaceTime, but the functionality is available to third-party apps as well.
Webex says that users can expect “crystal-clear audio and video,” with the app offering a preview of video and microphone status ahead of when a meeting is joined. Calendar integration is available, and the Siri Remote can be used for browsing through meetings and accessing in-meeting controls such as the camera on the connected iOS device.
Up to 25 simultaneous attendees can be shown on one screen with the Webex app for the Apple TV 4K, and the app can be downloaded from the App Store on the device. To use Webex on a TV, users must have a second-generation Apple TV 4K or later and an iOS device with either iOS 17 or iPadOS 17.
This article, “Webex Now Available on Apple TV 4K for Video Calls” first appeared on MacRumors.com
Discuss this article in our forums


The digital world promises consumers a better, more connected life, and we’re the ones delivering it. We make it possible for people to stay in touch and businesses to connect with their customers. We also bring technology and hands-on learning opportunities directly to kids who need it most. Verizon’s goal is to inspire tomorrow’s creators to use technology to build brighter futures for themselves, their families and the world.
10621 PARALLEL PARKWAY KANSAS CITY, KS 66111


In the past, the nation responded to traffic congestion and other transportation problems by constructing new highways, widening existing roads, and expanding rail transit systems; but adding new capacity to the nation's surface transportation network was becoming increasingly expensive and difficult. So, transportation researchers investigate high-technology alternatives to infrastructure growth. As a result, in 1991, the Congress authorized a program called the Intelligent Transportation Systems (ITS) to apply U.S. scientific and engineering advances, developed for space, energy, and defense, to transportation.
Intelligent Transportation Systems (ITS) can be defined as a wide range of diverse advanced technologies and information systems applied to transportation networks for making the systems safer, more efficient, more reliable and more environmentally friendly, without necessarily having to physically alter the existing infrastructure.
The technologies involved include sensor & control technologies, communications & safety systems, and computer informatics that span multiple disciplines including transportation, engineering, telecommunications, computer science, finance, electronic commerce and automobile manufacturing. The key focuses of ITS operations include:
According to Federal Highway Administration (FHWA) the following benefits of ITS can be cited as the achievements of the ITS in metropolitan and rural areas:


Multinational technology company Thales and global provider of engineered electronics for performance-critical applications TT Electronics have announced a partnership to enable the development of operational technology cybersecurity initiatives and research.
These programs will be delivered out of the National Digital Exploitation Center (NDEC) in South Wales, which offers cyber-skills and knowledge to the region. The partnership brings together Thales’ expertise in securing critical systems with TT Electronics’ innovative approach to electronics manufacturing for high-reliability markets.
“Thales and TT Electronics have very complementary and synergistic technologies,” said Perry Duffill, VP/GM, TT Electronics Global Manufacturing Solutions. “This collaboration enables TT to provide an additional level of security assurance for our aerospace and defense, medical and industrial customers who rely on us to manufacture highly complex systems for mission-critical applications.”
Gareth Williams, VP, secure communications and information systems at Thales, added that the agreement is the next logical step in the long-standing relationship between the two companies.
“While we have previously worked together at the NDEC – with TT Electronics sitting on the steering group – this agreement enables a much more intimate level of collaboration between the two companies, with a clear goal of secure and resilient operational technology.”


Defence companies, that work alongside the Ministry of Defence, provide a wealth of services and solutions to maintain and improve the UK’s national security efforts to protect their assets, people, infrastructure and resources.
Air, Land and Cyber Defence
Defence suppliers need secure collaborative capabilities to deliver their enterprise-grade, mission-critical services worldwide to the MoD and other customers.
SecureCloud+ support the MoD by providing secure defence systems where they can collaborate and communicate with their industry partners on digital workplaces. We provide Mission Operational Command as a Service (MOCaaS) and Shared Situational Awareness outcomes. Our integrated, shared visualisation systems allow them to analyse and report on data securely and remotely.
We develop collaborative workplaces for defence contractors who need to work on time-sensitive projects. Our systems are designed to help defence customers also achieve secure data analysis, asset management, content dissemination and advanced mobility.
Secure Networks and Digital Collaboration Systems
Contractors across air, land and sea regularly assume a larger on-the-ground presence. Leading defence contractors have entrusted SecureCloud+ to deploy integrated, secure, remote collaboration workspaces to continue their successful operations. These classified networks and digital workspaces allow organisations to share and collaborate on information with their industry partners in real-time, therefore improving efficiency, saving on time and reducing costs.
Data can be analysed, and content can be disseminated much more efficiently through multi-domain data fusion within these secure systems. We develop these systems with cross-domain interoperability to help our customers access and share data in these spaces securely, regardless of their geographical location. We deal with our customers’ differing security classification requirements, ensuring each system is built to the exact level, including TOP SECRET.
SecureCloud+ also develop intuitive cloud network infrastructure to go alongside these digital workplaces. By integrating secure network access with current systems (Windows, iOS and Android, among others), people who are on-the-go, and do not have access to a static physical premise, can remotely access the data and information they need. Read more about our Advanced Mobility solution.
Through a combination of our widespread industry expertise and advanced technical capabilities, SecureCloud+ make collaboration within defence organisations efficient and proactive.
Read about how SC+ enable the MOD to securely collaborate with Industry partners on the Team TEMPEST programme.
SC+ delivered a Digital Learning Collaboration Service for training audiences across the Joint Force.
The solution enabled the handling and identification of cyber vulnerabilities of classified networks employed by the MoD & OGDs.
SC+ provided an agile team of subject matter experts to design, build and migrate multiple single tenancies onto a multi-tenanted platform incorporating legacy and innovative application services for the MoD.
SC+ provided Air Command with an immersive multi-domain digital workspace for C2.
Read about the ABOVE SECRET private cloud, delivered to support training in the AIRSEEKER programme.
The Managed Mobile Information Service (MMIS) enables users to securely access data from a registered personal IT device anywhere, at any time.
SC+ implemented a List-X Facility Security Clearance to safeguard UK classified material held by the client.
SecureCloud+ provided a secure communication and collaboration environment to the UK Space Agency, including an Application Hosting Environment.
The Networked Collaboration Service (NCS) from SecureCloud+ enables the real-time sharing of multi-sourced information/content of known (trusted) and open (untrusted) formats to be processed, visualised and disseminated in real-time. This solution was deployed and provided a secure collaboration service enabling the senior management team to bring together multiple streams of information from classified and unclassified sources and visualise in an immersive environment.


