Organizations are evaluating these technologies for specific applications, with industrial use cases favoring 5G and enterprise environments continuing to rely on Wi-Fi 6/6E. For example, if one student has summarized notes for a particular topic, they can share it with the rest of the group by making copies or simply showing it to others. Another student might have found useful online resources or practice questions, which they can share with the group. The students can discuss and explain concepts to each other, asking questions and clarifying doubts. While sneaker nets seemed an odd mix of the newest technology and the oldest form of transportation, the model is really the basis for today’s small P2P workgroups.
It assigns peers to other peers who are ‘close in IP’ to its neighbors [same prefix range] in an attempt to use locality. If multiple peers are found with the same file it designates that the node choose the fastest of its neighbors. Streaming media is transmitted by having clients cache the previous stream, and then transmit it piece-wise to new nodes. With concerns increasing around data privacy, P2P networks can integrate advanced encryption techniques, decentralized identity management, and distributed consensus mechanisms.
Or a P2P network can be a network on a much grander scale in which special protocols and applications set up direct relationships among users over the Internet. P2P file sharing was introduced to the general public in 1999 when American college student Shawn Fanning created the music-sharing service Napster. It employed a centralized index server, which users would search on the basis of song title or artist name. The service quickly became a hub for large-scale unauthorized distribution of copyrighted music, and in 2001 it was shut down as a result of a lawsuit from members of the American recording industry.
We have already explored how artificial intelligence is shaping the future of peer-to-peer networks. These AI-enhanced P2P systems are at the forefront of a technological revolution, offering a decentralized, resilient, and efficient network architecture. Unlike traditional networks reliant on central servers, P2P AI systems leverage AI to process and analyze data directly on network devices. This innovation results in reduced latency, improved privacy, and the ability to function independently of continuous internet connectivity. For example, P2P networks can enable more efficient and secure cloud computing by allowing users to share resources and data in a decentralized and transparent manner.
- A P2P network also can be a permanent infrastructure that links a half-dozen computers in a small office over copper wires.
- It allows network operations teams to test changes virtually, enhancing business resiliency and preemptively addressing potential issues.
- Many organizations have adopted network automation for repetitive tasks, but the complexity of distributed environments demands more.
- While it can be a possible argument that this technology should not be promoted, we as individuals must understand our responsibilities as users while accessing online content.
- A P2P network can be an ad hoc connection—a couple of computers connected via a Universal Serial Bus to transfer files.
- Instead of relying on a central server to distribute files, each user contributes to the network’s bandwidth by downloading and uploading simultaneously.
This means that users can send even large files quickly without worrying about bandwidth and server capacity. It breaks large files into small pieces and distributes them quickly to multiple computers. The platform uses P2P file sharing to distribute books, music, movies available on public domains, log transformation of an image using python and opencv making it easier for internet users to easily access such files. The transformative power of AI in P2P networks is redefining device communication and computation. Traditional network setups, where data processing occurs through central servers, often lead to bottlenecks and inefficiencies.
The decentralized nature of P2P networks allows for distributed processing and storage, enabling them to scale horizontally by adding more peers. The underlying blockchain technology leverages the power of P2P networks and provides a shared and trusted ledger of transactions. As a distributed ledger technology, blockchain records transactions as an immutable timestamped digital block that indicates senders and receivers.
Peer-to-peer (P2P) networks have evolved significantly, adapting to the demands of highly distributed IT environments. Organizations now integrate applications across various platforms, from private data centers to public clouds and edge locations. This shift has expanded attack surfaces and heightened the risk of cyberattacks, necessitating innovative network technologies and frameworks for secure, efficient connectivity. One example of P2P distributed computing is the Folding@home project, which uses P2P networks to simulate protein folding and other complex molecular dynamics. Users can download the Folding@home software and contribute their computer’s processing power to the project, helping scientists to better understand diseases such as Alzheimer’s, Parkinson’s and cancer. The project has been successful in discovering new drug candidates and therapeutic strategies to combat diseases.
This lack of centralized control can result in issues such as data inconsistency, conflicting rules, or malicious behavior by some nodes. While P2P networks offer several advantages over traditional client-server networks, such as faster downloads and lower costs, there are also several disadvantages that should be taken into account. In a traditional classroom setting (client-server architecture), there is a teacher who serves as a central authority and provides information to all the students (clients).
Structured P2P Networks
Peer-to-peer applications present one of the core issues in the network neutrality controversy. In October 2007, Comcast, one of the largest broadband Internet providers in the United States, started blocking P2P applications such as BitTorrent. Their rationale was that P2P is mostly used to share illegal content, and their infrastructure is not designed for continuous, high-bandwidth traffic. The client–server model provides financial barriers-to-entry to small publishers and individuals, and can be less efficient for sharing large files. As a reaction to this bandwidth throttling, several P2P applications started implementing protocol obfuscation, such as the BitTorrent protocol encryption. Furthermore, P2P networks can enable more efficient use of resources since nodes can share resources and collaborate more effectively without needing to access a central server.
Decentralization makes P2P networks more resilient and less susceptible to system failures or attacks, as there is no single point of failure. Peer-to-peer (P2P) networks have become increasingly popular in recent years, especially for applications such as file sharing, instant messaging, and online gaming. P2P networking is a type of distributed networking architecture where computers communicate directly with each other, rather than through a centralized server or hub. In the modern networking age of AI, ML, and IoT, the future of peer-to-peer (P2P) technology is poised for significant advancements.
In light of these advancements, understanding AI becomes crucial for those interested in the future of networking. This is where our AI guide and certification programs by the Blockchain Council come into play. These resources are designed to provide a comprehensive understanding of AI and its application in various domains, including P2P networks. By exploring our AI certifications, bitcoin leads cryptocurrency sell readers can gain the knowledge and skills necessary to innovate and excel in this rapidly evolving field. We encourage all our readers to delve into these resources to enhance their understanding and contribute to the future of P2P networks and AI. These technological advancements and integrations with emerging technologies like AI, IoT, and 5G are shaping the future of P2P networks.
AI in Data Storage, Retrieval, and Routing Mechanisms
P2P networks are decentralized, meaning no central server or authority controls the network. Peers interact directly with each other, sharing resources and services without relying on a central point of control. This decentralization eliminates single points of failure and allows for more resilient and scalable networks. A P2P network connects computer systems to each other, over a local network or the internet, without a central server.
P2P networks can also be easily extended to include new features or services without requiring a complete overhaul of the network architecture. At the same time, the file is also shifted from your device to other computer systems that call for it. This entire process works in two ways the files convert into small bits of data that come from your device. Once this process gets completed, the network releases your file after sending the request, which is then followed by the final transfer of the file to all connected peer devices.
This shift towards AI/ML in network management marks a significant stride in the evolution of P2P networks. It means that by installing any peer-to-peer file-sharing software on a device, anyone can access the files among millions of other users, irrespective of whether the person is doing it intentionally or not. However, with such networks, people who lawfully buy content online may also get in trouble. Peer-to-peer technology has undeniably paved the way for several other technologies that integrate with its architecture to provide greater and better services to users. Apart from Blockchain, which you can learn in any top-rated Blockchain class, there are various other applications of peer-to-peer networks. Moreover, the distributed architecture of P2P networks can make it challenging to ensure compliance with regulations or legal requirements.
File-sharing networks, video chat clients, and multiplayer gaming commonly use P2P networks to connect computers together. Furthermore, P2P networks are resistant to failures and attacks since there is no central point of failure. In a traditional client-server network, a single server going down can render the entire network inoperable. In contrast, P2P networks can how to buy a katana operate even if some nodes fail or leave the network, since other nodes can take over their responsibilities. This resilience is especially useful in distributed systems where it is difficult or expensive to guarantee the availability of a central server. In a centralized P2P network, there is a central server or hub that manages all communication between nodes.
Since nodes frequently join and leave the network, these systems are best-suited for high churn activity. For example, a social platform deployed on an unstructured P2P network can utilize it efficiently, as users can choose to join or leave the network frequently. There’s no special network operating system residing on a robust machine that supports special server-side applications like directory services (specialized databases that control who has access to what). Blockchain-based P2P networks are a prime example of how advancements in technology are enabling new use cases for P2P networks. For instance, Blockchain technology can provide a secure and transparent way to track and verify transactions without the need for a central authority. This is exemplified by cryptocurrency, which is enabled by Blockchain technology and allows for secure and decentralized transactions.


