Oppo reno 6 is the newest member of the Oppo series. It was introduced to the world on May 8, 2021, as the first smartphone that supports Google’s Android ecosystem. Like its predecessors, the Oppo Reno 6 has a dual camera setup for taking group photos. Aside from that, the Oppo Reno 6 also features an array of customizable features.
Oppo Reno 6 has a modular body structure made of high-grade silicone, which gives it a modern look and feel. It is water and shock resistant, as well as dust-resistant and shock proof. It offers two SIM slots – one for microSD and one for contract/g contract (GSM) phones. There is no camera slot, but this is what attracts first customers to the Oppo Reno 6. It’s not only a unique body design; Oppo also incorporated some advanced technology to make this smartphone affordable to low income earners in India. oppo reno 6
The biggest selling point of the Oppo Reno 6 pro 5g is probably its high-end connectivity features like support for multiple networking protocols including Airtight and GSM. Though some cheaper smartphones have similar features like Airdroid’s OTT network services, there are few smartphones that have built-in Wi-Fi and Bluetooth connectivity. The Oppo Reno 6 pro also has built-in MMS, which is very helpful in sharing pictures with friends and family.
Apart from its multi-platform connectivity support, the Oppo Reno 6 pro 5g is equipped with many other advanced features like its dual-core processor and Adreno depending on the variants. One of the best selling features of these smartphones is that they support dual-mode Quick Charge technology. What this does is it boosts up the battery life of the phone within a matter of minutes. This enables one to use the device for longer hours while keeping it topped up. You can even charge your device via USB while you are on the go with the help of an external charger that comes with the handset.
One of the most popular features of the Oppo reno 6 is its remarkable battery capacity. The device has a whopping 1,450 mAh battery capacity which offers long-lasting usage time. If you are looking for devices that offer fast charging and support dual-mode Airdroid and GSM networks, then this is one of the best options for you. Another feature worth mentioning about this smartphone is its smooth and sophisticated dual-mode connectivity support. It offers support for the likes of IMT-Advanced, Vodafone, T-Mobile and Orange. Its biggest competitor in this segment is the Motorola DROID which offers very good support for its user community as well as for the advanced functions.
The Oppo Reno 6 pro 5g is quite priced at $400. It comes with two smartphones that come with unique designs, namely, the dual sim smartphone and the high-end smartphone with augmented display. So if you want to own two smartphones with all the modern functionality at an affordable price, the Oppo Reactor is the one to go for. You can also avail of a free gift like the Oppo Aura vivid cover or the Oppo Easycharge kit when you purchase this handset from Oppo mobile store.


With Gusto Sms Bulk SMS, you can send SMS from anywhere with internet by logging in as a USER. The SMS you send takes an average of 5 seconds. it reaches its place without any problems. With detailed reporting, you can instantly check whether the Bulk SMS packages sent have reached their destination. Credit refunds are made instantly for undelivered, unsuccessful or expired SMS. With our mobile applications, you can send Bulk SMS from your mobile phone and check your delivery reports. You can purchase credits 24/7 with a credit card and use the credits you have purchased instantly. You can send bulk SMS in a safer and faster way thanks to the direct connection established with all operators from all our systems approved with ISO-27001 information security certificate. With two-way SMS, you can directly communicate with the people you send Bulk SMS. By integrating the Mutlucell Bulk SMS module into your own codes, you can send SMS from within your application or receive SMS sent to your subscriber number.
Real or legal persons in the country can use the bulk sms system. Bulk SMS can be used for associations, foundations and party centers to make meeting and organization announcements, to communicate with members, to announce new promotions and payment reminders to customers in the retail sector (stores, markets, etc.), in the education sector, to convey students' absentee status and grade information, exam date and exam information, parent meeting day and time, and to celebrate special days.
Bulk Sms Demo
Bulk Sms Tariffs
With two-way SMS, you can directly communicate with the people you send Bulk SMS. You can prepare a survey and store its answers in your Inbox, personal membership, registration, etc. with a single sms. you can do.
By easily integrating the Bulk SMS module into your e-commerce applications, you can send Bulk SMS or confirmation code to your customers, and receive the necessary information about the transactions to be made on your site via SMS.
You can record the special days of your customers, loved ones and students in the Bulk SMS system, and have the SMS sent on the date and time you specify.
You can save the names of your contacts in the Bulk SMS system, and you can address them by their names even when sending thousands of Bulk SMS at the same time.
To enter the Gusto Sms website please click.


OnFinality, a multi-chain infrastructure provider, announces support for Robonomics, an open-source solution for IOT applications.
We are proud to announce support for Robonomics, a futuristic, secure and serverless Internet of Things (IoT) platform built on top of Ethereum & Polkadot.
OnFinality will provide easy to use, reliable and scalable API endpoints for builders to deploy and run their dApps on Robonomics, as well as a one-click node solution for users to help scale the network faster than ever!
“We are proud to be accelerating the future of robotics, AI and automation with Robonomics, the first open-source network that allows full automation of robotics and communication of data between robots and humans with the use of smart contracts and web3 technologies.”
— Daniel Vulinovich, Product Manager at OnFinality
What is Robonomics? ($XRT)
Robonomics is an open-source platform for IoT applications which enables the exchange of technical and economic information in the form of atomic transactions between user applications, IoT services, and complex robotics.
As the world steps into the 4th industrial revolution, the economy of automated robots, Robonomics aims to offer the IoT market safer and more advanced Internet solutions at every stage of human-machine communication.
By connecting to Robonomics with OnFinality’s API endpoints, builders will be able to:
- Access the Robonomics network quickly in minutes without having to set up or manage infrastructure
- Enjoy global performance, automated scalability and high availability of up to 99.99% uptime per year!
- Gain valuable API Insights for you to spot issues on your apps and quickly implement rectifications for a bug-free user experience
We’re providing both public and private endpoints for Robonomics (Public endpoints will be heavily rate limited).
Simply sign up to app.onfinality.io to receive your free API key in minutes! Our ‘Free Plan’ comes with 500,000 daily responses for anyone to get started easily.
For teams looking to take your applications to the next level and ensure that you receive the best performance possible, we highly recommend using an API key. What are the benefits of getting an API key?
In addition, OnFinality also provides the ability for participants in the Robonomics ecosystem to rapidly deploy and manage nodes via any of our supported cloud providers such as Amazon Web Service (AWS), Google Cloud Platform (GCP) and Alibaba Cloud.
Benefits of deploying Robonomics nodes through OnFinality
- Easy — Deploy Dedicated Nodes easily and quickly via our on-demand node deployment service without worrying about setting up hardware from scratch
- Scalable — Upsize and downsize your nodes easily in a few clicks!
- Cost-Efficient — Pay for only what you need. You no longer have to buy or set up your own hardware or make tools to monitor your node’s health and performance
- Visibility — Simply connect to our Node Metric Endpoint for automated monitoring and alerts on your node’s health
You can now log in to see Robonomics’ network spec in the OnFinality Marketplace.
Our mission is to support all blockchain teams in the world by providing critical infrastructure so they can focus on their core business. By leveraging OnFinality’s expertise in infrastructure, decentralised application (dApp) teams building on Robonomics can now focus on scaling for a global audience.
Robonomics Public API Endpoints
* Please note that these endpoints are rate limited and are not run to the same reliability standard as the endpoints that our API key customers benefit from.
- HTTPs: https://robonomics.api.onfinality.io/public
- Websocket: wss://robonomics.api.onfinality.io/public-ws
You may also reach us at firstname.lastname@example.org to discuss your requirements.
Build Smarter with OnFinality.
Robonomics supports a new generation of internet technologies (web3) that implements the exchange of technical and economic information in the form of atomic transactions between user applications, IoT services, and complex robotics.
Robonomics contains a complete set of tools for developing IoT applications, both on the robotics and the user interface sides. Communication between the user and device happens using the most successful technologies from the Web3 world — IPFS, Ethereum, and Polkadot. Thus, developers can create modern and secure applications from Smart Home to Industry 4.0.
OnFinality is a blockchain infrastructure platform that saves web3 builders time and makes their lives easier. OnFinality delivers scalable API endpoints for the biggest blockchain networks and empowers developers to automatically test, deploy, scale and monitor their own blockchain nodes in minutes. To date, OnFinality has served over hundreds of billions of RPC requests across 80 networks including Avalanche, BNB Chain, Cosmos, Polkadot, Ethereum, and Polygon, and is continuously expanding these mission-critical services so developers can build the decentralised future, faster!