The maintenance of an intercom system is important to keep the integrity of controlled access and effective communication and or operation of door buzzer systems.
Most common issues are associated with apartment intercom systems non-operation are the apartment intercom station, lobby panel speaker, lobby panel apartment button, electronic door strike malfunctioning or wiring issues.
It is important to keep in mind as in any repair or trouble shooting of issues related to non-operation of intercom systems which is most commonly related to as a bell buzzer system, is to have the issue diagnosed and addressed as soon as possible as not the let the issue compound to such point where you have several issues such as an apartment unit non operation however there were major renovations in which wiring were damaged or devices relocated and were miss-wired.
It is important to stay on top of repairs and property renovation history to ensure a quick cost effective repair of faulty intercom systems.
For repair or upgrading of you existing intercom system contact Unlimited Applications Security Company (800)348-5508 or email@example.com.
For repair or upgrading of you existing intercom system contact Unlimited Applications Security Company (800)348-5508 or firstname.lastname@example.org


Network Communications Specialist
An exciting opportunity exists for a Network Communications Specialist – Level 1 with a strong interest in and commitment to voice and data networking to join the very experienced and dedicated Network Communications team
This position will be primarily based at a single site however will require some travel to any sites within NSLHD and/or CCLHD. The primary site for this position will be agreed at the time of appointment and periodically as required with IT Operations Management.
The incumbent will provide and may be required to participate in a 24/7 oncall support roster.
Employment Type: Temporary Full Time until 20 June 2021
Position Classification: Analyst
Remuneration: $1,590.38 - $1,865.34 per week
Hours Per Week: 38
Requisition ID: REQ178024
Where you'll be working
Based at Royal North Shore Hospital (RNSH) and may asked to work at other Northern Sydney and Central Coast Local Health District (NSLHD & CCLHD) sites
What you'll be doing
The position of Network Communications Specialist Level 1 exists within the IT Operations portfolio of the Information Communications & Technology Directorate of the Northern Sydney and Central Coast Local Health Districts (NSLHD and CCLHD).
The Network Communications Specialist Level 1 provides technical knowledge and support and acts as the first point of escalation for support issues.They will participate in activities that support and maintain the ICT services and network of both LHDs and contribute to them operating at maximum availability.
The incumbent may also from time to time be required to contribute to related projects such that they are delivered on time and in-line with the organisation’s business plan and within the operational and project budget.
Candidates will need to meet the following criteria:
Consistently demonstrates behaviours that reinforce the CORE Values of our organisation; Collaboration, Openness, Respect and Empowerment. Demonstrates these behaviours with all stakeholders; colleagues, direct reports, as well as our patients and consumers, and those that care for them
Good written and verbal communication skills with ability to write reports and present findings, and excellent customer service orientation with the ability to communicate effectively with a wide range of stakeholders.
Ability to effectively identify, investigate and respond to security incidents or weaknesses in the organisation’s security with some experience in assisting with the development of appropriate solutions
Knowledge of complex network environments, conducting network operations and fault diagnosis tasks with an awareness of server technologies and concepts
Experience in voice communications networks and related peripheral systems, voice networking concepts, interfaces and technologies, especially VoIP in a large business environments, with understanding of PABX peripheral systems such as voice mail and call accounting systems
Good skill in configuration and implementation of Cisco switches and routers and experience in design and implementation of security systems including Cisco ASA Firewalls, Cisco IOS ISE, Access Lists and IPSEC based VPNs
Knowledge of Layer 2, 3, and 4 Cisco Switching implementations and [descriptor] the operation of network analysis equipment with ability to interpret packet traces to assist in fault diagnoses and resolution
Good knowledge of cabling infrastructure and current cabling standards and using cable test equipment (e.g. Time Domain Reflectometers) for cable testing and validation
Need more information?
2) Find out more about applying for this position
For role related queries or questions contact Hamid Eid on Hamid.Eid@health.nsw.gov.au or 8877 5262
Applications Close: 30 July 2020


Kedington Direct, Irelands largest reseller of network components
Welcome to Kedington Direct , Irelands largest reseller of integrated network components with offices in Dublin, Cork and Limerick. Our extensive range of products encompass structured cabling solutions, fibre optic products, enclosures and accessories, tooling, computer cables, test equipment and a whole lot more. As a division of Kedington Group, Irelands largest IT Infrastructure company, we offer a wealth of technical expertise in all areas of integrated connectivity from passive infrastructure and components to IP CCTV, WiFi, LAN Switching, VoIP, UPS’s to name but a few. Our 3 distribution locations in Dublin, Cork and Limerick carry large stocks of product and we offer an exceptional same day / next day delivery service.
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There's an event app to cover almost each and every facet of the event lifecycle, and assisting technologies - like beacons, RFID readers, and so on - to further collect and crunch numbers and data for more efficiency. Data reporting, for example, is one such feature boosted by the Internet of Things that is key to determining current event efforts, and is an essential player in developing strategies for future events.
The Internet of Things (IoT) is revolutionizing event technologies from check-in to attendee tracking, cashless payments, and more. The "things" comprise everything from hardware, to software, to service, smart remotes and devices, cloud computing, data, mobile, visual, virtual, digital.
But what is the Internet of Things (IoT) and how does it affect the events industry? Here are five benefits that the IoT has for event management and beyond.
The IoT helps event professionals gather the numbers they need without affecting event flow. Tools like lead retrieval are making human transactions faster, smarter, and are providing real-time numbers along with essential data to better event experiences (and connecting) in the future.
The IoT doesn't only offer an easier means to digitally connecting, but establishes an emotional rapport between the brand product, or event theme with the attendee. The IoT facilitates networking, fosters partnerships, and creates an interconnectedness between devices and only further enhances face-to-face interaction.
Attendees are looking to get more out of an event than simply taking the day to attend; they're looking for an experience. Providing them with a chance for interactive participation at events will have a ripple effect that will extend well beyond post-event hours, like promoting event marketing efforts via WOM marketing.
Digital, shareable, communicable, and whatever goal an event aims to achieve, providing innovative technologies at events is inspiring. It presents a WOW factor and introduces something new and different to attendees. (Corbin Ball has some great examples of these event technologies making waves at events.)
Thanks to the collection of data, the emphasis on connecting, and encourages productivity among all parties involved. Moreover, it better manages attendees in terms of tracking and preventing crowds, as well as streamlines tasks for the event staff. Event operations can then dedicate their time and energy to other event processes, bettering the experience for attendees.
From event entertainment to event design, apps, tracking, and all the inbetween, the IoT is directing event technology towards the future. Bringing connectivity to every day objects, the Internet of Things combines the experiential, the digital, the innovative, and beyond to amplify the user experience. This video via BizBash gives a condensed presentation of how the IoT is affecting the events community:
Kickstart event efficiency from the very beginning and streamline your events right from check-in. Here's how:
*CLICK THE PRINTER ABOVE*