Even if you have the best router and a high-speed internet plan with plenty of bandwidth, your Wi-Fi signs might not reach all parts of your home or office. If you find yourself plagued by slow speeds, lag, or dead locations, it might be time for you to invest in a Wireless signal enhancer. Boosters take your existing wireless transmission, amplify that, and rebroadcast it to extend the network. They will improve range to a long way corners of your property, different surfaces, or even in to the backyard.
Many WiFi signal booster gadgets have easy setup functions and make use of the WPS (WiFi Protected Setup) key to connect to your router. Simply press the button in both gadgets to comprehensive the process. Following that, you can move on to connecting your other Wi-Fi devices for the booster’s new network. You’ll want to use a pc to do this, since it will have the easiest time finding and hooking up to the booster.
One thing to keep in mind: while a WiFi enhancer can help with stretching out your cordless signal’s selection, it won’t grow your internet http://lunchboxguitars.com/pc-matic-review-does-it-really-work speed. The velocity of your net connection depends on the length between your INTERNET SERVICE PROVIDER and your modem, so it’s essential to run an internet speed test to see if that you simply getting what that you simply paying for.
Another thing to keep in mind: while a booster can amplify your cordless signal, it will likewise boost the interference of various other nearby WiFi networks and other radio impulses. To prevent this kind of, make sure your WiFi booster isn’t very sitting proper next to your router or perhaps other products that send wireless data.


The HPC Cloud supports virtual network resources such as routers, floating ips, and security groups, which, together with the physical and virtual networks themselves form the communication infrastructure needed by compute instances.
Networking topics can become quite complex, but many use cases are already covered by local networks combined with the appropriate security group rules. Thus, you may want to skip directly to those sections.
Private Networks and Routers
Private networking is available to meet more complex requirements, as well conserve IP addresses on the shared networks. The following steps correspond to a typical use case, but by no means cover all the possibilities.
Create a new network and associated subnet via on Project / Network / Networks, specifying 192.168.0.0/24 as the network address and 126.96.36.199, 188.8.131.52 (one per line) as the DNS name servers.
Create a new router via on Project / Network / Routers, choosing either cloud-local-float or cloud-public (if available) as the external network.
Select the router, switch to the “Interfaces” tab, and click to add a port in the newly-created subnet.
openstack network create NETWORK
openstack subnet create SUBNET --network NETWORK --subnet-range 192.168.0.0/24 --dns-nameserver 184.108.40.206 --dns-nameserver 220.127.116.11
openstack router create ROUTER
openstack router set ROUTER --external-gateway cloud-local-float
openstack router add subnet ROUTER SUBNET
You can now launch instances on the private network, but there is no way to reach the network from outside, and therefore no way to login! 3 To get around this limitation, attach a floating ip to at least one of the servers in the private network.
Floating ips give a server an alternate ip address without reconfiguring the server itself. This works because the software-defined networking layer implements a one-to-one translation between the fixed address that the operating system “sees” and the floating address. Note that the fixed address will continue to be usable inside the local (or private) subnet, while all other hosts must use the floating ip. 4
Reserve a floating ip via on Project / Network / Floating IPs, selecting either cloud-local-float or cloud-public (if available) as the pool.
Select the floating ip, click , and then choose the primary port of the target instance.
- The floating ip’s pool must match the router gateway to successfully associate with a server:
For servers on local networks, only floating ips from cloud-public can be used.
For servers on private networks, it depends on which external network was chosen for the private router – see step 2 above.
openstack floating ip create cloud-local-float
openstack server add floating ip SERVER 10.186.7.XX
The HPC Cloud provides a flexible per-instance, network-based access control mechanism in the form of security groups. The default security group allows connections between instances in the same project (and network), plus SSH from internal MPCDF networks and ping from anywhere. The recommended way to “open” additional ports is as follows:
Create a new group via on Project / Network / Security Groups.
Select the group, choose , followed by , and then add one or more rules, e.g.:
Rule: Custom TCP Rule
Select the desired instance on Project / Compute / Instances, choose , and then add the newly created security group. In most cases you should keep, rather than replace, the default security group, unless your new security group includes rules for all necessary ingress and egress traffic.
openstack security group create SECGROUP
openstack security group rule create SECGROUP --protocol tcp --dst-port 80
openstack server add security group SERVER SECGROUP
One thing to keep in mind is that what traffic unlimately reaches the server is determined by the properties of the network and the security group rules. For example, since cloud-local networks are not globally routed, opening a port to all sources only affects traffic from other MPCDF networks. Adding a public floating ip, however, changes the situation dramatically. Thus, it is good practice to choose the CIDR carefully, rather than relying exclusively on the network topology for security.
Certain applications do not support floating ips, since the operating system detects only the fixed address. On request, it is technically possible to place an instance directly on the public network.
Internet access is provided via a NAT gateway. The external address of the gateway (currently 18.104.22.168) may change and should not be used for access control.
Unlike many routers used for home internet service, the software-defined routers in the HPC Cloud do not support port forwarding, i.e. directing incoming traffic on a particular port to particular local “behind” the router.
One might wonder if local peers can communicate with the floating ip as well. For private networks the answer is yes; for local networks the answer is no.


I’m frustrated by my struggles to get an e-paper display that can do partial screen updates, so I’ve decided to give another technology a shot. I ordered a SHARP Memory Display from Adafruit. I also threw in a small mic and a speaker because I was going to need those anyway, sooner or later.
I finally ordered a e-paper display capable of partial refresh. A 1.54" display made by Good Display and packaged with a PCB by a supplier called Waveshare. They also publish some drivers and demo code. I needed a higher-RAM microcontroller to handle partial updates, so I upgraded my Teensy LC to a Teensy 3.2.
Sending texts is the next goalpost. The backend of this was pretty easy thanks to the Adafruit FONA library. The hard part was building a frontend for 9-key text entry. After a couple of after-work code sessions I got something complete enough to allow for lower-case text entry including spaces and punctuation.
Naturally, the next function is answering incoming calls. One way to do that (aka the wrong way) is to poll the cellular module to ask it what its call status is. The microcontroller communicates with the FONA via a serial interface, so doing that every tick of the loop function (16 MHz) is very chatty.
I started out with an Arduino Uno-compatible microcontroller board manufactured by OSEPP, a 16-button 4x4 button matrix, a 2G cellular module by Adafruit called a FONA, and a 1.54" monochrome e-paper display from Adafruit. I also grabbed a starter kit from them that contained a soldering iron, a multimeter, a couple breadboards, some wire cutters, a handful of components, solder, and wire.
Why make a phone? I started down this path after recognizing that I’m struggling with how addictive tech is. Devices are engineered to be as instantly gratifying as possible. I’m not incapable of putting it down, and luckily I’m not hooked on social media, but the devices themselves have a tendency to draw me in and fill up any empty space that I might otherwise use to hear my own thoughts for a minute. This constant presence works to isolate me from other humans. At least, I often feel lonely and disconnected, and then supplement my loneliness with more device usage.


Compact, line-interactive, AVR enabled UPS
The Shield AVR-LCD range of UPSs are a well engineered and reliable line-interactive UPS. Used globally, these UPSs require no maintenance and give out clean, voltage regulated power to protect your system.
The AVR-LCD has a compact size which allows installation in places where space is less. The UPS has an LCD display which allows you to read power quality and load details. You can monitor your UPS from your computer or remotely with its USB or RJ45 connections (optional).
- Compact size allows for installation is places where space is less.
- Low noise design does not cause disturbance to surroundings.
- Low cost UPS made with reliable engineering.
- Protect sensitive devices from utility failure, over/under voltage, surges, transients, spikes and other electrical abnormalities.
- Auto recharging functionality.
- Automatic booting on utility recovery.
- Wide input and output voltage range.
- Alarm and mute options.
- Optional interface of USB/RJ45 allows for computer or remote monitoring.
- 2 year warranty on the AVR-LCD range.
LED & LCD displays


Internet of Things
Unlock the power of interconnected world to transform your business
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An article by Ashton published in the RFID Journal in 1999 said, “If we had computers that knew everything there was to know about things – using data they gathered without any help from us – we would be able to track and count everything, and greatly reduce waste, loss, and cost. This is precisely what the Internet of Things (IoT) does. Liberin helps businesses in leveraging the power of IoT to enable devices/objects to observe, identify and understand a situation or the surroundings without being dependent on human help.
In the emerging business environment, Liberin partners with corporate leaders to deploy IoT strategically — beyond what was necessary to what’s now possible — to become purpose-driven, adaptable, and resilient.
Liberin is building industrial IoT applications for predictive quality and maintenance and to remotely monitor operations.
Our solutions for connected home applications cover home automation, home security and monitoring, and home networking.
Through connected sensors and intelligent analytics, we help in building commercial applications for smart cities by improving capacity, safety, cost-effectiveness and performance.