Shenzhen Bolinia Technology Co., Ltd.
Shenzhen Bolinia Technology Co., Ltd. had updated SDI monitor with interface VGA+SDI IN+SDI OUT+HDMI+AV IN+AN OUT.
3G-SDI compatible to HD-SDI.
Sizes optional from 15 inch, 17 inch, 18.5 inch, 19 inch and 21.5 inch.
Please contact us more for details.
,,HD-SDI,SMPTE292M,1.485Gb/s1.485/1.001Gb/s.....HD-SDI,BNC.100M.What is SDI?
The SDI interface is a "digital component serial interface" while HD-SDI interface is a broadcast level high-definition digital input and output port, where HD represents high-definition signal. Because the SDI interface can not directly transmit the compressed digital signal, after the compression signal reproduced by the digital recorder, hard disk and other equipment is replayed, it must be decompressed and output through the SDI interface to enter the SDI system. If decompression and compression are repeated, the quality of image will decrease and delay will increase. Therefore, different formats of digital video recorder and non-linear editing system have their own interfaces for direct transmission of compressed digital signals.
In the late non radio field, HD-SDI is widely used, which is based on SMPTE292M interface specification of transmission in the signal rate under the conditions of 1.485Gb/s or 1.485/1.001Gb/s. The specification includes data format, channel coding, signal specification of coaxial cable interface, connector and cable type and fiber interface. The HD-SDI interface uses a coaxial cable, and the BNC interface is used as the cable standard. The effective distance is 100M.
1, According to the rate:
Standard definition SD-SDI (270Mb/s),
high definition standard HD-SDI (1.485Gb/s) and
2, HD-SDI interface corresponding with HD HD-SDI monitoring system of HD-SDI camera, HD-SDI transmitter and HD-SDI to HDMI converter, HD-SDI hard disk video recorder, HD-SDI matrix, the formation of large screen.
3, HD-SDI monitoring system advantages:
Because the device is connected by BNC interface, that is to say, in the process of transforming the existing traditional simulation frame system into HD monitoring system, there is no need to rewire, just replace the front end and the back end part, which will save huge time and labor cost for the project.
Ease of use
Because the system frame and simulation monitoring system framework of HD-SDI camera product construction are the same, the 75-5 coaxial cable can be used to achieve system wiring, and the construction staff and system operators need no training, so it is easier to get started.
HD-SDI camera is not like IP monitoring, which compresses and packages video signals through the network. It transfers with uncompressed digital signals on coaxial cable at high speed, and the original image is not distorted.
High definition real time
HD-SDI camera monitoring is not affected by the transmission network, and there will be no image delay caused by IP network monitoring. It is in the situation of real-time monitoring and high definition.
High utilization rate
The resolution of the video output image of the HD-SDI camera is 1920 x 1080, and the density of the point of the unit area is greatly reduced. Provide more details on the monitoring site, such as seeing the face, and seeing the license plate.
Copyright © 2019 Shenzhen Bolinia Technology Co., Ltd. All rights reserved.


Midland Radio Corporation introduces new two-way radio providing clear reception, transmission, and sound quality for anglers on the water.
CALLING ALL ADVENTURERS:
CHECK OUT THE NEW MIDLAND® X-TALKER T61VP3 TWO-WAY RADIO
Designed and Built from the Inside Out, Radio Offers Incredibly Clear Transmission, Reception and Sound Quality
The Great Outdoors is well — great — and this often means for those who like to spend their free time adventuring and traveling, cell phone reception is not always reliable or even available. Keep in touch on your next journey with the brand new X-TALKER T61VP3 two-way radio by Midland Radio Corporation, which integrates the latest in technological advancements with the world-class value the company has become known for. From Midland’s legendary weather alert radio feature and impressive long range to its hands-free operation and multiple charging options, this lightweight, yellow and black radio delivers clear transmission, reception and sound quality and will have the additional features you need for adventure travel.
Up to 32 miles, the X-TALKER T61VP3 offers a more reliable range of communication as well as 36 clear and crisp communication channels, plus simple operation and easy button access. Midland’s cutting-edge radio technology uses less power to achieve the same signal (vs. previous models). This translates into stronger, clearer performance giving you the ability to have great reception and at even greater distances. It can even save battery life while using low power channels. In addition, the radio has 121 privacy codes which gives you up to 2,662 channel options to help you block out other conversations and is built to be less sensitive to interference which makes for a better receiver, with impressive sound quality.
Backed by an industry-leading three-year warranty, the X-TALKER T61VP3 is water-resistant and built tough to handle the wear and tear of everything from an extreme expedition to family camping trips. The radio functions as a weather alert radio employing the company’s advanced weather technology which works to automatically lock on to your local weather channel and will alert you to severe weather – an important feature when traveling in the outdoors with potential severe weather which can spring up within minutes.
The design team implemented a variety of power options making the X-TALKER T61VP3 an extremely flexible device and able to be used in a number of outdoor settings. The radio is powered by two 700mAh rechargeable battery backs (included) or by three traditional AAA batteries (not included) – perfect for backup situations. The radios slip easily into a convenient drop-in charger or can also connect power directly to the radio using a micro USB charging cable. With the new Rapid-Recharge feature, you can power up the rechargeable battery packs without waiting overnight to use the radios like standard two-way radios. The radio also has Hi/Lo power settings in order to adjust your transmission power and conserve battery life.
Finally, these superior radios have been designed with smart features you will use whether you’re trekking a 10-mile trail or traveling in a caravan. These include the radio’s monitor mode, which routinely checks for any activity within your channel, as well as eVox hands-free operation that activates with easy voice recognition. And, all the other bells and whistles which make for a high-quality Midland radio are also built in including 5 call alerts, auto squelch, roger beep, a backlit (LCD) display, keypad lock, silent operation, a low battery indicator, keystroke tones, a battery meter and a headphone jack.
The X-TALKER T61VP3 measures a mere 6.1” x 2.2” x 1.3” and has an MSRP of $69.99.
The T61VP3 radio is part of the 2015 X-TALKER Series which includes 8 new models from $29.99 to $89.99 with a comprehensive set of features to meet any outdoor communication needs.
From the brand’s inception in 1959, Midland Radio Corporation has been a pioneer in two-way radio technology —the first brand of CB radios in the United States and the first to introduce a 14-channel FRS radio to the market. Today, the company is the leading supplier of consumer two-way radios as well as weather alert radios, and is also an innovator in emergency radios, action cameras, Bluetooth intercoms and its legendary CB Radios. Headquartered in Kansas City, the heart of the country, the Midland brand represents quality, value and reliability —everything America prides itself on. With its products sold in leading consumer electronics, sporting goods and many other retailers nationwide, the company is the U.S. affiliate of an international group of companies spanning North America, Europe and Asia. For more information, visit midlandusa.com.


This company was established with the aim of industrial self-sufficiency and breaking the country's dependence on the import of specialized products of fiber optic networks. At present, this company is a member of the Telecommunication Industry Syndicate of Iran and with more than 8 years of experience in the field of design and manufacture of joints and fiber optic boxes, has the best production site for passive equipment and supplies equipment required for fiber optic networks in the country. Adequate capital, reserves and expertise, a body of specialized and professional experts, the existence of loyal and old customers, extensive connections with the global market, scientific and accountable management and very good financial ratios are the indicators of the company's survival.
The subject of the company is:
The subject of the company is: Production and supply of telecommunication and electronic equipment for fiber optic networks After sales service for telecommunication equipment of fiber optic networks Part of the company's executive policies in providing services: Production of FTTH, FAT, TB, ATB, ODC boxes approved by Iran Telecommunication Company Production of DDF Rack Mount fiber optic patch panels Production of various earth and air fiber optic joints with different designs and capacities approved by Iran Telecommunication Company Production of pigtails, patchwork Supply of fiber optic splitters approved by Iran Telecommunication Company Types of fiber optic converters (Media Converter) Types of earthen cables, indoor and outdoor fiber optic cables Fiber optic fusion equipment: Fujikura, Sumitomo Fiber optic testing equipment and analyzers: EXFO, JDSU Specialized fiber optic tools


A network location is a network analysis object that is connected to the network; Also, its position on the network is input for the analysis. Some network locations, such as a stop on a route, can be located only at a discrete point on the network; other network locations, such as a line barrier that represents construction, can span a portion of one or more edges.
The above error message rises when the stop is prevented from going on the network location route. The warning message indicates that the network location for that point is on a street that is considered prohibited or non-traversable.
ArcGIS 10.X Network Analyst tool solves a route, but it doesn't route to the XY location of the point. Instead, the extension will snap the point to the nearest street and calculate some location values on that street. That's how the concept of the network location works.
The "Exclude restricted portions" setting causes objects to locate only on elements that don't have active prohibit-restrictions, which are restricted. Due to which the network location will not be placed on any edge considered prohibited at the time, thus, skipping any street considered prohibited and find the closest street which is traversable.
Note: There will be no error message for the same route in ArcGIS Pro as the “Exclude restricted portions ” setting doesn't exist.