28 Setting Options/Description Password Enter a password from 8 to 32 characters long in ASCII Confirm Password Enter the authentication password again Encryption Settings Algorithm Select the algorithm for encryption Password Enter a password from 8 to 32 characters long in ASCII Confirm Password Enter the encryption password again Context Name Enter a context name from 1 to 32 characters long in ASCII Parent topic: Configuring SNMPv3 Protocol Settings Connecting the Product to an IEEE 802.1X Network Follow the instructions in these sections to connect the product to an IEEE 802.1X network using Web Config. Configuring an IEEE 802.1X Network IEEE 802.1X Network Settings Configuring a Certificate for an IEEE 802.1X Network IEEE 802.1X Network Status Parent topic: Using Your Product on a Secure Network Configuring an IEEE 802.1X Network If your product supports IEEE 802.1X, you can use it on a network with authentication provided by a RADIUS server with a hub as an authenticator using Web Config. 1. Access Web Config and select the Network Security tab. 2. Under IEEE802.1X , select Basic .


Things you can do
Stuff you may read
Stay up-to-date with the latest headlines and news updates from all corners through Admanya News.
You can also report exclusive stories as Admanya Citizen Journalist and get rewarded for bringing a consumer related story to light. Contact newscenter[@]admanya.com to publish your story.
Tips and Advise
Extend the life of your mobile phone battery
The smart phones with endless high end applications are power hungry beasts. So here are few tips which will help you to extend the battery life of your mobile phone.
1) Multiple features and settings drain battery power. If you donít require some of these features, turn them off.
2) Bluetooth is one of the most battery draining application. So do not leave it on unintentionally.
3) Lower your screenís brightness. Full brightness is not required to view the screen properly, so setting it as low as possible will save plenty of energy.
4) Keep your vibrating alert on only in places like cinemas and theatres. Rest of the time a vibrating alert is really not required.
5) Disable keypad tones, lower your ringing volume and do away with moving screensavers and wallpapers. This will save plenty of charge.
6) It is true that mobile phones are like lifelines to most people. But if you can make it a habit to switch off your phone at night during sleep, you can make your battery last longer.
7) Mobile phone games are addictive, but they are also very battery consuming. So donít make playing games on your mobile phone a habit.
8) Avoid leaving your phone in an area where there is poor network coverage because if your phone is constantly trying to find a network signal it will use more power. Turn off your phone in an area where there is poor signal.
9) Do not overcharge your battery. The battery works most efficiently if it is drained fully once a week.
10) Avoid exposing a cell phone to very low temperature, direct sunlight or excessive heat.


2 To 1 Ways LAN Ethernet Network Cable RJ45 Female Splitter Connector Adapter
- Product Code: Product 04
- Availability: In Stock
- Ex Tax: 50kr
Splitter Design: 1 RJ45 in and 2 RJ45 female out.
Convert and increase your Ethernet connections from 1 to 2 sockets.
Convert a single RJ45 outlet to two RJ45 sockets easily
Small and lightweight, sturdy and durable.
Item Type: RJ45 Female Splitter Adapter
Material: Plastic + Metal
Size: 45×40×20mm/1.77×1.57×0.79in (Approx.)
Connector A: 1*RJ45 female
Connector B: 2*RJ45 female
Quantity: 1PC (other accessories demo in the picture is not included)
2.Please allow 0-1cm error due to manual measurement. pls make sure you do not mind before you bid.
3.Due to the difference between different monitors, the picture may not reflect the actual color of the item. Thank you!
4.No retail package
1 X 1 To 2 Ways RJ45 Female Splitter Connector Adapter1


BayRing is business
phone and internet.
Is the ability to communicate with your clients and associates the lifeline of your business? No one understands that better than BayRing and that’s why we are the premier choice for organizations that have mission critical voice and data needs.Our Offerings
Or request a free custom consultation.
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Why BayRing? For over 15 years BayRing has been the trusted source of savvy business customers who want advanced technology and cutting edge phone, data and cloud-based services. Staying up to date with technology, keeping costs low and providing superior customer service are reasons why BayRing is the leading choice for business telecom solutions. Learn More About The BayRing Advantage»
BayRing’s network includes miles of fiber optics, a rock solid voice and data core, as well as interconnections that allow us to deliver our client’s high volumes of voice and data traffic to the world.Learn More »


$59.99In StockIn StockOut of stock
15W fast magnetic wireless charging, the bonding surface is 99.99% pure sapphire.
The surface of the wireless charger is sapphire mirror with 99.99% purity.
Sapphire has a natural cooling effect.
Strong magnetic attraction, the phone will not slip off.
Built-in multiple protection, safe charging.
15W wireless fast charging, you can also charge at any time with a mobile phone case.


Software + hardware projects | Links: Link
Big Dot was designed (and fabricated) as an educational board for students to learn about data acquisition (the hard way). It is distributed as an OSHW kit and serves for low-power applications that use LoRa for wireless communication of environmental sensors. It supports popular development frameworks, such as Arduino and RIOT-OS.
Our hardware kit was funded by the “Network Public Spaces” (NPS) project at University of Virginia. NPS is a collaborative project involving the School of Data Science and the School of Architecture for the study and implementation of community-based environmental sensor networks.