GPS was developed by the Defense
Department primarily for military purposes. And even though it's been estimated that there
are ten times as many civilian receivers as military ones the system still has
considerable military significance.
To that end the military maintains exclusive access to the more accurate
"P-code" pseudo random code. It's ten times the frequency of the civilian C/A
code (and so potentially much more accurate) and much harder to jam. When it's encrypted
it's called "Y-code" and only military receivers with the encryption key can
receive it. Because this code is modulated on two carriers, sophisticated games can be
played with the frequencies to help eliminate errors caused by the atmosphere.
It almost makes you want to enlist, doesn't it?


Datacenters are in need of an exceptional degree of safety, reliability and stability for their power supply.
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DBR Generator sets develops and realizes complete emergency power supplies for applications such as hospitals, data centers, bridges and tunnels, parking houses and water management applications. “Thanks to our engineering and project competences, a growing number of customers invites us to already participate at the development stage of an application. Together with the project developer or an engineering firm we develop an optimum emergency power supply including an UPS facility for the defined critical parts of the installation.
DBR-UPS Power Solution
A fully integrated emergency power plant from DBR with UPS consists of three main parts:
The diesel emergency power generator: this provides the emergency power supply for the entire application
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The automation and control: these elements ensure the extremely precise cooperation between the parts and the public network, whereby switching must be carried out on the basis of high measuring accuracy and milliseconds
DBR- Rotating UPS Power Solution
A rotating UPS system basically resembles a standard generator, but includes a flywheel and an electric clutch. The system runs on a regular power supply. The kinetic energy generated thereby is sufficient to absorb the voltage drop between the loss of the mains and the start-up of the emergency power generator. The user does not notice a power cut at all and is able to continue its processes without any power interruption.


The recent shift in focus from defense and government work to commercial wireless efforts has caused the job of the typical microwave engineer to change dramatically. The modern microwave and RF engineer is expected to know customer expectations, market trends, manufacturing technologies, and factory models to a degree that is unprecedented in the history of RF/microwave engineering. With a broad, balanced range of material, The RF and Microwave Handbook provides you with the means to understand and use these factors to improve your overall performance.
Since the publication of the best-selling first edition of The Satellite Communication Applications Handbook, the satellite communications industry has experienced explosive growth. Satellite radio, direct-to-home satellite television, satellite telephones, and satellite guidance for automobiles are now common and popular consumer products. Similarly, business, government, and defense organizations now rely on satellite communications for day-to-day operations. This second edition covers all the latest advances in satellite technology and applications including direct-to-home broadcasting, digital audio and video, and VSAT networks. Engineers get the latest technical insights into operations, architectures, and systems components.
The first of a two-volume set, this leading-edge book takes a practical approach to RF circuit design, offering a complete understanding of the fundamental concepts you need to know and use for your work in this industry. The book lays the ground work for efficient RF circuit design in a step-by-step approach, by defining important principles and parameters and progressively introducing critical analytical tools. It helps you distinguish between RF and low frequency circuits, and offers a detailed look at a typical RF system. This is a tested and insightful book that contains answers to most of the questions practical engineers are asking. The first volume reviews various computer-aided simulation, synthesis, and optimization techniques used in modern RF and microwave design, and discusses the practical use of the graphical design tools, such as the Smith Chart.
Now in its third edition, Understanding Smart Sensors is the most complete, up-to-date, and authoritative summary of the latest applications and developments impacting smart sensors in a single volume. This thoroughly expanded and revised edition of an Artech bestseller contains a wealth of new material, including critical coverage of sensor fusion and energy harvesting, the latest details on wireless technology, and greater emphasis on applications through the book. Utilizing the latest in smart sensor, microelectromechanical systems (MEMS) and microelectronic research and development, Engineers get the technical and practical information they need keep their designs and products on the cutting edge. Providing an extensive variety of information for both technical and non-technical professionals, this easy-to-understand, time-saving book covers current and emergent technologies, as well as their practical implementation. This comprehensive resource also includes an extensive list of smart sensor acronyms and a glossary of key terms.
Stutzman's 3rd edition of Antenna Theory and Design provides a more pedagogical approach with a greater emphasis on computational methods. New features include additional modern material to make the text more exciting and relevant to practicing engineers; new chapters on systems, low-profile elements and base station antennas; organizational changes to improve understanding; more details to selected important topics such as microstrip antennas and arrays; and expanded measurements topic.
Features Artech House Publishers, a leading publisher of books and software for high-technology professionals and a subsidiary of Horizon House Publications, Inc. Posts contact information via mailing address, telephone and fax numbers, and e-mail for the headquarters in Norwood, Massachusetts. Allows users to search the catalog by title, author, and subject. Provides ordering information and a guide for authors. Links to other sites for high-technology engineers.
Master the latest electronic warfare (EW) techniques and technologies related to on-board military platforms with this authoritative resource. You gain expert design guidance on technologies and equipment used to detect and identify emitter threats, giving you an advantage in the never-ending chess game between sensor guided weapons and EW systems. This unique book offers you deeper insight into EW systems principles of operation and their mathematical descriptions, arming you with better knowledge for your specific design applications. Moreover, you get practical information on how to counter modern communications data links which provide connectivity and command flow among the armed forces in the battlefield. Taking a sufficiently broad perspective, this comprehensive volume offers you a panoramic view of the various physical domains ? RF, Infrared, and electronics ? that are present in modern electronic warfare systems. This in-depth book is supported with over 280 illustrations and more than 560 equations.
Gallium Arsenide IC Applications Handbook is the first text to offer a comprehensive treatment of Gallium Arsenide (GaAs) integrated chip (IC) applications, specifically in microwave systems. The books coverage of GaAs in microwave monolithic ICs demonstrates why GaAs is being hailed as a material of the future for the various advantages it holds over silicon. This volume provides scientists, physicists, electrical engineers, and technology professionals and managers working on microwave technology with practical information on GaAs applications in radar, electronic warfare, communications, consumer electronics, automotive electronics and traffic control. Includes an executive summary in each volume and chapter Facilitates comprehension with its tutorial writing style Covers key technical issues Emphasizes practical aspects of the technology Contains minimal mathematics Provides a complete reference list


Trophy Club, TX (June 27, 2022) – Keeping our community safe, informed, and connected has always been a goal of your Town leadership.
To reach that goal, the Trophy Club Communications & Marketing Department has been working on launching a more reliable software solution for communicating emergency and non-emergency events and news to the entire community. Such events may include inclement weather, office closures, IT outages, security risks, epidemics, etc.
In December of 2021, our TC Alerts partner provided a revamped platform enhancement for Trophy Club to expand its software services. However, the updated platform left the TC team with significant gaps in changing certain functions of the Town's system. With the contract term expiring in the Spring, staff sought a solution to provide the resources and technical capabilities subscribers were used to before the new platform launched.
Following a detailed search with some of the top-rated and most functional municipal communications solutions available, staff selected AlertMedia to take over the TC Alerts back-end software system.
What does that mean for our TC Alert users?
The good news is that the only significant impact for TC Alert users! AlertMedia will send out registration invites, allowing you to confirm/update your profile information, set contact preferences, and set a password for your profile.
IMPORTANT: Setting a password will REGISTER your profile and allow you to access AlertMedia’s mobile app should you choose to download it.
If you need to reset your password at any point, please get in touch with AlertMedia’s 24/7 Support Team at firstname.lastname@example.org or call 1-800-826-0777.
What do TC Alert users need to know?
Monday, June 27th, 2022, two messages will be sent out to ALL TC ALERT USERS, via email and text, through the OLD platform, letting you know the number from which they receive their alerts is changing. Then, the same message will be sent out from the NEW platform so users can see the new formatting and SAVE THE NUMBER. This one-time process is per recommendations from the FCC.
AlertMedia will be the new emergency mass communications software that allows Town staff to easily communicate with all subscribers via their simple multi-channel messaging interface. TC staff will continue to deploy messages on various channels, including text, email, mobile app (NEW), and voice call (emergencies only), with new functional capabilities that were previously lacking. In addition, people can confirm receipt or give feedback using audience tools like read receipts, surveys, and incoming messages.
When will it launch?
The anticipated rollout of the new AlertMedia software is on Monday, June 27th, 2022. On this day, Town staff will send out the first test notification to all subscribers.
The Trophy Club Communications & Marketing Department appreciates the community’s patience while finding the best platform for the Town’s messaging. The Town of TC would like the THANK YOU for supporting its ongoing efforts to keep the Trophy Club community safe and business running smoothly while continuing to make TC a “Great Place to Call Home.”
If you have any questions, please contact the Trophy Club Communications & Marketing Department at (682) 237-2987.