FCC to Propose 100MB Broadband Access
Funny. When Google said last week that it was going to think big by offering experimental ultra high-speed Internet access to a small number of trial locations in the U.S. — “100 times faster than what most Americans have access to today with 1 gigabit per second, fiber-to-the-home connections” — the company explained that it had urged the FCC to do it through the National Broadband Plan.
Today FCC Chairman Julius Genachowski said the agency will propose a “100 Squared Initiative” to bring speeds of 100 megabits per second to 100 million households by 2020. While that’s a lot of hundreds, it’s only 10 times faster than what’s common now (which is 10 times less than Google’s 100). Still, Reuters finds our beloved telcos already balking:
“A 100 meg is just a dream,” Qwest Communications International Inc Chief Executive Edward Mueller told Reuters. “We couldn’t afford it.”
“First, we don’t think the customer wants that. Secondly, if (Google has) invented some technology, we’d love to partner with them,” Mueller added.
AT&T, the top broadband provider among U.S. telecommunications carriers, said the FCC should resist calls for “extreme forms of regulation that would cripple, if not destroy, the very investments needed to realize its goal.”
Verizon, the third-largest provider, and one that has a more advanced network than many competitors, said it has completed successful trials of 100 Mbps and higher through its fiber-optic FiOS network.
“(One gigabit per second) as discussed in current news reports is a lot of signal; typically enough for many massive business operations,” Verizon said in a statement that referred to Google’s plan to test a network with those speeds. “But we could make it happen over the FiOS network without much trouble, should a market for it develop.”
Google provided examples of the kinds of things that can be done on such a network. Google wants us to build a market. The telecom industry is * not * interested.
With few pesky competitors, only a company with Google’s profile could challenge them. I hope the FCC plan moves forward.


Journal of Electronic Research and Application
Journal of Electronic Research and Application (JERA) is an international, peer-reviewed and open access journal which publishes original articles, reviews, short communications, case studies and letters in the field of electronic research and application. The covered topics include, but are not limited to: automation, circuit analysis and application, electric and electronic measurement systems, electrical engineering, electronic materials, electronics and communications engineering, power systems and power electronics, signal processing, telecommunications engineering, wireless and mobile, and communication.
Vol 7 No 2 (2023)
Published on May 31, 2023


The Niagara Peninsula Amateur Radio Club, Inc. will have a special event radio station at the World Dragon Boat Championships in Welland, Ontario at the International Flat Water Course. NPARC, Inc. members will be demonstrating amateur radio, answering questions and making contacts around the world to promote the World Dragon Boat Championships. The club has obtained the special event call sign of VE3WDBC. 'VE' stands for Canada, '3' means we are in Ontario and 'WDBC' stands for World Dragon Boat Championship. Four letter suffixes in amateur radio call-signs are very rare. This uniqueness should draw many amateurs from around the world to contact the dragon boat station. All amateurs that contact the station will receive a post card size document with a photo and contact information via email to confirm they were speaking to the World Dragon Boat Championship station. There are many collectors of 'QSL' post cards in the amateur radio hobby.
The Niagara Peninsula Amateur Radio Club, Inc. has been on the air since 1948 and was incorporated in 1979. Members and guests gather at the Royal Canadian Legion in Fonthill, Ontario the second Thursday of the month from September to June at 7 pm. Everyone is invited, whether or not you are an amateur. How else can you get more information about the hobby? Well you can also go to our website at www.nparc.on.ca or the Radio Amateurs of Canada website at www.rac.ca
What is Ham Radio? Amateur Radio (ham radio) is a popular hobby and service that brings people, electronics and communication together. People use ham radio to talk across town, around the world, or even into space, all without the Internet or cell phones. It's fun, social, educational, and can be a lifeline during times of need.(from www.ARRL.org)


Are you happy with the speed of your broadband (internet) connection? If you live in a rural area of Wisconsin the answer to that question may be no. In an era where a 25 Mbps (megabit per second) connection is the recommended minimum speed, it’s not uncommon to have limited options for broadband with connection speeds (0.5-10 Mbps) much slower than those in urban areas of the state where residents enjoy connections at speeds ranging from 20 Mbps up to 1Gbps. As Technology Coordinator for Spooner Area School District, I have had conversations with parents, students, business persons and community members sharing the same frustrations regarding poor broadband internet access in areas of the School District and Washburn County. Additionally, I have heard from many who don’t have or cannot afford high-speed internet service modern life now demands.
Having access to affordable broadband brings benefits to many areas of our society. Broadband infrastructure is essential to create economic development opportunities for established and startup businesses wishing to reside in our community while competing locally and globally. In addition, research conducted by UW-Extension shows that providing broadband in communities with large numbers of 2nd home ownership (cabins and vacation property) can have a huge economic impact, generating millions of dollars in revenue for local businesses and communities because people are able to spend more time or relocate to the community.
Access to broadband in the community also benefits K-12 and higher-education institutions. Schools can provide a level playing field for students, providing equal access to technology, resources, and information. In addition to providing students with devices (Laptops, Chromebooks, iPads etc.), broadband internet connection allows access to educational opportunities outside the traditional walls of the school, offered anywhere in the world at any time. Persons wishing to continue their education are able to live and work in our community while taking classes. Utilizing broadband, educators are able to collaborate with peers across the country to share ideas and information to improve instruction and learning. At a district level, broadband access allows information ranging from school board agendas to live-streamed ball games and concerts to be shared within and outside the community.
Health care, public safety, and government also benefit from broadband access. Telemedicine provides access to specialists and services not available to rural communities. Real-time access to patient data provides more information to make a diagnosis and decide on treatment options. Patient wait times can be decreased and cost savings realized. Public safety also benefits from broadband through the real-time transfer of data and access to systems anywhere/anytime to reduce response time and make better decisions when responding to calls. With many government programs and services moving online, broadband is also essential for constituents to access services and information provided by local, state and federal government through websites and social media resources.
Every day more individuals rely on broadband for communication and access to information. Use of social media continues to grow and many forms of entertainment (music, movies, television and video) are now delivered online. Additionally, information about everything from banking and employment opportunities to online shopping, college admissions, and apartment rentals are found online.
Meeting the need for affordable residential, business and public sector broadband access presents many challenges but is not unlike challenges rural Wisconsin faced in the 1930’s to provide electrical service for all. In 1930, electricity was considered a modern necessity necessary to spur economic development, create jobs, and improve the quality of life for those who lacked the basic comforts offered in urban areas. For those of us living in Washburn County, the twenty-first century equivalent of rural electrification is the need to bring affordable broadband Internet service to the homes, businesses, and public sector across Wisconsin.
Addressing broadband challenges will require public and private sector entities to work together and think “outside the box” to implement new and innovative solutions that meet broadband needs. Existing copper wires that supply Internet access to many rural homes and businesses can’t handle all the data we use at the speed we want. Modern fiber networks with the capacity to meet that need are costly and not profitable to provide in rural areas. Fortunately, wireless technologies combined with new radio frequencies and existing television frequencies show promise to provide affordable solutions to meet our broadband needs. It’s also worth noting these wireless technologies are already used in third world countries where traditional fiber networks impractical.
Establishing our “need” for affordable broadband is also essential. It might seem obvious, but maps showing broadband coverage can be inaccurate or misleading. The Wisconsin Broad Map developed by Link Wisconsin displays statewide internet access as declared by internet service providers (ISP’s). On this map, coverage provided by all ISP’s, including satellite and cellular providers are displayed. Looking at Washburn County on this map, adequate coverage appears to exists even though services may be cost prohibitive, have caps on data usage, or fall short of the advertised “up to” speed.
Taking the time to document need at state and local levels is essential. Doing so provides data for public and private sector entities in the Spooner area to collaborate on grant writing initiatives to fund broadband solutions to meet our needs. You as an individual, business or organization can help document rural broadband need by:
- Contacting your Telco/internet provider to document poor or lack of service issues
- Contacting you elected officials to encourage them to support proposed funding for rural broadband access
- Visiting the Spooner Area School District website (www.spooner.k12.wi.us) to complete a local survey of broadband access.
Moving forward, we can be thankful that through the work of local and state leaders, funding from the state government for broadband service is increasing and beginning to flow into rural areas of Wisconsin. While improved broadband service by itself is probably not a magic bullet to solve many of the issues and challenges facing rural Wisconsin, it has the potential to improve the quality of life for those of us currently impacted by a lack of affordable broadband.
[Graphic by Holly S. Snyder]


Line modes… Most modern DECT 6.0 phones have this buried deep in their internal phone system menu. The factory-default setting can affect your phone’s reliability on numerous levels. But what is line mode, and how does it affect me?According to a support phone call I had with Panasonic, technical quality is affected by the line modes A and B. When I asked, I was hard pressed to a get a firm technical answer as to how or why there would be a line mode A and B. The support representative wanted to keep it simple by saying it affects sound quality — that sometimes a cord or line sounds staticky. Changing the line mode can make a difference. So I explained that most people want the call quality to be as clear as possible, so merely saying it affects call quality doesn’t really answer the technical question as to why there would even be a line mode A or B.
If you don’t want to learn more about the technical aspects and you just want to “get that blessed phone working”, suffice it to say try both settings and see which one works best for you. Under most circumstances, it is suggested to leave on “Line Mode B”. The below images show how I navigated to the correct setting for my phone.
For the rest of us, let’s carry on.
According to one on-line source for a university PBX system, line mode may have something to do with power supplementation. If your phone system is low voltage (like magicJack) you probably should use mode B. If your house has a Network Interface Device outside your house where you can plug in a trimline phone without a any power and the phone works, you probably have a POTS line or “Plain Old Telephone System” line. If your phone is connected to router perhaps a UVerse modem/router then you are certainly not using a POTS line.
According to another Panasonic source, if you cannot see “Line In Use” when someone else is using one of the other handsets configured to the use same base set, it might help to change the line mode to the alternate setting.
The Ringer Equivalency Number (REN) ends with a B for almost all new model phones, Panasonic or otherwise, so it seems very likely that line mode “B” is somehow integrated or connected with the B at the end of the REN.
While my phone call with Panasonic was not very useful, I found these helpful links.