Infrastructure is a critical way for humans to engage with the natural environment in the Arctic region, as it facilitates access, connection, inhabitation, and productivity. The Arctic Institute’s 2022 series on Infrastructure in the Arctic investigates infrastructure as a critical point of analysis for considering human impacts and needs in the Arctic, especially in its role as a mediator, or as an interface, between politics, government, people and the natural environment.
Subsea cables are essential parts of infrastructure, in that they serve to transmit all Internet data. For something so critical to our modern life they are well hidden in the depths of oceans and seas. Subsea cables have recently made headlines. The volcanic eruption in Tonga cut the fiber optic cable connecting the archipelago to the rest of the world. Underwater cables are vulnerable to natural disasters and the consequences are felt both locally and globally. However, it is not only natural disasters but also security risks that may affect the functioning of the subsea cables. The Arctic Svalbard archipelago experienced a subsea cable disruption in January 2022 that would require repair, but the underlying reasons for the problem are unclear, with some media quickly suggesting cable sabotage as part of military stance.
Connectivity in the Arctic is the cornerstone for sustainable development, promoting commercial development, addressing social concerns, and advancing transportation infrastructure in Arctic regions. Much of the Arctic is remote as a region, with low population density and harsh climatic conditions making it one of the last areas to gain broadband connectivity. Historically, development of connectivity infrastructure in the Arctic has been hampered by difficult terrain, climate, distances, and the need to serve sparsely populated regions. Cold temperatures, snow, and ice can affect the reliability of communications equipment and require special measures to mitigate risks. In addition to these factors, higher costs and staffing challenges affect the deployment of network infrastructure in some Arctic regions. Costs of deploying and maintaining connectivity infrastructure in areas without road access and electrical grids were identified as risk factors in a report by the Arctic Council Task Force on Improved Connectivity in the Arctic. Due to the low population density and harsh environment, businesses in the Arctic have historically been unable to make strong cases for connectivity infrastructure investment and have relied on public investment through programs and grants. Access to modern subsea cable infrastructure can be considered an essential human right due to the provision of broadband services. Yet many Arctic settlements are still deprived of it.
This article addresses the status of Arctic cables projects that are currently in flux. Bringing security and geopolitical considerations into the analysis, it traces the evolution of recent subsea cables projects in the Arctic, and focuses on the Arctic Connect, a Trans-Arctic subsea cable project that was jointly developed by Finland and Russia and is currently on hold indefinitely. Additionally, it will analyze the role of the Russian-led Polar Express subsea cable project from Murmansk to Vladivostok with landing lines to the largest ports and settlements along the Russian Arctic zone and a new project, Far North Fiber Express Route, that will connect Europe with Japan and Asia via the Northwest Passage in the Arctic.
History of Arctic cables development
Since their origination, subsea cables projects in the Arctic have developed along shipping routes in both the North-East and in North-West directions. Already in 2011 in the North-East direction, Russia initiated the state-owned project ROTACS (Russian Optical Trans-Arctic Submarine Cable System). In April 2012, the Russian owned Polarnet Project Company signed an agreement with the US-based Tyco Electronic Subcom (TES) for the construction of the ROTACS. The project was put on hold and later terminated as a consequence of the Russian annexation of Crimea in 2014. Severe sanctions on Russia, especially on high-tech exports, also contributed to the project termination. Later, the Arctic Connect project was initiated on the North-East corridor to cover connectivity needs in the Arctic.
In the North-West direction, the US-based company Quintillion was the first company to launch a Trans-Arctic project through the North-West passage. In 2017, Quintillion had challenges due to the fraudulent actions of the former CEO. The construction of the Trans-Arctic subsea cable did not materialize then. In 2022, Quintillion announced its plans to build a Japan-Washington State Trans-Pacific Cable System (JAWS TPCS), which will provide a diverse and low-latency connection between the United States and Japan, as well as onward connectivity to Asia-Pacific destinations. The cable is designed to enable interconnection with the existing Alaskan network. In the final stage of the project, the submarine cable is planned to extend east from Northern Canada through the Northwest Passage, with potential landings in the Canadian Arctic, Greenland, and Iceland en route to London, England. The newest Trans-Arctic cable project along the North-West route is the Far North Fiber Express Route project that is analyzed further in the article.
International cooperation and Arctic Connect
The Arctic Connect subsea cable was an initiative led by Finland, starting from 2015, that planned to link Europe and Asia through a subsea fiber optic cable on the seabed along the Northern Sea Route (NSR). The initiative was led by the Finnish Ministry of Transport and Communications and was carried out by the Finnish state-owned fiber infrastructure operator Cinia Ltd. In March 2016, Cinia Ltd announced that it would build the Arctic Connect undersea data cable, connecting Europe with Asia. The Arctic Connect project mission was partly meant to improve the connectivity in Arctic areas, in line with the objectives of the Arctic Council. Previously, Cinia had already completed the fast and cyber secure C-Lion1 submarine cable connection between Finland and Germany. The Arctic Connect cable aimed to meet the current availability of and additional needs for fiber-optic connectivity that was planned from Southern Finland to Kirkenes, Norway to Murmansk, Russia.
The total length of the Arctic Connect subsea cable was estimated to be 13,800 km, using the shortest path between Asia and Europe, compared to the numerous existing subsea cable systems that are currently connecting Asia and Europe via the Arabian/Red Sea and the Mediterranean Sea. The Arctic Connect subsea cable project was planned to be finished between 2022-2023 with an estimated cost of 0.8 to 1.2 billion USD.
Arctic Connect would link Europe with Russia and Asia and provide a better internet connection with lower latency, thanks to the shorter distance. Additionally, the lower shipping traffic along the NSR as compared to the south shipping corridors was anticipated to make Arctic Connect cable less prone to disruptions caused by human activities.
A preliminary study for Arctic Connect was launched in 2015, followed by a political feasibility study conducted the next year. In order to operate in the Russian controlled Arctic waters, Cinia needed a Russian partner. In June 2019, Cinia and one of the largest Russian telecom operators, MegaFon, signed a memorandum of understanding (MoU) on the Arctic Connect subsea cable project.
In December 2019, MegaFon agreed to create the split-ownership joint venture Arctic Link Development Oy with Cinia for the construction of the Arctic Connect submarine cable. The first marine survey work for the project was started in August 2020 and was finished in November 2020. In 2020, the Arctic Connect project became even more international with new partners from Japan, Norway and Finland. At the same time the project was clouded by non-transparent financial and cost structures, the uncertainty of foreign investor engagement, and evolving geopolitical threats. Finally, in May 2021, MegaFon announced that the structure and economy of the project was to be reconsidered, and subsequently the project was halted. Taking into consideration the current geopolitical context with growing economic isolation of Russia from the West, it appears to be unlikely that the cooperation between Cinia and MegaFon would ever resume. Moreover, Cinia is now committed to the Arctic Express cable through a MoU.
Russian-led Polar Express cable
A Russian regional subsea system, Polar Express, was announced in April 2021, which featured a 12,650km subsea cable and cost 1 billion USD, running along Russia’s entire Arctic coastline, from Murmansk to Vladivostok. This subsea cable project is being developed by the Ministry of Transport of the Russian Federation, the Federal Agency for Maritime and River Transport (Rosmorrechflot), and the Federal State Unitary Enterprise (FSUE) Rosmorport. Polar Express is promoted by the Russian state as a digital component of the development of the Northern Sea Route and to support oil and gas and environmental projects in the Arctic. The shortest fiber optic link between Europe and Asia is an alternative to satellite communications in northern latitudes, providing widely distributed, affordable communications and fast Internet in the Arctic. Polar Express will include a series of offshore, auxiliary, and research cables that will be used for different purposes. The project is expected to be completed by 2026.
Starting in August 2021, the project is already underway with more than 400km of subsea cable being deployed. Interestingly, given the size and complexity of this project the cable system is supplied solely by Russian suppliers and equipment manufacturers. The first batch of cable was manufactured at the Office of Advanced Technologies plant which was recently opened in Murmansk. In total, nine vessels will participate in the work of laying the cable: four survey vessels, three support vessels, and two cable-laying ships.
Closely linked to Polar Express are plans to connect it to terrestrial cables in the Russian Arctic region. In December 2021, the largest digital services provider in Russia, Rostelecom, announced a joint venture, which proposed to build a terrestrial route between Asia and Europe, traversing the Russian Federation. Rostelecom’s ambitions to build a new terrestrial system have been known in the market for a while, and the potential competition from this project would likely put more stress on the commercial viability of the Arctic Connect project. But what was likely the most important issue to resolve for Russian authorities was to maintain sovereignty, economic development, and national interests through fully Russian-owned and operated critical infrastructure. It is unlikely that any geopolitical risks would affect this project because the cable has already been manufactured and has started to be laid, using Russian owned capabilities.
Far North Fiber Express
With the Arctic Connect project being halted, Cinia has been searching for other Arctic subsea cable projects to partner with. In December 2021, Cinia signed a MoU with Far North Digital/True North Global Networks for developing a Pan-Arctic cable system. This system, named Far North Fiber Express Route, will run from Japan via the Northwest Passage to Europe. In Europe, the cable system will branch off and land in Ireland and in Northern Norway. The cable design will provide express fiber routes via Asia to Europe, as well as serve local settlements in US and Canadian Arctic territories. The system is slightly longer than the previously planned Arctic Connect system and will likely measure over 16,000 km end-to-end, from Japan to Norway. The build cost of this system is estimated at EUR 1.2 billion. No timeframe has been announced yet.
For a long time there was very little progress on the development of connectivity in the Arctic with subsea cables. The plans to connect the Arctic through Nordic-Russian cooperation in the name of Arctic Connect did not materialize. What remains now is two alternative projects: a Russian-led Polar Express and a revised project Far North Fiber Express, which is led by Cinia and goes westwards. Geopolitically, moving away from Russian project cooperation in favour of projects led by US/Canadian interests is a big shift for the Nordic countries.
One can only speculate on the reasons for MegaFon halting the Arctic Connect project, but the Polar Express would be taking away most of the commercial rationale for building the Arctic Connect system that shares a similar path through the NSR. At the same time, Russia has plans to develop a data center industry in its own Arctic regions. Rostelecom announced its plans to launch the first regional data center in the Arctic zone of the Russian Federation in the summer of 2022. In terms of business, Cinia’s goal remains the same as with the Arctic Connect project — to make Finnish and Nordic data centers more attractive for international data center operators and establish a Nordic hub between the Asian and continental Europe.
The aftermath is that there will most likely be at least two large Arctic subsea cables in less than five years. Apart from Polar Express projects, there are smaller regional projects, such as a 1,900 km submarine cable connecting the Alaskan Arctic towns of Prudhoe Bay and Nome, and a 2,400 km subsea cable linking Nunavut, Canada with Nuuk, Greenland.
It should be noted that internationally, there is a great need for more legal statutes governing undersea cables and the threats to these systems. Apart from addressing geopolitical tensions and threats, when developing subsea cables the needs of the local people and business should be included in the projects from the beginning. Increased cyber security and sovereignty considerations will bring more attention to the ownership and financing structure of these Arctic subsea cable projects. The subsea cables are finally reaching the most remote places on earth, with an Antarctic subsea cable project launched in December 2021 and two large-scale Arctic projects on the way. Subsea cables are becoming part of the critical infrastructure in the Arctic, providing opportunities for connectivity, sovereignty, and conditions for the development of further business and human potential in the region. Hence, subsea cables in the Arctic create preconditions for the proper functioning of a digital economy.