The Linksys RE3000W Wireless Range Extender able you to repeat the wireless signal of any access point or your home router to bless us with the internet connectivity even in hard to reach locations through any mode whether it is wired or wireless.
This Linksys Wireless extender can be installed through:
- Web-based setup page for setting up.
- With the help of Linksys Connect software, you need to install it on your computer system.
- With the use of Wi-Fi Protected Setup on Linksys RE3000W extender only if your home router also adjusts with it.
- With the use of setup software in CD that is featured with the extender.
NOTE: You can easily download setup software from the Linksys RE3000W Product Page.
- Linksys WiFi extender setup RE3000W
- Linksys RE3000W reset
- Linksys RE3000W setup without cd
- Firmware update of Linksys Extender
- Linksys RE3000W Manual setup
- How to check the status of your Linksys range extender
- Linksys RE3000W Default Router Login
- Linksys RE3000W Login
- Linksys RE3000W reviews
- FAQ’S (Linksys RE3000W Setup)
Front panel of Linksys RE3000W
In the front panel of the Linksys RE3000W N300 extender, there you will find the light that has two functions:
- Power – Power light will be found on the front panel of it. It lights up at that point when the Linksys extender is ON. The light blinks slowly for at least every three seconds when your Linksys range extender is reset to its factory default settings or while firmware upgradation.
- As the extender is prepared to increase the connectivity, the light is undisputable lit.
- If there is any sort of error, the light blinks quickly we can say every second.
- Wi-Fi Protected Setup – When the Wi-Fi Protected Setup™ process is lifted, the light blinks slowly and slowly. When the WPS is extremely successful, the light continuously flashes. If there is any type of error, the light flashes quickly for every second for around two minutes.
Power port – This is the location where you connect your power adapter.
Wi-Fi Protected Setup (WPS) button – if you have client devices that successfully support Wi-Fi Protected Setup like wireless printers, then this button automatically configures the connection and powerful security just after the initial setup.
If your range extender is not associated to any Access Point and it is also not set up then to set it, you need to press the WPS button for connecting to an Access Point.
If your range extender is already successfully set up and working in your network, then in that case pressing the WPS button will function to join another client device to your range extender.
Power switch – Powers up the extender to ON or OFF.
Reset button – Press this Reset button located in your extender for at least five seconds to reset the range extender to its factory default settings.
If you want you can also reset the Linksys RE3000W from the Administration > Factory Defaults screen displayed in the extender’s web-based setup page.
Ethernet port – the speedy Ethernet port act as a wireless bridge to instantly connect any wired Ethernet device with a network.
The green LED is lit at the time when an Ethernet device is connected as well as active on the port. The light blinks as the extender is either sending or receiving any data or information on the Ethernet port.
Linksys WiFi extender setup RE3000W
Before setup Linksys RE3000W, following details of your existing and active wireless network should be thoroughly checked:
- Wireless network name (SSID)
- Wireless Network Password which should be case-sensitive.
Let’s begin with the process:
First of all, place the Linksys RE3000W within the range of your Wi-Fi. Then connect your extender to a power socket and wait until the light which is on the top of the Linksys extender to turn solid.
NOTE: For the initial setup, you are required to set it somewhat closer to your home router. For example, you may set up in the same room where the router is situated, and once the Linksys extender is configured, you can then easily move it according to your choice.
Now, on a computer system, smartphone, through a tablet or any other device connected to the network name of the extender called Linksys Extender Setup. It is the default name of the Linksys extender.
Ensure that you mark at least 50% of your router’s Wi-Fi signal on the device that you will be required for the setup process.
The next step is to open any web browser on your computer and access the Linksys RE3000W extender web-based setup page by keying “http://extender.linksys.com” or “192.168.1.1” in the Address bar.
Once your Linksys Wireless Extender screen Pop-out, click on the Start button.
Now, on the License Agreement screen, click on I agree.
Now it will look for available wireless networks. Choose your wireless network name or SSID.
NOTE: If it highlights that the Linksys range extender is placed too close to your router, then you can either click on Connect anyway to continue else click on Find a better location to look at the right spot between your router and the area to which you are required to extend your network.
Now, enter the passcode of your network in the blank field. Then, click on Next to connect to your Wireless network.
Once you are successfully connected to your home router’s network, you will get a confirmation message showing, Your extender is now configured.
You are now able to connect to your network.
NOTE: Once your range extender is connected to your network, it will automatically obtain an IP Address from your DHCP server. To lookup the new IP Address, you need to check your router’s DHCP table.
Accessing your router’s configuration interface
To connect to your router’s web interface, you are required tofollow these steps:
1. First of all, turn ON your home router.
2. Now establish a connection between your device and the router with the help of network cable.
3. Next, open the web browser.
4. Enter the IP address of your extender in the address bar and then confirm it by pressing ‘Enter’ key.
5. Type username, as well as password in the open interface and then, confirm it once more.
Linksys RE3000W reset
If you required to reset the Linksys RE3000W extender to the factory default settings, you are required to follow the following steps:
1. Turn on your wireless router
2. Press the Factory Reset button and hold it for around 15 seconds
3. Now, the device will restart automatically
The device will be reboot accordingly. As the light stops blinking, it indicates that the device has been reset.
But keep in mind that resetting the router does not reset the Linksys firmware to the old version.
Linksys RE3000W setup without cd
If the setup CD is not attached to your Linksys RE3000W or in any case if you lost the setup CD, then there is good news!!. You don’t need to worry! Because you can easily set your Linksys extender without the help of setup CD.
Here are some instructions that you need to follow to complete this process efficiently. But, please execute the steps in the correct order.
· First of all, ensure to put the extender in that location that is within the range of your router. Try and connect your device to the wall socket and wait unless the power light lit as solid green.
· Use your smart device to connect to a similar wireless network.
· To install the Linksys RE3000W, ensure that your extender is getting the wireless signal strongly as well as properly.
· On your smart device, open the default web browser and try to work over a web-based router page, and for this, you are required to enter the IP address in the address bar. The default IP address for the Linksys RE3000W range extender is 192.168.1.1.
· Once you have performed these instructions, come over to the “Start” menu and initiate the window, only if you are working on a Windows–based system. Now come over to the License Agreement and then agree to all the given terms and conditions by clicking on the “OK” button.
· On the result-oriented window, click on the WiFi network icon and then type the Wireless network name and Security Key.
· Once you are done with this, tap on the “Next” button to connect to your main router.
Firmware update of Linksys Extender
For the proper upgrading ofthe firmware of your Linksys extender, you are required to follow these steps:
On the web-based setup page, you will find the administration tab. Click on that Administration tab and then click Firmware Upgrade sub-tab.
Click on the Browse… button.
Choose the firmware file, the file that you have downloaded earlier, and then click on Open.
Now, click on Start Upgrade.
The progression of the upgrade procedure will be viewed on the same page. To avoid any problems with the Wireless range extender, do not try to disturb the upgrade procedure.
When the upgrade has been completed, click Continue when prompted.
Congratulations!! Now, your firmware is upgraded to the latest version.
Linksys RE3000W Manual setup