We perform networks registration, installation and maintenance of lines and devices for Basic Telephony Network (RTB), in addition to projects and implementation of optical fiber networks for all features and technologies, metallic network, constructions by the destructive method (DM) and non-destructive method (NDM), broad band (ADSL) and Pay TV via Satellite (DTH).
Elaboração e implantação de redes:
- optical fiber for all features and technologies
- metallic network
- ADSL and DTH technology
- DM and NDM constructions
We operate in all steps of the process, from site acquisition, including construction design, to licensing of transmitting and repeater stations for mobile telephony, in turnkey contract.
We also develop the construction of central units, with supply of the entire power system (AC and DC), motor generator group and air conditioning.
We also have indoor coverage solutions, sharing between telephone companies, upgrade to new technologies and implementation of site survey.
We perform operation and maintenance of mobile telephony sites and telephone units, having as scope the preventive, corrective and emergency maintenances, data switching and transmission, power equipment, generator group (GMG), air conditioning (of all kinds), uninterruptible power supply (UPS or nobreak), batteries, rectifiers, among others.
Sistemas de telecomunicações:
- transmitting and repeater stations of mobile telephony of civil works
- electric power (AC and DC)
- motor generator group
- air conditioning
- indoor coverage solutions
- sharing between telephone companies
- upgrade of new technologies and execution of site survey
We implement radio frequency projects involving CDMA, 3G, GSM and 4G (LTE) equipment. We do infrastructure adequacy of civil, electrical and mechanical works.
We perform control and integrated operations of call center and interconnection of data communication equipment, in addition to implementation of backbones, optical rings and trunks to increase traffic capacity of transmission networks.
We provide services for implementation and adequacy of infrastructure for equipment installation, expansion of telephone central units and SDH, PDW, MUX, DWDM systems, such as raking, gutters, ducts and racking, installation and testing of radio links, optical modem, switch and routers.
Engenharia de rádio frequência envolvendo:
- works: civil, electrical and mechanical
- control and operation: call center
- interconnection: data communication equipment
- backbone: industry research
- optical rings and trunks: expand the traffic capacity of transmission networks
We offer solutions for telecommunications networks and systems from planning to implementation, including the construction, installation and maintenance of these projects.


iBeacon Market To Inflate With A CAGR Of 22.0% During 2017-2025
Reported by the latest market research report provided by Credence Research, “BLE Beacon Market(by Operating Platform (Open Source, Closed Source), By End-use (Retail, Public Facilities, Others)) Market – Growth, Prospective Buyers and Competitive Landscape, 2017-2025”, Marketing Beacon sector is roughly to flourish at a CAGR 22.0% from 2017 to 2025.
The complete report is on the market at http://www.credenceresearch.com/report/bluetooth-beacon-market
Mobile and wireless communication technologies have emerged tremendously during the past few decades. Growth and development of advanced cellular communication is estimated to grow a step forward in the approaching years, watching adoption all over different application. The retail industry is one such vertical constantly working towards strengthening their consumer experience by deploying more recent engagement models. Some of them are attractive LED billboards, interactive billboards, and facial analytics/identification. This makes the retail industry extremely promising for customer engagement technologies that include Perimeter Beacon. iBeacon is one of the many wireless communication techniques developed in the present day using which the retail firms (outlets) can communicate with their consumers.
The Marketing Beacon market has seen significant growth since its first arrival in the year 2013. Marketing Beacon comes with Bluetooth low energy (BLE) and has proven to be a painless one-way communication channel. Beacons are available for both open source and closed source platform and for that reason, can be used for lots of applications. To add, the installation and operating cost of Bluetooth Beacon is very low-cost making it a lasting solution for the retail businesses, hence improving brand marketing and advertising. Companies are willingly embracing this new method of engaging their buyers. And additionally, BLE Beacon finds its application in public places like airports, automatic parking systems, navigation in the buildings and others to help the people by giving right information directly to their smartphones.
Bluetooth Beacon Market is segmented based on platform, end-use, and geography. Judging by the platform, Smart Beacon is classified as open source Bluetooth LE Beacons and closed source Perimeter Beacon. Open source iBeacon are commonly applicable for android platform, while the closed source Proximity Beacon is deployed for IOS operating system. As per the end-use segmentation, BTLE Beacons are sorted for retail, public area, and other applications. The other applications segment can include indoor navigations and health care applications.
Internationally, The United States leads the entire Bluetooth Beacon market. Europe succeeds the North American Marketing Beacon market, when considering revenue. Asia-Pacific is predicted to come out as the fastest developing market for Beacon technology mainly because of the massive chance of the retail industry. Bluetooth LE Beacon market is estimated to grow considerably in Asia Pacific during the forecast period.
Proximity Beacon market remains in its beginning stage, with only a few countries seeing their adoption. The market comprises a large number of manufacturers, with a lot of them working on building energy efficient Proximity Beacons based on open source platform. Bluetooth Beacon producers including Aruba (a Hewlett-Packard Enterprise Company), Estimote, Inc., Gimbal, Inc., Kontakt.io, Radius Networks, Inc., BlueCats, Blue Sense Networks, Glimworm Beacon, Sensorberg GmbH, yet others are developing the technology by increasing life cycle of battery and enhancing other technical spec in particular operating range. One other major strategy taken by the market players is developing cheap BTLE Beacon for small retail markets.
Continue efforts by the retail industry towards far better customer engagement
Strengthening global sales channel so as to maintain and improve the sales
Constant growth in wireless communication and the smartphone technology
Give attention to increasing the application area of BTLE Beacons
Founded on https://newspharmaceuticals.com/79469/bluetooth-beacon-market-to-expand-with-a-cagr-of-22-0-from-2017-2025/


Imagine your physical office building having a digital replica of itself. No imagine everything in that building being tracked. Power usage, water systems, solar power systems, carbon emissions, even the operational ability of the elevators and so on. Being able to track these things provides efficiencies that were not possible prior to the IoT.
The result we have today is the ability to use these technologies to save money, improve production and operate in a more environmentally sustainable fashion.
A smart city is a framework, predominantly composed of Information and Communication Technologies (ICT), to develop, deploy, and promote sustainable development practices to address growing urbanization challenges.
Smart cities aren’t just a concept or a dream of the future.
Thanks to the wildly innovative IoT (Internet of Things), many are already active and expanding rapidly.
Municipal governments are leveraging cellular and Low Power Wide Area (LPWAN) wireless technologies to connect and improve infrastructure, efficiency, convenience, and quality of life for residents and visitors alike.
A big part of this ICT framework is an intelligent network of connected objects and machines (also known as a digital city) transmitting data using wireless technology and the cloud.
Cloud-based IoT applications receive, analyze, and manage data in real-time to help municipalities, enterprises, and citizens make better decisions that improve quality of life.
Citizens engage with smart city ecosystems in various ways using smartphones and mobile devices and connected cars and homes. Pairing devices and data with a city’s physical infrastructure and services can cut costs and improve sustainability.
Communities can improve energy distribution, streamline trash collection, decrease traffic congestion, and improve air quality with help from the IoT.
Connected traffic lights receive data from sensors and cars adjusting light cadence and timing to respond to real-time traffic, reducing road congestion.
Connected cars can communicate with parking meters and electric vehicle (EV)charging docks and direct drivers to the nearest available spot.
Smart garbage cans automatically send data to waste management companies and schedule pick-up as needed versus a pre-planned schedule.
And citizens’ smartphone becomes their mobile driver’s license and ID card with digital credentials, which speeds and simplifies access to the city and local government services.
Together, these smart city technologies are optimizing infrastructure, mobility, public services, and utilities.
Why do we need smart cities?
Urbanization is a non-ending phenomenon.
Today, 54% of people worldwide live in cities, a proportion that’s expected to reach 66% by 2050.
With the overall population growth, urbanization will add another 2.5 billion people to cities over the next three decades.
Environmental, social, and economic sustainability is a must to keep pace with this rapid expansion taxing our cities’ resources.
One hundred ninety-three countries agreed upon the Sustainable Development Goals (SDGs) agenda in September 2015 at the United Nations.
But we all know how centralized decisions and actions can take time, and the clock is ticking.
The good news?
Citizens and local authorities are certainly more agile to launch swift initiatives, and smart city technology is paramount to success and meeting these goals.
How is IoT technology making cities smarter and better?
Secure wireless connectivity and IoT technology are transforming traditional elements of city life - like streetlights - into next-generation intelligent lighting platforms with expanded capabilities.
The scope includes integrating solar power and connecting to a cloud-based central control system that connects to other ecosystem assets.
These solutions shine far beyond simple lighting needs.
High-power embedded LEDs alert commuters about traffic issues, provide severe weather warnings, and provide heads up when fires arise, for example.
Streetlights can also detect free parking spaces and EV charging docks and alert drivers where to find an open spot via a mobile app. Charging might even be able from the lamppost itself in some locations!