CONNECT THE DOTS WITH CONNECTUS
The wireless world is upon us. Whether you’re in education, healthcare, hospitality, agriculture, transportation or any other industry, mobile communication and accessibility are vital to your organization. At ConnectUs, we not only help you meet the growing demand for mobile technology – we help you do mobility better by taking deployment requirements off your hands.
We are a comprehensive, fulfillment and managed services solution provider that enables our customers to free up time, allowing you to scale and focus on core mission growth instead.


FREQGEN, A High Performance PC Frequency Control Program for Rife Systems and FREQGENGUI, a Front End Controller, and FREX, Database & Frequency Management Software
August 10, 2001
Updated November 22, 2004
Accurate control of the audio modulating frequency sent to the transmitter modulator is essential when working with Rife systems. While it is possible to use a hardware frequency generator, their cost and occasional difficulty of use tends to make some researchers a bit uncomfortable - and broke!. A much easier (and happily, much cheaper) means of generating the required audio frequencies is to use a computer and a suitable frequency generation program.
Until recently, many of the available freeware frequency generation programs were written to drive the speaker line in the computer. With a simple modification, the audio signal from the speaker was sent to the transmitter audio input and used to modulate the Rife system. Unfortunately, all such programs suffer from the same hardware-based problem which renders them incapable of generating many specific frequencies. There is NO cure for this problem!! It is inherent to the way the computer's HARDWARE is built, and software simply cannot correct it.
Recently, Fred Walter wrote his program, FREQGEN (V1.13), (© 2002 by Fred Walter,) which solves this problem. Fred's tightly written program does the trick by simply eliminating the computer speaker as the output device. Instead, FREQGEN drives the sound card in the computer, causing it to generate a very clean sine wave at the desired Rife frequency. This sine wave may be then converted to a square wave by using a circuit such as my Sine to Square Wave Converter (V2.0), or any other desired method. The resulting square wave is then used to drive the Rife system.
Not only does FREQGEN generate sine waves, but it also can do frequency sets, frequency sweeps, log frequency sessions, and even control external hardware to generate frequencies above and below the standard output range of the computer sound card, if needed. The frequency accuracy is extremely good. frequencies may be set to a tenth of a Hertz if desired, for instance, 2182.4 Hz.
It is a small program, and is written to run in a DOS box under Windows 95/98/ME/NT/XP. It is a command line program, but is easy to learn to operate. It comes with sample frequency files, and an extensive README file which explains the basic operation of the program. FREQGEN may also be controlled from a batch file quite easily.
Please click on the links in the above text to download FREQGEN or to send email to Fred.
Was written by Micheal Smith and is a free, open source front end controller for FREQGEN. This program allows you to run FREQGEN without the need to use the command line interface. Please visit Michael's web site at http://www.angelfire.com/wizard/freqgengui/ to download FREQGENGUI and all related documentation.
Was written by Ken Uzzell and is a comprehensive database and frequency management package. The following description is taken from the "About" section on Ken's web site.
"Frex is being created with the novel concept of scanning the body for biofeedback, running tests using Remote Resonance Detection (RRD) technology. When biofeedback levels are triggered, hits or hot spots are found. These hot spots are compared to a database of known microbe signatures. A report is created detailing a person's potential risk to disease. Rife and frequency devices available allow for the reduction and possible elimination of these risks."
Visit Ken's web site at http://www.heal-me.com.au/frex/ fot the latest version of FREX and all related documentation.
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e-Valve is the technology that transmits to the automation system which of the tanks with manifolds at the stations with suction system. It works on the principle of sensing the open-closed-half-open position of an electronic unit developed by Asis on a specially ed valve and transmitting it to the automation system. In this way, the automation system processes all the inputs and outputs on the active tank, and an accurate stock management process is realized. The e-Valves attached to the outlet of each tank with a manifold are connected to the Asis Probe cables and can send data to the automation via the probe cables. In this way, there is no need for any infrastructure operation in the tank manhole and its surroundings in e-Valve applications.