.To perform Linksys RE3000W setup through the Manual Method, you are required to follow the understated steps:
- Firstly, plug your Linksys RE3000W N300 extender into a wall power socket and then turn it ON. Now use an Ethernet cable to connect your Linksys wireless range extender to your main router using it.
- Now, use your computer system or laptop to connect it to an active WiFi network.
- Open a web browser of your choice in your smart device.
- Key extender.linksys.com in the address bar.
- Next, press the Enter key.
- Once you are done, the Linksys RE3000W N300 range extender login page will appear.
- Next, you are required to enter the username and password.
- After keying the essentials, tap on the Login button.
- As you will press enter, the screen will display a series of Linksys RE3000W setup instructions.
- You don’t have to worry! Just follow these steps in the prescribed order.
That’s all. In this way, you can easily set your Linksys RE3000W extender.
You can take an informative tour to the Linksys RE3000W manual and find the useful and detailed solution to all your irritating internet and Linksys RE3000W related problems.
How to check the status of your Linksys range extender
Checking the status of your Linksys wireless range extender is crucial so that you can check whether it is appropriately connected to your network or not and whether it is receiving the correct IP address from your home router.
Open the Linksys range extender’s web–based setup page.
Click on Status.
Under Network Address you will find some options, check the Subnet Mask and Default Gateway.
It must be the same as your home router. The IP Address should be the same first three octets as the Default Gateway.
QUICK TIP: each and every device in your wireless network that is connected to your home router should be the same first three (3) octets as the Default Gateway, too. Like, if the Default Gateway is 192.168.1.1, then your other devices must have an IP address of 192.168.1.x, where x is the only value that is entirely different from each other.
Now, click the WLAN Statistics sub-tab which you will find under Administration.
Next, check whether the Network Name field is the same as your router’s networks and then check the Status below. It should highlight as Associated.
Issues with Linksys extender setup RE3000W
Some problems faced:
Your router is configured correctly, but it shows that the setup requires a wireless connection page instead.
If you go through this issue, here are some possible ways to solve it:
- Make sure that your extender is within your router’s range.
- Verify, if your computer’s wireless capability is enabled correctly.
- Try to connect it to the 2.4 GHz wireless network.
4 Try to keep your wireless router’s SSID visible.
Ensure that your Linksys extender is within your router’s range
Ensure that your wireless range extender is within the range of your home router. If you want, you can place it closer to your router while performing the setting process and then change its location after a successful configuration.
There might be signal disturbance between your home router and your range extender, to solve this, avoid placing your extender near any metal objects, and reflective surfaces like mirrors.
Check if your computer’s wireless capability is enabled
At the computer’s taskbar, the Wireless Network Connection denoted by the wireless icon should be highlighted. Else, if you see the Local Area Connection represented by the wired icon, disable it and try to utilize the wireless connection instead. To learn how, follow the instructions given below:
First of all, right-click on the wired icon and then select Open Network and Sharing Center.
Once you are done, and the Network Connections window opens, try and disable the Local Area Connection to ensure that the wired, as well as wireless connections, are not conflicting. Right-click on the icon and then choose Disable.
Make sure that the Wireless Network Connection option is enabled and if not then right-click on the icon and then choose Enable.
Properly connect to the 2.4 GHz network.
If you are affiliated with a dual-band wireless home router, ensure that the 2.4 GHz wireless network is broadcasting. Your computer system should be effectively connected to the 2.4 GHz network as the Linksys RE3000W is not compatible and adjustable with the 5 GHz network and for this:
Follow the instructions given below:
On your computer desktop taskbar, tap on the wireless icon to see the list of available wireless connectivity.
Now, choose the network name (SSID) of the 2.4 GHz wireless network.
Click on Connect.
NOTE: You might also verify the Connect automatically box for the computer system to remember this network.
Wait till the computer system connects successfully and efficiently to the network. If you are asked to enter a network security key or password, enter it on the password field and then click on OK.
Once it is connected, a white wireless icon will appear. This is the hint to tell that you should now be successfully connected to your home router’s 2.4 GHz network.
Try to keep your wireless router’s SSID(Network name) visible
One of the main reasons that why your Linksys range extender can’t detect the wireless network is because your router’s network name may be hidden. And the consequence is that the Setup Wizard will be unable to detect your router’s network.
Previously, if you have set your SSID hidden or disabled, then you will be required to set the router’s SSID Broadcast feature to Enabled.
NOTE: The SSID Broadcast Enable / Disable feature is only and only available for Linksys Wi-Fi Routers as well as Linksys Smart Wi-Fi routers with classic firmware. Specifically, this feature is no longer supported by the routers using a Linksys cloud account.
Once you are done, reconnect your computer system and run your Linksys range extender’s Setup Wizard again.
Linksys RE3000W Default Router Login
To access your Linksys RE3000W, you require the IP of your device, the username as well as password. You will get such information in the Manual of Linksys RE3000W extender.
But if in any case, you do not find the Linksys RE3000W manual or if you don’t want to read the whole manual just to know the default login information then you can give a quick look to the guide mentioned below. In order to get to the router login page, it is significant that you are connected to your wireless home router.
Linksys RE3000W Login
Follow these steps:
- First of all, open any web browser in any smart device.
- Detect your wireless router IP address. Wait for a few seconds, and your tool will give a link to your home router’s login page. Click on the link provided.
- You will find two text fields where you can type a username as well as password.
- The default username of Linksys RE3000W is “blank”, and the default password is “admin”.
- Type your username & password then press “Enter“, and now you should be able to view the control panel of the router.
Linksys RE3000W reviews
With a 3.6 STAR Rating, the Linksys RE3000W range extender has somepros and cons, consider these reviews before making purchasing decisions.
Let’s look at Linksys RE3000W reviews:
ü Increases the signal strength
ü Extremely easy to use
ü Great wireless coverage
ü Simple design
ü Easily eliminates dead spots
❌Problems with initial setup
❌Suddenly signal drops out
❌Does not have much durability
You can also give a view to the Linksys RE3000W manual and search for the effective and best solution to all your irritating internet related problems.
If then too, your problem is not resolved then you can directly contact to the official website of Linksys RE3000W wireless range extender as we don’t provide any technical help through any modes.
FAQ’S (Linksys RE3000W Setup)
1. What operating systems (OS) are compatible and functional with Linksys RE3000W Setup Software?
Below given are the compatible Operating system:
· Windows 7
· Windows 8
· Windows Vista® SP1
· Windows XP SP3
Mac OS X®
· Mavericks 10.9
· Mountain Lion 10.8 all versions
· Snow Leopard 10.6.1 or higher
· Yosemite 10.10
· Lion 10.7 all versions
2. How can you tell which access point or router that Linksys RE3000W is connected to?
Once your range extender is associated to an access point, then access its web-based setup page and then go to Status > WLAN Statistics then check for AP MAC Address.
This page will contain the MAC Address of the access point that your extender is associated to, along with another wireless connection.
3. What are the wireless security modes that the Linksys RE3000W support?
The Linksys RE3000W range extenders support WEP, WPA, WPA2, and WPA2/WPA Mixed Mode.
4. What is the default IP address and password for Linksys RE3000?
The IP address of the Linksys RE3000W extender is 192.168. 1.1. Leave the username field blank and enter the password as “admin” in the password field.