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We would just like to let everyone know that Clayland Architects are still working as normal on current projects and open for business as usual. But we are taking the Coronovirus seriously and from 16th March have implemented the following:
1: Staff will be working from home, and this will continue.
2: We have already set up remote working allowing staff to access files and emails for projects.
3: You can still phone the office on 01842 878813 and someone will be able to take your call.
4: If required meetings can be organised via Skype video, or phone call.
5: If you need to contact a member of staff about your project, please phone the office or email them first to arrange a call back or email response.


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Aside from proposing a solution for our client’s, we project manage, implement, install and provide a single contact for ongoing support for all our services. In addition to our core product line, we provide customize out of the box solutions.
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Bp Lp-101Apple iPhone 4S 16GB Unlocked GSM – White (Certified Refurbished)
The iPhone 4S is the follow-up to the very popular iPhone 4 and features a faster Apple A5 dual-core processor and better 8 megapixel camera. The iPhone 4S also features Siri – a new voice assistant heeding natural-language questions and commands, and taking dictation. Other features of this smartphone include a gorgeous 3.5-inch high-resolution display, full web browser, Bluetooth compatibility, music player, Wi-Fi, and 16GB of of internal memory. The iPhone 4S also comes equipped with GSM, CDMA, and WCDMA modes for international use.
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The LP12 is a searchlight and broadcasting integrated payload designed specifically for the DJI M30 enterprise drone model. With its streamline design, it pushes the limits of product performance while taking characterized appearance into account, and effectively reduces wind resistance and improves the duration of flight.
The LP12 is the most efficient lighting and broadcasting payload product of czi so far, combining the imaging optics of the Gimbal Light Series, with the LRAD long distance broadcasting technology of the Mega Phone Series, extremely light weight and small size. Weighing only 270g, it has an effective illumination distance up to 100m and an effective broadcasting distance of 200m, which can meet the operational needs of security patrols and outdoor search and rescue scenarios. The LP12 is deeply integrated with the DJI Pilot APP, allowing quick access to all broadcast and light functions, making it more convenient to operate.
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There are three classrooms in our department, two of which are equipped with appropriate technologies including a projector connected to a computer and a projector screen along with a white board for general use. The third classroom is designed as a Smart Class, which holds a smart board, two projectors, one laptop, a video conference system, interactive cameras, interactive drape, voice and microphone systems and a control room.
It provides various useful features that enables following activities:
- With existing video conference system; joint lectures, seminars and thesis and dissertation defenses can be held in classrooms located anywhere in the world and equipped with similar technology.
- Live broadcasts of lectures, seminars, presentations and meetings can be transmitted over the Internet.
- Interactive participation can be provided with authorized access over the Internet to lectures, seminars, presentations and meetings.
- Broadcasting lectures’ image and voice records can be saved, archived, and printed as DVDs.
Classrooms are equipped with a projector connected to a computer and a projector screen along with a white board for general use.


I have been living in Japan for 15 years and even though I love the Japanese culture and spend time each day studying Japanese I still like to watch the occasional US TV show. I do not like to download shows illegally so I used to get many of my shows via iTunes until some of my favorite shows such as The Office disappeared from their catalog.
I thought all was lost until I found out that many US TV companies provide their shows for free on their web sites or through sites like www.hulu.com. But alas all was not well as the TV companies only provide content to US IP addresses.
Enter the world of VPN. I have know about VPN technology for some time as I work in the IT field but it was only recently that I learned of companies providing VPN services to the general public. For those of you not in the know VPN stands for Virtual Private Network as it basically allows 2 computers to set up a secure channel of communcation. Most VPNs are from a client computer to a VPN server. Companies use VPNs to allow their workers to access the corporate network from home on on the rode. When a user connects their computer to the VPN their computer gets an IP address from the corporate network and can access resources just like they were in the office.
There are now Internet based companies that provide VPN service to protect personal computer communications at public wireless access points. When ever you connect a computer to a public wireless access point such as at an airport, much of the traffic is sent in the clear including usernames and passwords. By using a VPN users can encrypt their Internet traffic and protect their information from hackers that are listening in to the wireless traffic. Many of these companies are US based and provide US IP addresses to their customers.
Now to how this helps me. By loading the VPN software and paying my annual fee I can create a VPN connection via my ISP in Japan and get a US IP address for all of my Internet traffic. Now when I go to a site that provides legal free TV content to US customers the videos will play.
The VPN company I use is www.witopia.net. Check them out and give it a try.


I was flying the A321 yesterday and I was asked (by PF3) to dial 128.020 frequency, when I rotated the dial the frequency when from 180.015 straight to 180.025. I did the test in all the airbus 318-19-20-21 and 330 same thing. So it's not possible to dial any .020 frequency. I have posted this issue on the Aerosoft forum and I was told:
This is completely normal with 8.33 kHz frequency spacing. On dial 118.015 is actually 118.0167 MHz and adding 8.33 kHz there we get 118.0250 MHz.
Here is a good document from Eurocontrol that explains 8.33 kHz spacing in extreme detail. Page 89 contains a frequency table with Dial, 25 kHz frequency and 8.33 kHz frequency:
https://www.eurocontrol.int/sites/defau ... r-handbook
So to answer this exact question, it's all as it should be.
I also did the same test with the PMDG 747-8 v3 and Aerosoft CRJ professional, same result I cannot dial 128.020.
I have include the PF3 file for my flight:
CC1=124.80 - ROMA CONTROL
CC7=128.02 - CONTROL
CC9=124.50 - CONTROL
CC19=128.05 - ZURICH CONTROL
So during the flight I couldn't contact CC7=128.02 - CONTROL . It seem that PF3 is using frequency that we are not able to dial.
Any suggestion on what I should do in those situations?


TÉLÉCHARGER LOGICIEL EPSON STYLUS SX230 GRATUITEMENT
For Mac OS X: How to set up and add the printer to a wireless network Infrastructure mode Installing the printer for the first time. This will launch the Epson Easy Network Setup wizard. When network connection settings are successful, a yellow or green indicator is displayed beside the printer name. Connected printers with a valid driver installed should appear.
|Nom:||logiciel epson stylus sx230|
|Système d’exploitation:||Windows, Mac, Android, iOS|
|Licence:||Usage Personnel Seulement|
Click on More Printers. Return back to support options for Epson Stylus SX If you see the message « The printer was not found » loogiciel sure the printer is powered on and check that the wireless router, access point, or hub is on and Ethernet cable is connected properly. To use this configuration method, your computer must be connected to the network wirelessly, and syylus computer’s Ethernet connection must be set to obtaining an IP Address automatically. Configure your firewall software to allow network access for EpsonNet EasyInstall. To ensure that the installation works correctly click here for some simple instructions to follow before starting to install the printer. If you don’t have access to a LAN port on your wireless router, access point, or hub, connect the printer’s Xtylus cable directly to your computer’s LAN port.
When network connection settings fail, a red indicator is displayed.
If you allow access via the network, and then connect the product locally via USB, the memory card slots can’t be seen. Home wireless routers all feature a built-in access point to support infrastructure mode. Restore the printer to the default settings then click Start Again:. You can unsubscribe at any time with a click on the link provided in every Epson newsletter. For instructions on how to print a status sheet see the Related Articles section styluss click here.
Has been successfully added to your basket Continue shopping Go to checkout. It may take up to 90 seconds for your computer to find the printer sx2300 the network. Do not turn off the power or unplug the printer while making settings on the control panel. Do not turn off the printer logicile disconnect the Ethernet cable.
Télécharger Epson Stylus SX Pilote Imprimante
If you are part of epskn large network such as a corporate network and styylus multiple printers on the network, the printer can be logciiel by the MAC address.
Télécharger Epson Stylus SX230 Pilote Pilote et Logiciels Imprimante Gratuit Pour Windows et Mac
Did you find this article helpful Yes No Thanks for leaving feedback. Select Network as the Connection setting.
When you see the Add Printer dialogue, click on ‘ Select the driver to use ‘ from the Elson Using menu, and then select the Epson driver for your printer. If you did click on the Keep Blocking button click here to view the FAQ for adding firewall exceptions to fix the problem.
For All-In-One products, click here for some simple instructions.
The next screen will check the install mode that you want to use i. Connected printers with a valid driver installed should appear. For Bonjour printing, you can sx2330 the printer via Bonjour in the main browser window.
Double-click the Printer Setup Utility. If no SSID appears, check whether the access point is available for communication. When the installation is complete, a green indicator is displayed beside the printer name and you see the screen below. This article explains how to set your printer up in the Infrastructure wireless mode.