CANCUN AIRPORT TRANSPORTATION
WIRELESS INTERNET SERVICE (WI-FI) AT CUN
CANCUN AIRPORT | INTERNET ACCESS AND WI-FI
Cancun airport at all terminals offer this service for free.
Wireless Internet Access (WiFi) is available for passengers at the international airport of Cancun through Prodigy Mobile or permanent local network can access the Internet from a laptop, personal assistants and other wireless devices at high connection speeds .
You must have your computer with the appropriate configuration to locate the signal and connect to the network, when you start your Internet browser will display a Web page is sponsored by the host of the wireless network
Passengers and visitors have access to Internet service in any public area of the airport, you can read your email and surf the Internet via a secure and reliable.
Whether you use it while traveling or when you read the news in the cafe shop. Give the opportunity for this technology is easy and fun.


Just as Jio has ended the problem of mobile bills by giving free voice calling, similarly the monthly bill of cable will end with the help of Jio Phone. For those who only watch television for 4-5 hours a day, no cable connection will be required. That is, if you want you can disconnect your cable connection after the phone.
Jio Phone Features
To connect the live phone to television, you will first have to buy a television device that connects the phone. After connecting the phone to the device, the phone’s screen will appear on the television. After this you will be able to watch the channel of your choice through live streaming on the phone. Jio phone can be connected to any type of television.
Jio Phone Announcement
While announcing the phone, Mukesh Ambani had said that with the help of the phone, television can be seen every 4-5 hours daily without any recharge. It was said that in a day only 512 MB of data will be available for the television. In such a situation, those who do not see television all day, will be going to end the cost of the live phone cable.
Jio Cable TV
Reliance Industries owner Mukesh Ambani is now set to join the cable TV sector. Under this, they will spend $ 2 billion (i.e. 134 crore) in the next three years. However, Reliance Industries did not comment on this. But two people related to the case told the news agency Reuters that Mukesh Ambani’s eyes are on this sector. If Mukesh Ambani falls in this sector, he will also face younger brother Anil Ambani. Anil has been in the cable sector for a long time through Big TV.
Jio Cable Operator’s
Ambani’s company is dealing with small small cable operators. Through which to get their coin deposited in this sector. The people involved in the case say that the company is also dealing with Hathaway Cable, DEN Network and City Cable. An employee of Reliance said that currently a target of 10 lakh subscribers has been kept. In the three years, the target of 20 million i.e. 20 million consumers has been targeted.
Jio Fiber Broadband
At present, 20 million households in India have broadband or internet connection. Of these, only 1.70 lakh people are using wireless internet through optical fiber. Reliance Executive says that the company will provide TV channel, video on demand, broadband internet, landline connection and home servicing system in the same package. Also Jio Play will also be provided. Jio Play provides movies and TV series like Net Flix. At present, DTH Sector has Tata Sky, Big TV, Airtel Digital, Video con and Dish TV.