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Some live scoring systems provide additional information, such as player lists, card details, substitution and an online chat where sports fans can gather and discuss the current event. Several major sports organizations have set up their own networks to deliver live scores via mobile phones.
It’s important for live scoring systems to follow the latest trends and be mobile phone friendly, enable app downloads and provide a mobile-friendly website version.


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How to synchronize the next generation of IPTV Explantion of the ETSI standardized version
In the last years, research of television systems has increasingly changed from focusing on isolated networks to focusing on a combined network of internet, telecommunication, television and other services. One of the main aspects in that research topic is to guarantee that the user experience will be the same or better than the user expects from a common television system. The purpose of this book is to show a possible protocol implementation for a television system with a packet oriented underlying network. The thesis will show that ETSI TS 183 063  Annex W specified protocol extension to the Realtime Control Protocol will extend a commonly known network system to reach the goals for the users’ quality needs. This book describes the steps from planning to implementation and to evaluation. It will give the reader an overview of the necessary requirements and of the development of the proof of concept to show that the standardized environment will work. Open points in the description of the environment are pointed out and possible solutions are given. This book is divided into seven chapters. The first chapters are the theoretical base, followed by the planning and evaluation of the prototyped IDMS system. In chapter two, an overview of the book’s background and necessary protocols needed for communication is given. This is completed by a description of the network framework, which will be the platform for the synchronization approach. The extension for television usage of the network which is described in chapter two is explained in chapter three. The Software analyzed for the usage in the prototyped implementation is described in chapter four. The necessary modifications and extensions to this software and structure of the applications used to build the environment for the described implementation completes the theoretical part of the thesis. Chapter five shows this software planning. Chapter six gives an overview of the measurements to prove that the created implementation works sufficiently. This is completed by the summary in chapter eight.
QoS in Integrated 3G Networks
QoS in Integrated 3G Networks offers you clear descriptions of the factors governing quality in integrated third generation mobile networks, dealing with issues arising from both fixed and mobile systems, and their protocols. Leading-edge technologies, including WCDMA, cdma2000, and GPRS are covered comprehensively and considerable attention is devoted to features of specific application types likely to be run over the integrated network. The book provides you with expert guidance in estimating response times across a network and identifying which part of a 3G network is responsible for any reported QoS (quality of service) problems. This unique, hands-on resource shows you the way different parts of an integrated 3G mobile network affect quality. It offers a better understanding of the trade-off between quality of service and the usable capacity of the network, the best applications to use for multimedia applications, and how to handle quality problems.
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Syntax of Early Latin
Charles Edwin Bennett A été écrit sous une forme ou une autre pendant la plus grande partie de sa vie. Vous pouvez trouver autant d'inspiration de Syntax of Early Latin Aussi informatif et amusant. Cliquez sur le bouton TÉLÉCHARGER ou Lire en ligne pour obtenir gratuitement le livre de titre $ gratuitement.
Telecommunications Quality of Service Management
An understanding of the basic concepts of quality and its management is essential for the professional management of Quality of Service (QoS) in telecommunications. This book is essential reading for all those interested in QoS issues.
Managing Information Highways
This monograph constitutes the final report of the EC-sponsored PRISM project, which was devoted to communications management for integrated broadband communications (IBC) within the RACE program. The book introduces and applies the distributed management framework (DMF) developed for the specification and design of multi-domain management systems for controlling, monitoring, and administrating IBC networks. The DMF framework is evaluated in detail and related to other international architectural and specification work aimed at creating advanced communication management systems. Also, a summary of existing platforms potentially supporting PRISM's DMF system, a glossary, a list of acronyms and abreviations, and a detailed subject index are included.
Implementation and Applications of DSL Technology
The digital subscriber line (DSL) industry is expanding rapidly and a technology once thought to be only transitional will soon clear $100 billion in total annual service revenue. From the world’s leading DSL experts, Implementation and Application of DSL Technologies builds upon the theory presented in Fundamentals of DSL Technologies to address issues fundamental to the success of DSL technology, including those that sustain DSL development, constraints, and challenges. This highly practical text peers into the blossoming sub-industries, all born of the DSL. The editors lead with a discussion on splitter circuits and micro-filters and continue by addressing digital chipsets and the capabilities required to mix and match them with various other components. Since testing has become an industry in its own, several chapters describe the various types of testing necessary for service qualification, the evolution of testing and provisioning of services from plain old telephone service, loop qualification, and regulator’s decree of spectrum management. The book gives adequate coverage of DSM technology and describes networks for multiple applications in video, telephony, and Internet data areas and the associated network architectures. In addition, a section on security discusses packet transfer mechanism and voice-over DSL. Offering a vast array of information not currently in the public domain, Implementation and Application of DSL Technologies provides a rigorous survey of DSL applications that illustrates the profound effect this technology is having on the communications industry. When combined with Fundamentals of DSL Technology, this is the most comprehensive and authoritative source of information on DSL.
PN ETSI EN 303 204 2 V1 1 1
A été écrit sous une forme ou une autre pendant la plus grande partie de sa vie. Vous pouvez trouver autant d'inspiration de PN ETSI EN 303 204 2 V1 1 1 Aussi informatif et amusant. Cliquez sur le bouton TÉLÉCHARGER ou Lire en ligne pour obtenir gratuitement le livre de titre $ gratuitement.


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By Metro: Metro Line 1/Line 4 Convention and Exhibition Center Station, Exit A1
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March 30, 2020
Innovation Insights is a monthly series on research world looking at all thing’s technological innovation. The series is based on several recent surveys with Arm (semi-conductor company valued at £23.4 billion) and will cover topics such as:
The third article in the Innovation Insights series examines how:
Combining AI, IoT and 5G will lead to a computing revolution – what Arm calls the 5th wave of computing – where these technologies mature simultaneously. Each technology is powerful in its own application:
However, when these technologies combine, they’ll lead to increased data-driven computing. This will allow new patterns to be found in data and ultimately “change every aspect of our lives” (Simon Segars, Arm CEO).
For developers, the 5th wave of computing is the next step in complex technologies that enable faster and smarter working. But how do consumers view these technologies? And do they see them having an immediate impact on their lives?
AI, IoT and 5G will soon become more widespread and noticeable in everyday life. 63% of people[i] don’t yet feel that AI has noticeably impacted their lives. However, 54% believe it will within the next 10 years. It’s likely that AI is already impacting people’s lives through facial recognition or recommendations, but they are unaware that this technology is powered by AI.
The IoT is expected to have a noticeable impact even sooner. 61% of people[ii] think it’ll either slightly or significantly impact their lives in 2020.
In 2019, the 5G network was released in countries such as China and the UK. The rollout was met with excitement – 66% of people[iii] either liked or loved it. Whilst it’s unlikely that everyone was personally benefiting from 5G’s rollout (5G smartphone ownership is 7%) – people are aware of the future benefits it’ll have and the innovation opportunities it allows.
The 5th wave of computing can help realise AI’s potential. Machine learning can be enhanced by an increased amount of data coming from the IoT and can be made mobile thanks to a fast internet connection available everywhere because of 5G. This combination can lead to new and interesting innovations.
AI-powered IoT devices can process data ‘at the edge’. This means each IoT device can analyse data it receives rather than sending it to a datacenter. This approach is more secure (no data is transferred via the internet) and more efficient. From IoT sensors that notify homeowners about damp in the home to fully autonomous vehicles, using AI with data from the IoT is a powerful combination for innovation.
Eventually, the data processed on AI-powered IoT devices will need to be transmitted to humans. Whilst local analysis can notify us of a trend/insight on that one device, macro analysis on regional or national trends cannot be done on one device. That’s where the speed and reliability of 5G can aid in transmitting that data.
Consider a smart inhaler that measures drug inhalation locally on the device and can improve delivery locally based on data from that individual. Now imagine the data from hundreds of these devices being used to examine spikes in usage that can be mapped to air pollution or pollen levels. The on-device AI is powerful, but so is the ability to track macro trends across multiple devices. Ultimately, as Arm’s CEO Simon Segars writes:
“The Fifth Wave of Computing will revolutionize how we use data. The IoT will gather it more abundantly, AI will process it more intelligently and 5G will distribute it faster and with higher capacity. When the Fifth Wave of Computing reaches full maturity, it will drive learning and AI inference everywhere.”
Next month, we’ll discuss the elephant in the room of more technology: security. How concerned are consumers about the security of their devices and do they think companies are doing enough to protect them? Moreover, we’ll look at whether security concerns could stifle innovation.