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With a Skype Gift Card, worth 10 USD you can increase your Skype credit, which can be used to make phone calls all around the world. You can use the Skype credit for calls to all standard landlines and mobile numbers in the world. You can buy the credit online at egiftcards24.com, so you can start calling in just a matter of seconds!
After payment, you will receive a Skype gift card code, ready to be redeemed on Skype. This code will add 10 USD to your Skype credit.
Redeem the Skype card, worth 10 USD on our redeem page or consult the manual to learn how to redeem te code manually.


Wireless Internet Service Provider (WISP) – Metropolitan Area Network (MAN) Diagram
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AT&T the trickster
The FCC – Federal Communication Commission - is gathering information on AT&T and considering issuing a fine due to inadequate customer information techniques.
AT&T uses a program called ‘maximum bit rate’, also known as ‘data throttling’. What that means is that data speed is reduced temporarily for some users who might be over soliciting the network in order to avoid having to deal with low quality for all users. According to AT&T numbers 5% of the users – the heavy users that is – use about 25% of the network and is using throttling as a reminder. AT&T continues by saying that this program is FCC compliant.
However the real issue here is not the program itself but the fact that AT&T fails to properly notify its customers about its doings. The FTC – Federal Trade Commission – filed similar charges on AT&T, however they were dismissed by the company, saying that the FCC regulates this domain.
On January 5 the FCC finally stepped up and filed a complaint in the San Francisco court after previously sending a letter on August 6 2014 to AT&T. The FCC also stated that this is nothing personal, have sent a similar letter to three other major carriers who use throttling.
In its defense AT&T invoked the net neutrality rules established by the FCC and said they are trying to offer a constant good experience to all of its customers. The end of this procession is highly anticipated as people want more and faster internet.


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Autel MaxiTPMS TS601 is capable of wirelessly diagnosing TPMS problems as well as reprogramming the vehicle's ECU. This professional tool is the best solution for busy tire and automotive workshops that require a diverse tool.
As a new generation TPMS diagnostic & service tool, Autel TS508 is user- oriented, it is designed with Quick Mode and Advanced Mode options. It is designed to activate all known TPMS sensors, read TPMS sensor status, check TPMS system health condition, program MX-sensors and conduct TPMS relearn. you can save time and energy by choosing the most suitable way to complete TPMS work. The thing you save is not only time, but your energy
TS608 is a diagnostics, service and TPMS tablet with mini Bluetooth Vehicle Communications Interface (VCI) for wireless connectivity. The tool features an embedded antenna for TPMS sensor activation and MX-Sensor programming to replace damaged sensors. Compatible with vehicles 1996 and newer, the TS608 can diagnose all system modules, offers an array of system services including ABS, SRS, EPB and OLS maintenance tasks and is a complete TPMS service tool with OBDII relearn capability
MX-Sensors ,the programmable universal sensors, are both smart and efficient specially built for sensor replacement to perform like OE sensors, in terms of signal interval, durability and functionality supporting up to 99% of the US and Canadian vehicles. The 2-SKU sensor solution that covers over 98% of all OE sensors on the market will greatly simplify your inventory management and lower investment and sales loss.
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When you wish to link your THIS system towards the mobile network you’ve three fundamental options: IP TEXT connection; GSM modem online connectivity and Google android SMPP link. If you’ve got a relatively little SMS visitors (under 1000 SMS each day), you need to choose the actual latter. This post describes with the example of the specific item that the thing you need and list of positive actions if you need to send SMS by having an Android-based SMPP TEXT Gateway software.
For TEXT messaging using any type of SMS software you have to install as well as configure a number of Service Supplier connections. For this function the Brief Message Expert to Expert protocol (SMPP) connection is really a possible technique. The SMPP protocol may be used to connect your pc directly towards the SMS Center from the Service Supplier (SMSC). By by doing this you may send as well as receive TEXT messages on the internet or on the private IP system.
To be able to send TEXT messages out of your corporate system by utilizing SMPP connection you’ll need some type of SMS entrance software (for instance Ozeki NG TEXT Gateway). Certainly, you require a PC (this particular software demands Windows procedure system) on which you’ll install this particular SMS software program then create and deliver messages. In the event of Android SMPP connection there’s need to have an Android smart phone (Samsung, HTC, LC, Sony Ericsson, and so on. )#) as well as an Google android SMPP TEXT Gateway (for example Ozeki Google android SMPP TEXT Gateway) installed in your phone, too.
First of, make sure your cell phone is attached to the Web, because you have to download the applying from Search engines Play. You should use WI-FI or even your Cellular Internet. Once you have installed this, you have to launch this.
In the next thing is to link your SMPP TEXT Gateway towards the computer. So how exactly does this happen when utilizing Ozeki Google android SMPP TEXT Gateway? After launching the applying you will notice some information in the very best left corner from the screen: Web host name, Interface number, Login, Password. You have to type these types of parameters within the management console of the SMS Entrance software (such as Ozeki NG TEXT Gateway). Once you logging in to your TEXT software, give a new company connection by hitting the suitable menu product. Select the actual SMPP Link then click the install switch. The Settings panel from the SMPP Connection can look. On the actual SMPP server configurations tab you have to specify the actual followings: Web host name, Interface number, Login, Password. Use the actual parameters that are available in your Google android SMPP TEXT Gateway software. In add-on, you need to assign a phone number and a particular service supplier name for this connection.
Following the basic configurations, check the actual status from the connection by hitting the working panel. Should you see which SMPP connection may be installed effectively, you will be ready to compose as well as send a note.
Click upon Compose a note button then complete the type appropriately (select the kind of your information, enter the phone number from the recipient, create your information, etc. )#) then click Send/Ok. That’s this! If you utilize Ozeki Google android SMPP TEXT Gateway, you’re going to get a shipping report regarding successfully delivered messages, to help you make sure the receiver has become your information.