Using a headset with boom mic is ideal especially for videoconferencing but may not be available. A good alternative are the earbuds that some may not realize they have or did not know would work. Try the set of earphones that came with your (smart) phone as almost all of them have a mic built-in that will work by just plugging into the computer.
Issues with laptop mic Print
Modified on: Fri, 3 Apr, 2020 at 7:01 AM
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JABRA PRO 9465 DUO HEADSET F/ PHONE HANDY + PC IN ACCS
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Jabra PRO 9465 Duo EMEA
Stay in touch around the office
Jabra PRO™ 9400 is the first series of wireless office headsets with user-friendly touch screen for easy call control.
One headset for all your phones
Today’s business cards often feature different numbers for desk, mobile and softphone. The result? You find yourself grabbing your mobile just as the caller gives up and tries the desk phone instead! Designed with busy office professionals in mind, Jabra PRO™ 9400 series can save you a lot of hassle. Thanks to Multiuse technology, all your phone calls come to the same headset. Just tap the talk button and start talking.
User-friendly touch screen
Up to the three devices – desk, mobile and softphone – are united by a stylish touch screen base. The base connects to your headset via DECT – a technology characterized by its reliable, long range capabilities – offering a wireless range of up to 150m. Equipped with a SmartSetup wizard, the touch screen helps you connect phones and choose preferences to get started. Once you’re up and running, it’s colorful icons and intuitive menu system make call-handling a breeze.
Several state-of-the-art sound technologies enable Jabra PRO 9400 Series headsets to deliver unrivalled call clarity and safety. State-of-the-art noise-canceling technology and advanced Digital Signal Processing practically eliminates all background noise, so your voice can always be heard clearly. Wideband sound ensures that the sound you hear is crystal clear, while SafeTone technology protects your hearing by cutting off sudden loud noises and securing safe average sound levels through the day.
- Optimized for specialists, managers and executives
- Triple connectivity for very noisy environments
- Noise-canceling microphone
- Duo speakers, flex boom arm
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The speed war between the various players in the telecommunications industry goes back years and likely will last well into the future. The big beneficiaries of the competition are vendors, bloggers and, most of all, consumers.
The early days pitted digital subscriber line (DSL) against cable’s old hybrid fiber-coax (HFC) platforms. The current iteration of the battle focuses on fiber-based phone initiatives such as FiOS and U-verse versus cable’s Data Over Cable Service Interface Specification (DOCSIS). Wireless – in the form of 3G, WiMax and eventually Long Term Evolution (LTE) – are part of the conversation as well.
It’s interesting that WiMax, which is seeing its highest-profile deployments with the Intel- and Sprint-based Xohm project, is rolling out at about the same time as DOCSIS 3.0, Nashville airport transportation which is the next major release of the cable platform. DSL Reports says that the cable operator that Internet users love to hate, Comcast, is rolling out DOCSIS 3.0. The company will increase standard delivery rates and offer service levels ranging from 12 Megabits per second (Mbps) downstream and 1 Mbps upstream to 50 Mbps downstream and Mbps up.
Comcast is not the only cable operator getting set into the DOCSIS 3.0 act. Time Warner Cable Business Class, a unit of Time Warner Cable, is set to use it to support Carrier Ethernet services within its system footprints. A recent Communications Online piece says the company is expanding on the launch of the service and expects it to be available nationwide early next year. The smaller businesses targeted lack the direct fiber connections generally available, with which enterprises access carrier Ethernet. The idea is to use DOCSIS 3.0 to support the service on coaxial cable.
A third major operator is set to make a deep foray into DOCSIS 3.0 next year, and its approach seems far different from Comcast’s. In a recent Q&A, Marwan Fawaz, the CTO of Charter Communications, says the operator plans to market test next year. Fawaz said that Charter will eschew a massive launch in favor of a market-by-market deployment.
Farmer had a long and distinguished carrier in the cable industry. His takeaway – that there are significant challenges to DOCSIS 3.0 that will keep it from displacing telco fiber initiatives – carries more weight than if it came from a telephone industry lifer.
The story describes how DOCSIS 3.0 works – it bonds together 6 MHz channels – and its shortcomings. The problems are that the system lacks flexibility, wastes a lot of bandwidth, and relies for optimum service on equipment that operators may not be in a position to immediately purchase.


Following the completion of the 18th World Congress on Intelligent Transport Systems, the Florida Department of Transportation (FDOT) Intelligent Transportation System (ITS) Program continues to operate and maintain the connected vehicle deployment in Orlando. The SunGuide® software continues to receive basic safety messages (BSM) from deployed vehicle awareness devices and transmit traveler advisory messages to roadside equipment for broadcast. FDOT maintenance, I-Ride Trolleys, and Lynx transit vehicles are equipped with vehicle awareness devices that continue to broadcast BMSs for processing by SunGuide software.
FDOT continues to work with the United States Department of Transportation (USDOT) to establish a data sharing agreement to share the BSM data as well as data that is captured and stored on the vehicle awareness devices.
As part of moving its connected vehicle research and deployments forward, FDOT has developed a connected vehicle concept of operations focusing on utilizing their Traffic Engineering Research Laboratory for connected vehicle qualified product testing, research, and deployment support.
In cooperation with the USDOT and other state and local agencies performing connected vehicle research, FDOT participated in the initial affiliated test bed meeting hosted by USDOT and the American Association of State Highway and Transportation Officials (AASHTO). The purpose of forming the affiliated test beds was to share information, research, and data among the test beds to advance their own research and development as well as the overall USDOT connected vehicle program.
FDOT continued to support the USDOT connected vehicle program in several ways. FDOT supported the dynamic mobility applications (DMA) by attending various in-person meetings and webinars reviewing concepts of operations and requirements for several of the DMA bundles. FDOT attended safety applications concept of operations and policy research workshop webinars providing input from Florida’s perspective. FDOT continued to establish its relationship with the data capture and management program to share data.
To further connected vehicle research within the state, FDOT Central Office submitted a proposal to the FDOT Research Center to investigate using connected vehicle technology with signal controllers broadcasting signal phasing and timing to vehicles approaching intersections.
As autonomous vehicle research is accelerated by companies such as Google, both the Florida House and Senate passed autonomous vehicle legislation. The FDOT ITS Program reviewed both pieces of legislation to analyze the impact that autonomous vehicles could have on the transportation system and how autonomous vehicle technology would interact with ITS and connected vehicle technology. While connected vehicle technology is not directly related to autonomous vehicle technology, connected vehicle technology has the potential to complement autonomous vehicle technology; providing the capability for autonomous vehicles to obtain additional data about vehicles in the immediate vicinity.
For questions regarding FDOT's ITS Program, please see Contacts.