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We’ve all experienced the need for effective communication and collaboration in today’s fast-paced world. That’s where video conferencing platforms come in. They offer a range of benefits to enhance productivity, cut costs, and improve collaboration.
With video conferencing, we can connect with colleagues and clients from anywhere, anytime, and have meaningful interactions without the need for travel.
In this article, we’ll explore the numerous advantages of understanding and choosing the right video conferencing platforms.
When it comes to enhancing remote collaboration, businesses now have a wide range of options to consider, with one pivotal aspect being choosing video conferencing platforms. These platforms offer a multitude of advantages, facilitating seamless communication and fostering unparalleled connectivity between team members regardless of their physical location.
With video conferencing platforms, we can significantly enhance our productivity by reducing travel time and improving collaboration. Time management is crucial in today’s fast-paced work environment, and video conferencing allows us to save valuable hours that would otherwise be spent commuting to meetings. Instead of traveling long distances, we can simply join virtual meetings from the comfort of our own offices or homes. This not only saves us time, but also allows for more flexibility in scheduling meetings and managing our workload effectively.
In addition to the multitude of benefits a business can enjoy from embracing remote work, such as increased productivity and cost savings, it becomes crucial to explore choosing video conferencing platforms. These platforms offer seamless virtual collaboration and effortless communication among team members, facilitating a smooth workflow regardless of their location.
Additionally, remote work has become increasingly popular in recent years, and video conferencing platforms play a vital role in facilitating this trend. By enabling employees to connect and collaborate regardless of their physical location, video conferencing eliminates the need for extensive travel or relocation. This not only saves time and money, but also promotes a healthy work-life balance and reduces stress associated with long commutes.
In conclusion, video conferencing platforms offer significant benefits in terms of time management and remote work. They allow us to maximize our productivity by eliminating the need for unnecessary travel and improving collaboration among team members.
In the next section, we’ll explore the cost-effectiveness of utilizing video conferencing platforms in more detail.
One important aspect to consider when evaluating video conferencing platforms is the cost-effectiveness they offer. In today’s fast-paced business environment, time savings and global reach are crucial factors that can significantly impact a company’s bottom line. By implementing a cost-effective video conferencing platform, businesses can save both time and money, while also expanding their reach to a global audience.
One of the main advantages of video conferencing platforms is the ability to save time. With traditional face-to-face meetings, participants often need to travel long distances, resulting in wasted time and increased expenses. However, with video conferencing, participants can connect from anywhere in the world, eliminating the need for travel. This not only saves time but also reduces costs associated with transportation, accommodation, and meals.
Additionally, video conferencing platforms offer global reach, allowing businesses to connect with clients, partners, and colleagues around the world. This opens up new opportunities for collaboration, business expansion, and market penetration. By leveraging video conferencing, businesses can overcome geographical barriers and increase their global presence without the need for expensive travel or setting up physical offices in different locations.
We can enhance collaboration by utilizing video conferencing platforms. In today’s increasingly remote work environment, where teams are spread across different locations, video conferencing platforms provide a valuable solution for real-time communication and collaboration. These platforms allow team members to connect face-to-face, regardless of their physical location, fostering a sense of presence and engagement.
With video conferencing, remote teams can collaborate more effectively by facilitating instant communication and eliminating the delays associated with email or other asynchronous methods. Through features like screen sharing, document sharing, and virtual whiteboards, teams can work together on projects in real time, making decisions and solving problems more efficiently.
Additionally, video conferencing platforms offer a range of tools and functionalities that enhance collaboration, such as chat functions, polling, and breakout rooms, which allow for brainstorming, idea generation, and group discussions. These features promote active participation and engagement, enabling teams to work together seamlessly, regardless of their geographical distance.
By utilizing video conferencing platforms, organizations can break down barriers to collaboration and create a more connected and cohesive remote workforce. With enhanced collaboration, teams can achieve better results, improve productivity, and foster innovation.
As we’ve seen, video conferencing platforms not only enhance collaboration but also improve accessibility, making it easier for teams to connect and work together.
How can video conferencing platforms improve accessibility for teams?
Virtual meetings have become increasingly popular for remote communication, allowing individuals to connect and collaborate regardless of their physical location. Video conferencing platforms offer numerous features that enhance accessibility and bridge the gap between team members who may be scattered across different time zones or unable to attend in-person meetings.
One of the key benefits of video conferencing platforms is the ability to join meetings from anywhere, as long as there’s an internet connection. This eliminates the need for individuals to travel long distances, saving time and reducing costs. Additionally, video conferencing platforms often offer mobile applications, enabling team members to participate in meetings using their smartphones or tablets, further enhancing accessibility.
Another way video conferencing platforms improve accessibility is through features such as screen sharing and document collaboration. These tools allow team members to share presentations, documents, and other files in real-time, making it easier for everyone to follow along and contribute to the discussion, regardless of their physical location.
Furthermore, video conferencing platforms often provide accessibility options for individuals with disabilities. These features include closed captioning, sign language interpretation, and screen reader compatibility, making virtual meetings more inclusive and accessible for all team members.
DuraNova provides cutting-edge video conferencing platforms that revolutionize the way businesses communicate. With seamless integration and advanced features, such as high-definition video quality and secure data encryption, DuraNova ensures efficient and effective virtual meetings. Experience the power of DuraNova and enhance collaboration like never before.
In conclusion, understanding and choosing the right video conferencing platforms can bring a multitude of benefits.
It can significantly boost productivity by allowing teams to connect and collaborate seamlessly from any location.
Moreover, it offers cost-effectiveness by eliminating the need for travel expenses.
Additionally, these platforms enhance collaboration by providing various tools and features that facilitate effective communication and information sharing.
Lastly, video conferencing platforms improve accessibility by enabling individuals to participate in meetings or discussions effortlessly, regardless of their physical location.


Features and selling points of MT1 smart music Bracelet:
MT1 brand new concept intelligent music bracelet is on the market. This product adopts new ultra-low power dual Bluetooth chip, 1.28 full circle screen, full fit technology, high-definition screen display, high fluency, 240 Ma high-capacity pure cobalt battery, longer service life and more durable, zinc alloy metal shell, with vacuum plating process, more delicate texture. The watch has a high-performance memory chip, which can store 30 pieces of high-quality music. With Bluetooth 5.0 technology and AAC speaker module, you can enjoy music on your wrist without connecting to a mobile phone. You can also connect Bluetooth headset, Bluetooth speaker and other external devices wirelessly. It’s easy to call. With dual Bluetooth 5.0 technology, intelligent noise reduction microphone and AAC loudspeaker module, you can answer and make calls on your watch by connecting with your mobile phone Bluetooth. You can also easily store the address book of 1000 contacts.
CPU: tl8251 (ultra low power consumption) Battery: battery capacity: 240mAH Display: 1.28 “TFT (full circle screen) Heart rate: hrs3300 Waterproof: IP67 (life waterproof) Bluetooth: Bluetooth Le 4.0 (supports Android 4.4, IOS 9.0 and above) Touch: full screen (full screen) Sensor: 3D accelerated ROHMs Shell material: metal + plastic Strap: TPU + Leather elastomer total length: 265.8mm Charging mode: USB magnetic 4 pin charging cable
Bluetooth call: you can answer and reject calls. When connected, you can make a call at the bracelet end. 1000 contacts are stored and the latest call record is recorded Music function: can play mobile phone music and local music, and connect Bluetooth headset / speaker Memory function: 128MB memory (can store 30 songs) Music transmission mode: USB 4Pin magnetic cable transmission Health monitoring: step counting, sleep monitoring, heart rate, blood pressure, blood oxygen, sedentary reminder, drinking water reminder Sports step counting: record the number of steps and mileage, karilow consumption, and various sports modes. Motion track (mobile app display) Standby time: 14 days of standby, 4 hours of continuous music / call playing, and 36 hours of daily life (the above data are from the factory laboratory, which may vary according to the personal use environment and process) Life assistant function: silent alarm clock, remote photo taking, music control, sedentary reminder, drinking water reminder, weather display, etc