Pagina principale [ACM Press the Fourth International Conference - Istanbul, Turkey (2018.06.19-2018.06.20)] Proceedings..
An Improved Approach Protocol for Wireless Sensor Networks Based on Hierarchical Routing Protocols Hassan Oudani LabSIE, Polydisciplinary Faculty of Ouarzazate, University Ibn Zohr ,Agadir Morroco . Salah-ddine Krit LabSIE, Polydisciplinary Faculty of Ouarzazate, University Ibn Zohr ,Agadir Morroco Lahoucine Elmaimouni LabSIE-ERMAM, Polydisciplinary Faculty of Ouarzazate, University Ibn Zohr ,Agadir Morroco, email@example.com firstname.lastname@example.org email@example.com ABSTRACT In the sensor networks, the methods of transmitting data to the base station (BS) is differenced from than protocol to the other, each protocol search to minimize the transmission costs (energy for example) finally to increase the network performance (network survivability time, security …), in order, to increase the lifetime of the network, it is necessary to think of a strategy (protocols) that allows the management and minimization of the energy consumption to know the hierarchical routing protocol. The simulation of this type of protocols shows that the lifetime of networks is very important compared to the flat protocols, that's why they are the subject of our research to improve and proposed more efficient protocols in energy and life time of networks. The best-known clustering protocol in wireless sensor networks is the LEACH protocol (Low-Energy Adaptive Clustering Hierarchy), which is the basic of research in the clustering technique. For this purpose, we will focus on the energy performance of this protocol and compare their simulation results with other protocols hierarchical namely the PEGASIS (Power-Efficient Gathering in Sensor Information System) and compared all results with our proposed method based on hierarchical protocols namely LEACH and PEGASIS protocols. Keywords Sensor Network, Base Station, hierarchical protocols, LEACH, PEGASIS, Life Time, Energy. 1 INTRODUCTION In Sensor networks the important constraint is the energy consumption by each node that influence the lifetime of a network, bec; ause the nodes in WSNs are usually powered by batteries with finite capacity and it is always impossible to replenish the power , and the failure of the energy sensor can significantly modify the topology of the network and impose an expensive reorganization of the network [2, 14, 15, 16]. Permission to make digital or hard copies of all or part of this work for personal or classroom use is granted without fee provided that copies are not made or distributed for profit or commercial advantage and that copies bear this notice and the full citation on the first page. To copy otherwise, or republish, to post on servers or to redistribute to lists, requires prior specific permission and/or a fee. ICEMIS’18, June 19–21, 2018, Istanbul, Turkey. Copyright 2018 ACM ISBN 978-1-4503-6392-1/18/04…$15.00. DOI: https://doi.org/10.1145/3234698.3234703 Therefore, the applications are hindered by limited energy supply, and one design challenge in sensor networks is to save limited energy resources to prolong the network lifetime , for that many characteristics of WSN must be considered for efficient deployment of the network, such as: Low cost, Energy efficient, computational power, communication capabilities security and privacy, distributed sensing and processing, dynamic network topology, Self-organization, Multi-hop communication, Application oriented, robust operations and small physical size . Sensor networks have emerged as a promising tool for monitoring the physical worlds, utilizing self organizing networks of battery-powered wireless sensors that can sense, process and communicate. The wireless sensor network (WSN) consists of a large number of small-sensor nodes used to monitor areas, collect and report data to the base station (BS), and each node serves as transmitter and router, these sensors (node) are used to control an environment and transmit the captured data to the base stations (BS) [5, 17, 18, 19]. Several routing approaches have been proposed to minimize energy consumption of each node in network, now the hiearchical protocols is the basic of new research to resolve a problems of life time in network sensor. In this architecture only a node how is cluster head (CH) is responsible to transmitting the data to the Base station BS [6, 19]. In this paper, we concentrate on the energy constraint by introducing the model of energy comsumption in wireless sensor network to show the importance role of constraint distance speared between the transmitter and the receiver entity exchanged a data. In the section 3 and 4 the LEACH method and the PEGASIS method are presented respectively, while our proposed method is developed in the section 5. The simulation results and the comparative study of results are given, in the section 6. Finally, we conclude our work with conclusions and perspectives. 2 Model Energy Consumption in wireless sensor network In wireless sensor network the energy consumed by a sensor node is essentially due to the following operations: capture, processing and data communication. To maximize the lifetime of the sensor network, it is necessary to think about the strategy that ICEMIS 2018,1 9-20 June 2018, Istanbul , Turkey H.Oudani et al allows the efficient use of energy consumed by each node used in the transmission or reception between all the nodes . Heinzelman and al.  propose a radio model of energy consumption. Thus, the energies needed to send ETx(s, d) and receive ERx(s) messages are given by: To send s bit message to a receiver far from distance d, the transmitter consumes: ETx ( s, d ) = ETx elec( s) + ETx amp (s, d ) = ( E elec *s) + ( E amp *s * d 2 ) The primary objective of this protocol is to choose sensor nodes as CHs by rotation technique; hence the most energy dissipation in communicating with the base station is spread to all sensor nodes in the network. To achieve this objective LEACH protocol performs local data fusion in order to compress the information gathered by the clusters before sending it to the sink (BS), so that reducing energy waste and enhances the system lifetime. Figure 2 shows the basic topology of LEACH protocol . (1) To receive a bit message, the receiver consumes: ERx ( s) = ERxelec ( s) = ( E elec *s) ( 2) Where: Eelec and Eamp respectively represent the electronic transmission energy and the amplification energy. s is the number of bits message to send. The following figure 1 bellow illustrates the model of energy consumption when data is exchanged between two entities located at a distance d from each other . Figure 1: Energy Consumption Model in wireless sensor network In formula (1) and (2), we noted that the distance between the transmitter and the receiver entity increases the energy consumed during the exchange operation between two communicating entity when a distance d is very small, that is why several protocols have been developed to minimize this transfer distance to the base station to increase the lifetime of sensor network. In this paper we will focus on the strategy of two hierarchical protocols LEACH and PEGASIS on which we based to propose our new method called CLP (combination LEACH-PEGASIS) and detailed our CLP proposed. 3 Working of LEACH and PEGASIS Protocols in WSN Protocol LEACH considered one of the first hierarchical routing approaches based on clustering, the idea behind LEACH is to form clusters of nodes sensors depending on the strength of the received signal and to use local cluster heads (CH) as routers to route data to the base station . Figure 2: Basic topology of LEACH protocol The operations of LEACH are generally separated into two phases: the setup phase and the steady-state phase. In the setup phase, CHs are selected and clusters are organized. In the steady-state phase, the data transmissions to the BS take place. The role of the CH is assigned by the node getting a random number between 0 and 1. If the number is less than the threshold values T(n), the node becomes a CH for the current round , the following equation (3) bellow shows how to compute T(n) : ⎧ p /(1 − p * ( r * mod(1 / p )) ⎪ ⎪ T ( n) = ⎨ ⎪ else ⎪ ⎩0 if n ∈G (3) Where n is the given node, p is the predetermined percentage of CHs (p= 5%), r is the current round, and G is the set of nodes that have not been selected as CHs in the last 1/p rounds. 4 Working of PEGASIS Protocol In PEGASIS the nodes will be organized so that they form a chain, and will have need to communicate with only their closest neighbors and take turns in communicating with the base station as shown in the figure 3 below. Indeed, PEGASIS has two main objectives. First, increasing the lifetime of each node by using collaborative techniques and thus increase the lifetime of the network. Secondly, allow only the local coordination between neighboring nodes so that the bandwidth consumed in the communication is reduced . ICEMIS 2018,1 9-20 June 2018, Istanbul , Turkey H.Oudani et al Figure 3: Basic topology of PEGASIS protocol In the above figure 3. Greedy chain Algorithm a0, a1, a2, a3 and a4 are nodes. Where node a0 and a4 is for away from Base station. Neighbor nodes of node a0 are node a1 and neighbor nodes of node a4 are node a3. Now node a0 can able to get connected with a1 and node a4 can able to get connected with a3, a1 and a3 can able to get connected with a2 and finally a2 get connected with base station. 5 Working of Proposded Protocol Generally PEGASIS protocol uses one CH that communicates with the BS , but in our proposed method we combined the technique using PEGASIS protocol and LEACH technique: In our proposed method, firstly we used the technique LEACH protocol to select CH in the architecture network, secondly constructed a chaine between all cluster formed by LEACH protocol using technique PEGASIS Protocol to have finally one node is responsible to send data to BS. Algorithm of the proposed method: STEP 1: Initialy create network architecture and located a BS STEP2: Initialize parameters of energy of each node (generally all node have a same initially energy) and calculat Energy ETx and ERx respectively formula (1) and formula (2). STEP 3 : Calculat distance to BS for each node using Euclidean distance formula (4): Dis k = ( Xbs − x k )² + (Ybs − y k )² ( 4) Where Disk the distance of each node-k from the base station. Xbs and Ybs are the coordinates of the base station. xk and yk are the coordinates of the each node-k. STEP 4: Forming the clusters and elected CH for each cluster using formula (3) used in LEACH protocol. STEP 5: Using technique PEGASIS between all CH constructed by LEACH and constructed a chaine between all CH elected (figure 4 bellow shown this step), and the node (CH) nearer to the base station (BS) is responsible to transmit all data. The figure 4 bellow detailed all STEP used our proposed Method. Figure 4: Topology of proposed method CLP 6 Results Simulation Basic LEACH, PEGASIS and our CLP Proposed Method 6.1 Parameters of simulation Protocols LEACH, PEGASIS and Proposed Method To compare the Basic LEACH and Basic PEGASIS protocols with our proposed method using Matlab Simulink we chose the same parameters simulation shown in the table 1 bellow: Table 1: The simulation Parameters of LEACH, PEGASIS and Proposed Method Parameters Simulation Surface (m2) Simulation Surface (m2) Initial Energy(j) Energy Transmission (j) Energy Reception(j) Simulator number of rounds 6.2 Simulation Protocol Results Value 100 (100,100) 0,1 50*10-9 50*10-9 Matlab 4000 using Basic LEACH The figure 5 bellow show the simulation results representing the number of dead node after number of rounds (4000 rounds) using Basic LEACH protocol. ICEMIS 2018,1 9-20 June 2018, Istanbul , Turkey H.Oudani et al Figure 5: Number of node dead after 4000 rounds using LEACH Protocol. 6.3 Simulation Results using Basic PEGASIS Protocol The figure 6 bellow show the simulation results representing the number of dead node after number of rounds (4000 rounds) using Basic PEAGSIS protocol Figure 7: Number of node dead after 4000 rounds using proposed method CLP 6.5 Discussion Results Simulation The results of the simulation shown in the figures 5, 6 and 7 above clearly show that there is an extension of the network lifetime using our method more than basic LEACH and basic PEGASIS as shown in the table 2 and figure 8 bellows: we have succeeded to increase the number of round from 800 in Basic LEACH and 1400 in Basic PEGASIS to 2800 round to have 100% node are dead using our proposed method. Table 2: Number round when 100 % of nodes are dead using Basic LEACH, Basic PEGASIS and our CLP Method Protocols Figure 6: Number of node dead after 4000 rounds using PEGASIS Protocol. 6.4 Simulation Proposed Results using CLP Protocol The figure 7 bellow show the simulation results representing the number of dead node after number of rounds (4000 rounds) using our protocol Proposed Round Number when 100 % of node are dead Basic LEACH 800 Basic PEGASIS 1400 ProposedMethod 2800 ICEMIS 2018,1 9-20 June 2018, Istanbul , Turkey  3000 2800 2500  2000 1500 1000 500 0 H.Oudani et al 1400 800 Round Number when 100 % of node are dead     Figure 8: Number of round when 100 % nodes are dead using Basic LEACH, Basic PEGASIS and our proposed Method  7 Conclusion In this paper, we introduce wireless sensor networks routing using Basic LEACH protocol and Basic PEAGIS protocol. First, we have detailed the methods using each protocol to minimize energy consumption in wireless sensor network and our method is presented too. Finally, the simulation results are given for each method. According to the simulation result in table 2 above we noted that our method proposed ensures the low energy consumption and improves the network lifetime and we ensure to increase the lifetime of network using our proposed method. In future works, we focus to propose a new protocol with better consumption of energy, increase more the lifetime of Wireless Sensor Network and thinking about secure exchange data between all nodes and base station (BS).     C. Buratti , A. Conti , D. Dardari and R, Verdone, 2009. An Overview on Wireless Sensor Networks Technology and Evolution. Sensors 2009, ISSN 1424-8220, pp 6869-6896. Hassan Oudani , Salah-Ddine Krit , Lahoucine El Maimouni and Jalal Laassiri, (Vol.12 Number 1 (2017)) “energy consumption in wireless sensor network : simulation and compartative study of flat and hierarchical routing protocols”, IADIS International Journal on Computer Science and Information Systems Vol. 12, No. 1, pp. 109125 Jong-Shin Chen.“Efficient Cluster Head Selection Methods for Wireless Sensor Networks”. Journal of Networks, Vol.5,No.8, AUGUST 2010. Ravneet Kaur, Deepika Sharma and Navdeep Kaur, Comparative Analysis Of Leach And Its Descendant Protocols In Wireless Sensor Network, International Journal of P2P Network Trends and Technology, Vol. 3, Issue 1, 2013, pp. 51-55. W. Heinzelman, A. Chandrakasan, H. Balakrishnan, Energy-E_cient Communication Protocol for Wireless Microsensor Networks, International Conference on Systems Science, vol. 8, pp. 8020, January 2000. Monika Raghatate,Dipak W. Wajgi, 2014. An energy saving algorithm to prolong the lifetime of wireless sensor network.International Journal of Wireless & Mobile Networks (IJWMN)Vol. 6,October ,No. 5. S. Vhatkar, M. Atique, “Design Issues, Characteristics and Challenges in Routing Protocols for Wireless Sensor Networks,” International Journal of Computer Applications (0975 – 8887) International Conference and Workshop on Emerging Trends in Technology, 2013. Hassan Oudani, Salahddine Krit, Mustapha Kabrane, Kaoutar Bandaoud, Mohamed Elaskri, Khaoula Karimi, Hicham Elbousty, Lahoucine Elmaimouni , (2017,May) ” Energy Efficient in Wireless Sensor Networks Using Cluster-Based Approach Routing ”, International Journal of Sensors and Sensor Networks 2017; 5(5-1): 6-12 S. Lindsey, C. Raghavendra, “PEGASIS: Power-Efficient Gathering in Sensor Information Systems", IEEE Aerospace Conference Proceedings, Vol. 3, 9-16 pp.1125-1130, 2002. Tao Li, Feng Ruan, Zhiyong Fan, Jin Wang and Jeong-Uk Kim ,”An Improved PEGASIS Routing Protocol Based on Neural Network and Ant Colony Algorithm “,International Journal of Future Generation Communication and Networking Vol. 8, No. 6 (2015), pp. 149-160 Shadi A. Aljawarneh, Muneer Bani Yassein, and We'am Adel Talafha. 2018. A multithreaded programming approach for multimedia big data: encryption system. Multimedia Tools Appl. 77, 9 (May 2018), 10997-11016. DOI: https://doi.org/10.1007/s11042-017-4873-9  Vangipuram Radhakrishna, Shadi A. Aljawarneh, Puligadda Veereswara Kumar, and Kim-Kwang Raymond Choo. 2018. A novel fuzzy gaussian-based dissimilarity measure for discovering similarity temporal association patterns. Soft Comput. 22, 6 (March 2018), 1903-1919. DOI: https://doi.org/10.1007/s00500-016- REFERENCES    M. Kabrane, S. Krit, K. Bendaoud, M. Elasikri, H. Oudani, H. El Bousty, K. Karimi and L. Elmaimouni “Smart Cities: Energy Consumption in Wireless Sensor Networks for Road Traffic Modeling Using Simulator SUMO” International Conference on Engineering &MIS 2017 (ICEMIS2017 submission 50), 08-10 May, Monastir 2017, Tunisia Mahnaz Esmaeeli, Seyed Ali Hosseini Ghahroudi , February 2016 . Improving Energy Efficiency using a new Game Theory Algorithm for Wireless Sensor Networks. International Journal of Computer Applications, (0975 – 8887) Volume 136 – No.12. X. Zhang, X. Ding, S. Lu and G. Chen, “Principles for EnergyEfficient Topology Control in Wireless Sensor Networks”, WiCom '09. 5th International Conference on Wireless Communications, Networking and Mobile Computing, IEEE, (2009) September 24-26. 2445-y  Shadi A. Aljawarneh, Muneer Bani Yassein, and We'am Adel Talafha. 2017. A resource-efficient encryption algorithm for multimedia big data. Multimedia Tools Appl. 76, 21 (November 2017), 22703-22724. DOI: https://doi.org/10.1007/s11042- 016-4333-y  Shadi A. Aljawarneh, Ali Alawneh, and Reem Jaradat. 2017. Cloud security engineering. Future Gener. Comput. Syst. 74, C (September 2017), 385-392. DOI: https://doi.org/10.1016/j.future.2016.10.005  Shadi A. Aljawarneh, Radhakrishna Vangipuram, Veereswara Kumar Puligadda, and Janaki Vinjamuri. 2017. G-SPAMINE. Future Gener. Comput. Syst. 74, C (September 2017), 430-443. DOI: https://doi.org/10.1016/j.future.2017.01.013  Muneer Bani Yassein, Shadi A. Aljawarneh, and Esraa Masadeh. 2017. A new elastic trickle timer algorithm for Internet of Things. J. Netw. Comput. Appl. 89, C (July 2017), 38-47. DOI: https://doi.org/10.1016/j.jnca.2017.01.024 ICEMIS 2018,1 9-20 June 2018, Istanbul , Turkey AUTHORS Hassan Oudani received his Master’s degree in Network and system from the Faculty of Sciences, University Ibno Zohr Agadir, Morroco, in 2009. He is currently a PhD student in Polydisciplinary Faculty of Ouarzazate , Ibn Zohr University Agadir ,Morroco. Network administrator in the Urbain Agency of OuarzazateZagora, Morroco. His research interests include wireless sensor Networks Design and implementation of a security protocol suitable for wireless sensor network at the polydisciplinary Faculty of ouarzazate,Ibn Zohr university, Agadir, Morocco. Salah-ddine Krit received the B.S. and Ph.D degrees in Microectronics Engineering from Sidi Mohammed Ben Abdellah university, Fez, Morroco. Institute in 2004 and 2009, respectively. During 2002-2008, he is also an engineer Team leader in audio and power management Integrated Circuits (ICs) Research. Design, simulation and layout of analog and digital blocks dedicated for mobile phone and satellite communication systems using CMOS technology. He is currently a professor of informatics- Physics with Polydisciplinary Faculty of Ouarzazate, Ibn Zohr university, Agadir, Morroco. His research interests include wireless sensor Networks (Software and Hardware), computer engineering and wireless communications. Lahoucine EL MAIMOUNI was born in Zagora, Morocco, in 1970. He received in 2005, the Ph.D. degree in electronics from Institute of Electronics, Microelectronics and Nanotechnology (IEMN) University of Valenciennes, Valenciennes, France. In 2006, he joined the Polydisciplinary Faculty of ouarzazate, Ibn Zohr University, Morocco. In 2011, he received his Habilitation à Diriger des Recherches (HDR) from the Faculty of sciences Ibn Zohr University, Agadir. At present, his research activities are focused on acoustic wave propagation in piezoelectric structures, BAW resonators, piezoelectric sensor, acoustic wave resonators and filters for RF-MEMS, and audiovisual techniques for image and sound. H.Oudani et al