10 Must Have Best Smartphones with the Longest Battery Life for 2013
The need for having a smartphone with the longest battery life is notched up in response to the need of having a better processing speed. Earlier this year, a number of smartphone analysts have said that we are now entering into the domains of the post smartphone era. The smartphone devices are used for a number of different purposes ranging from the communication to the non-communication purposes. It is also being said that nearly 350 million devices having specialized IP addresses would also be shipped till the end of the year 2013. As the present internet of things and devices is going to gain stronger grounds, a number of static products and devices would also start to connect with the dynamics of the modern world. So, in response to this form of connection between the users and the smartphone devices will give rise to some new challenges in terms of the interaction designs, more processing speed and also in terms of the battery life. As the digital world would become more embedded, it can be said that some more prototype and state of the art technologies would surface. The battery life of a smartphone can be classified among those features which the mobile users prefer to analyze at first. Surely, there is no use of a buying an android device which has a very small battery timing span. For the purpose of making things a bit easier for you, here I would be sharing with you the 10 must have best smartphone devices with the longest battery life for 2013.
10. Samsung Galaxy S Blaze 4G
Loaded with a number of goodies and top class features, Samsung Galaxy S Blaze is an android phone which the 4G lovers can consider of buying. Now here, you might be a little anxious in terms of knowing about the nomenclature behind the blaze word. Simply speaking, it means a two-fold. The price of this mobile phone has been termed to be a bit lofty at times, but you never know when Samsung might induce a change in the pricing. The battery life for this device stands at about 7 hours in terms of talk time and nearly 230 hours for the stand by timing.
9. Samsung Galaxy Victory 4G LTE
Here we have another impressive smartphone which can be purchased at a cheap price. This android phone is also available using the Sprint services, but it might not be suited to be used in those countries which lack the presence of 4G services. The talk time of this device is about 7 to 8 hours.
8. iPhone 5
Apple iPhone 5 is quite under discussion these days. The reason for which the launch of this device was given a lot of hype was all because of the titillation of the photos and the gossips about the features that were flooded on the internet even before the release. Till now, it is evident that iPhone 5 needs to re-energize customers in a manner like never before. Speaking of the battery life, its talk time for 2G connections is about 8 hours and the same for the 3G connections as well. Moreover, in terms of the music play, the battery life stumbles to about 40 hours.
7. HTC One VX
This affordable and out class android device is among those devices that truly serve the Android OS. It also packs a dual core processor together with a full featured camera. In terms of the battery life of this phone, it is marked for having a talk time of about 9 hours or a bit more. Although there is no sort of official data that might be readily available in terms of its timing for 2G and 3G connections, but according to a number of different sources, the battery life is about 9 to 10 hours.
6. Samsung Galaxy Rugby Pro
With a really though building mechanism and a fast processing speed, Rugby Pro can be availed at quite a competitive price range. It is among the most preferred 4G LTE phones these days, but it all depends whether you like it or not keeping in view the goodies it offers you in a single package. The pros of the mobile include durable design, good performance and really fast 4G speeds. While the cons might be the old ice cream sandwich version, slow camera or some others. The battery life of the Samsung Galaxy Rugby Pro stands at about 11 hours of talk time on 2G connections and around the same number of hours on 3G. The battery timing on the 4G connections is also quite good in comparison to a number of other android devices.
5. LG Optimus L9
Termed to be an affordable and mediocre level android handset. Just when people started to speculate that the company was finished with the launch of the Optimus L series, a surprise came through the launch of this device. It is of the most appeal to the shoppers and users who are on a tight budget. Apart from the 5 MP camera and a dual core, the battery life is also quite good standing at about 12 hours on 2G and 11 h 40 minutes on the 3G connections.
4. HTC One X Plus
HTC One X Plus can be described as a smartphone which is just elegant, stylish and astoundingly fast. It was also one of the first smartphones that made use of the quad core processor. Since then, you might have seen a number of devices having the quad cores waxed inside them. For the battery life, official estimates say that the battery life lasts for about 12 hours 45 minutes in terms of talk time and around 360 hours of stand-by.
3. Samsung Galaxy SIII
Known to be the android phone which totally outplayed iPhone 5, Samsung Galaxy SIII is preferred for a number of different reasons. One reason included in the preference patterns is the superior battery life. The talk time for this mobile is around 21 hours 40 minutes on 2G and around 11 hours 40 minutes in terms of the 3G connection.
2. Motorola Droid Razor Maxx HD
Motorola is quite seen in terms of keeping its iconic razor name alive. Known for its stunning lucks and an amazing battery life, the Droid Razor Maxx HD is best suited for the 4G enthusiasts who love to enjoy a superior battery life together with an accelerating performance. You can even make use of the 4G networks the entire day and would still be able to find nearly 10 to 20 % timing on the battery. The talk time of this device stands at about 32 hours which is really much more than most of the android devices in the world.
1. Samsung Galaxy Note II
Now here we have an amazing smartphone device, best known for its best battery life among all the android devices. The device is just enormous and fantastic no matter what the iPhone enthusiasts might have to say about it. Its display stands about 5.5 inches, but after making use of the phone for a few days you might consider all other devices to be tiny and inferior. The talk time on 2G connections for this device is about 35 hours and for 3G connections the battery life is about 16 hours. So, by far, the Samsung Galaxy Note II is the best smartphone when it comes having the longest battery life. The battery timing is the same or quite similar to that of Samsung Galaxy S4.


In the realm of broadcasting, a seismic shift is underway, propelled by the rise of Internet Protocol Television (IPTV). As traditional television models give way to digital innovation, IPTV emerges as the vanguard of the future of broadcasting. In this unveiling, we explore the transformative potential of IPTV and its implications for the evolving landscape of media and entertainment.
1. Convergence of Television and Internet
At its core, IPTV represents the convergence of television and the internet, blurring the boundaries between traditional broadcasting and digital streaming. By leveraging internet protocols to deliver audiovisual content, iptv transcends the limitations of conventional broadcasting methods, offering viewers unparalleled flexibility and interactivity. This convergence heralds a new era of television where the distinction between linear and on-demand viewing fades, and viewers have the freedom to consume content on their own terms.
2. Global Reach and Accessibility
IPTV unlocks the potential for global reach and accessibility, enabling content providers to distribute their offerings to audiences around the world. With the proliferation of high-speed internet connectivity and the ubiquity of connected devices, IPTV transcends geographical barriers, reaching viewers in remote locations and underserved markets. This global accessibility not only expands the audience base for content creators but also fosters cultural exchange and diversity in programming.
3. Personalization and Customization
Central to the future of broadcasting is the concept of personalization and customization, made possible by IPTV’s data-driven insights and recommendation algorithms. By analyzing viewer preferences, viewing habits, and demographic data, IPTV platforms can deliver tailored content recommendations, curated playlists, and targeted advertisements. This level of personalization enhances the viewer experience, increasing engagement and retention while providing advertisers with more effective targeting capabilities.
4. Technological Advancements
The future of broadcasting is intertwined with technological advancements, and IPTV serves as a catalyst for innovation in this space. From advancements in video compression and streaming protocols to the integration of augmented reality and virtual reality experiences, IPTV platforms continue to push the boundaries of what is possible in content delivery. Additionally, the convergence of IPTV with emerging technologies such as 5G connectivity, edge computing, and artificial intelligence promises to further elevate the viewing experience and redefine the future of broadcasting.
5. Evolution of Business Models
As IPTV disrupts traditional broadcasting models, the future of broadcasting will see a shift towards new business models that prioritize flexibility, scalability, and direct-to-consumer distribution. Subscription-based services, ad-supported models, pay-per-view options, and hybrid monetization strategies will become increasingly prevalent, catering to diverse audience preferences and revenue streams. Moreover, the rise of niche content providers and independent creators will challenge the dominance of traditional media conglomerates, fostering a more diverse and competitive media landscape.
In conclusion, IPTV stands at the forefront of the future of broadcasting, heralding a new era of television characterized by convergence, global accessibility, personalization, technological innovation, and evolving business models. As IPTV continues to reshape the media and entertainment industry, it is imperative for stakeholders to embrace digital transformation, adapt to changing consumer behaviors, and seize the opportunities presented by this dynamic and transformative technology.