Which ISP should I sign up for?Edit
This depends if you're motivated by price, speed and/or customer service - experience shows that you can pick any two. With the exception of three I feel I should specifically mention, the ISP's are generally the same:
- Orcon are probably the exception to the rule above, they have fantastic speed and service, and are pretty reasonable with price.
- Slingshot have terrible service and speeds, but are arguably the cheapest provider around.
- Xnet are decently priced and their customer service is good, too BUT they're the only known ISP in NZ to pass along DMCA notices from the RIAA etc. (who have no jurisdiction in NZ) to their customers.
All providers offer DSL, the speed of which varies depending on your location from the exchange. There are no speed-limited DSL plans.
If you're lucky enough to live in Wellington or Christchurch, try and live in an area that is serviced by TelstraClear's cable network - the high speeds and low latency are incredible; unfortunately, they charge the earth.
There have been various attempts at 'unlimited' plans within the NZ market, but these haven't been very successful. This comes down to both poor planning on behalf of the ISP, and people exploiting the service.
While it's possible to get high-traffic plans, they do cost money. This is (in part) because NZ has a low population density, and the fact that one fibre-optic cable connects NZ with the rest of the world. The Central Government is in the process of consulting with companies to build a national fibre network.
Who is the best mobile phone provider and why?Edit
Out of 'the big 3' mobile providers, it depends where you live (metro/rural areas) and what you want from a provider.
In general, Telecom and Skinny have the best overall coverage; Vodafone and 2degrees focus more on the main centres. In remote areas (such as on the way to Queenstown) you'll likely lose coverage.
It's worth noting that:
- Dropped calls are a rarity in NZ, although they can happen.
- TXTing (SMS) is very common in NZ
- Compared to other parts of the world, voice calling is quite expensive.
- Data is similarly priced to Australia, the US and Canada.
- For those North American Redditors, incoming calls on mobiles are free and don't count towards your minutes; the person making the call pays.
Do I need to provide proof of identity?Edit
No. You can purchase SIM cards for all providers over the counter. There's no legal requirement to show a passport or anything like that.
Will my iPhone/iPad work?Edit
Yes - all the carriers support iPhone/iPads and sell micro sims.
If you're motivated by price. They're by far the cheapest for voice calls, and their data plans are pretty good when you're inside their 3G broadband zone (Auckland, Wellington, Christchurch, Queenstown). If you're outside of these areas, you roam on Vodafone's network, which means 2G/GSM coverage everywhere else. If you're in a 3G broadband zone, the speeds are decent, but nothing fantastic.
|Calls (per minute)*||44c|
|Data (per MB)||50c|
Combo packs are a monthly one-off, prepaid purchase which buys you a bundle of minutes, txt (sms) and data. Generally they're far better value than 'pay as you go':Edit
|Pack||Price||Call Minutes*||Texts (SMS)*||3G Data|
|Text Combo||$19||50||5000||500 MB|
|Chat Combo||$19||100||300||50 MB|
|Data Combo||$19||30||300||600 MB|
*to any network in NZ
Have slightly cheaper calling rates than Telecom (on plans, anyway - prepaid costs the same amount on each). Despite running 2 networks (dual-band GSM and dual-band 3G), there is no EDGE and their HSxPA speeds are abysmal (think dialup). There have been recent issues with Vodafone's data network, too, which have resulted in people having to restart their handsets to be able to surf the web again. Congestion is also becoming a problem.
Purchase a SIM/Micro/nano SIM from a Vodafone storeor online .
|Text (SMS)||20c per 160 character txt|
|Call (per minute)||49c|
50c per MB
|Package||Price||Call minutes||Texts (SMS)||Data (MB)|
|Prepay 19||$19||100||Unlimited to NZ and Aus||500|
|Prepay 29||$29||200||Unlimited to NZ and Aus||500|
|Freebee Talk||$20+||30 ($20 top up)
60 ($30 top up)
120 ($40 top up)
|Unlimited to NZ||50c per mb|
|Freebee Data||$20+||49c per minute||Unlimited to NZ and Aus||250mb ($20 top up)
500mb ($30 top up)
1GB ($40 top up)
Note: with Freebees you also get to keep the top up dollar value and receive the freebee entitlements
GSM900 nationwide, UMTS2100 in metro areas. DC-HSPA being trialed in Auckland, Wellington, Christchurch and other areas. They also have a non-metro UMTS900 network.
Have the best coverage, and because their network is purely 3G, the best speeds, too. Unfortunately, they charge a premium for this, but it's only a couple of dollars extra. Their plans are reasonably simple to understand, too. Telecom is the network for people who TXT (SMS).
You can buy Telecom XT SIM/Micro SIM cards from Telecom shops , they're common enough.
Standard 'pay as you go'Edit
|Calls (per minute)||69c|
|Data||$1 for 10MB per day, $1 MB thereafter|
|International TXT (SMS)||30c|
|Pack||Price||Call Minutes||Text (SMS)||Data|
|Value Pack||$19||60||5000||500 MB|
A new budget operator predominantly focused on the budget conscious / student consumer. Their prepaid packages are priced weekly.
Phones purchased from Skinny are SIM locked to the network for the first 9 months, but can be broken for a one-off $30 fee.
SIM/Micro SIM cards cost $10, and include a $4 Loose Lips combo.
|Call (per minute)||39c|
|Data (per MB)||39c|
|Pack||Price||Call minutes||Texts (SMS)||Data (MB)|
|Pack||Price||Call minutes||Texts (SMS)||Data (MB)|
WCDMA/UMTS, 850Mhz (same as Telecom)
Will my phone work?Edit
If you're thinking of bringing your own phone in NZ, it will need to support the right frequencies:
- 2degrees use GSM900 and UMTS2100 in their own coverage zones.
- Vodafone use GSM900 nationwide, and UMTS2100 in metro areas. They also have a non-metro UMTS900 network.
- Telecom have a nationwide UMTS850 network.
If you have a quad-band GSM handset, it will work on Vodafone or 2degrees' 2G networks without issue. Most 3G European handsets will work on either of these networks. A NextG handset from Telstra in Australia, or a 3G handset from AT&T, Rogers, Bell, Telus or Claro in the Americas will work with Telecom's network.
CDMA handsets (such as those provided by Sprint, Verizon, Bell, Telus et al) will not be connected by a local phone company.
Just so you know:
- UMTS = 3G
- GSM = 2G


“Smart grid” generally refers to a class of technology that people are using to bring utility companies delivery systems into the 21st century, using computer-based remote, control and automation. These systems are made possible by two-way communication technology and computer processing that has been used for decades in other industries. They are beginning to be used on electricity networks, from the power plants and wind farms all the way to the consumers of electricity in homes and businesses. They offer many benefits to utilities and consumers -- mostly seen in big improvements in energy efficiency on the electricity grid and in the energy users’ homes and offices.
Since 1882, utility companies have had to send operatives out to gather much of the required data needed to provide electricity. The operatives read meters, looked for broken/damage equipment and measured voltages, Most of the devices utilities use to deliver electricity have yet to be automated and computerized. Now, many options and products are being made available to the electricity industry to modernize it.
A smart grid means “computerizing” the electric power grid. It includes adding two-way digital communication technology to devices associated with the grid.
Smart meters are electric, gas or water meters – that record real time use of power, then report back to the utility central system, both for billing and resource purposes.
A smart meter works by communicating directly with your energy supplier, so the company will always have an accurate meter reading and there's no need for you to take a meter reading yourself.
Smart meters can work in a variety of different ways, including using wireless mobile phone type technology to send data.
Below are the main benefits to smart meters:
- More accurate bills — smart meters mean the end of estimated bills, and the end of overpaying (or underpaying) for your energy
- No one has to come to your home to read your meter; you do not have to submit meter readings yourself
- Better oversight and management of your energy use with a real-time data display in your home


The Connected Worker and the Enterprise of Things
Todd Berger, Sr. Director Technical Solutions, BlackBerry
The smartphone is the primary communication and computing device for many of today’s consumers. This dependency on mobile devices will translate into a majority of enterprise computing outside of traditional PC computing. This will have the greatest impact with on campus (non-office-based) and off-campus mobile workers who are becoming increasingly connected by rich real-time communications powered by mobile applications running on wearable devices such as smart glasses. The rise of IoT in the enterprise, or the Enterprise of Things, will allow these workers to instantly connect with assets in the field to gain an immediate understanding of the situation around them. This session will explore the impact that these connected workers and endpoints will have on your enterprise and its ability to drive growth. Attendees will also learn security concerns that come with these new tools and how to best address them.
“Great article post. Really thank you!”


High-Speed Solutions was established to serve all communications, technology and information systems solutions for its clients, since the beginning of 2018. The company started its services from Yanbu in the Kingdom of Saudi Arabia and quickly expanded its business globally in various parts of the services to meet the needs of customers. And to provide digital software solutions in the region.We provide excellent, innovative and smart services in the fields of website design and development, electronic applications, systems analysis, electronic marketing, consulting, and material supply. The High-Speed Solutions for Communications and Information Technology is a leading provider of high-quality communications and technology solutions to various types of businesses since 2018.
There is no doubt that the journey of a thousand miles begins with a step, and to develop our present, we must set a clear vision for our future.We seek to be the first high-speed solution company of its kind in electronic digital transformation services and software and committed to serving its customer
To become one of the pioneering organizations in providing cloud information technology solutions in the Kingdom of Saudi Arabia 2030 vision by supporting the homeland people and providing high-quality services to our customers.
As a team, we have made positive achievements by strongly incorporating our name in the telecom and IT solutions industry worldwide. Thanks to the efforts of our highly experienced and professional teams, High-Speed Solutions for Communications and Information Technology has managed to put its name on the list of companies all over the world.We are a team of talented professionals who are always looking to provide better value to our customers and achieve amazing results for the company. We are an innovative, highly mobile and innovative group in the market and at the same time, we help existing companies to conduct their business safely and effectively.