Opting for any phone system requires a thorough analysis of efficiently meeting your business needs and, most importantly, keeping in line with your future goals and objectives. This is important for ensuring that your business communication stays effective in raising your business productivity and efficiency.
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How to Connect Maytag Washer and Dryer via the WPS Method
Provisioning your appliance with WPS
In the event you are unable to provision a Maytag Smart Front Load Washer or Dryer via the App or Scan to Connect method, you also have the option to use the WPS approach.
NOTE: The ability to use WPS (aka Wireless Protected Setup) is limited to routers that support the WPS standard. The following method will work on approximately 85% of consumer routers.
These instructions apply to Maytag models: MHW8630* MED8630H* & MGD8630H*
Control Panel aka Human-Machine Interface (HMI)
In the lower, middle of the control panel is the WiFi Connect button. Centered directly above the WiFi Connect button is a white LED that indicates your connection status. Please refer to the red dots in the following illustration.
The LED above the WiFi Connect button has four possible states. They are Off, Slow Flash, Fast Flash and On solid. When the LED is off, the appliance is not connected to WiFi. Similarly, when the LED is on solid, it indicates your appliance is connected to your router / home network and WiFi is available.
WPS is a wireless network security standard that tries to make connections between a router and wireless devices faster and easier. Pressing and holding the WiFi Connect button for 3 seconds will put the appliance in WPS mode. You can verify that WPS is active by observing the LED located and centered above the button labeled WiFi Connect. When in WPS mode, the LED will rapidly flash at a rate of 2-3 flashes per second and you will see a 2:00 minute countdown timer on the display.
Using WPS to provision the appliance
- A home wireless router capable of WiFi Protected Setup (WPS).
- A home wireless router capable of WPA-2 security (not WEP).
- The router should be on, within range and have a live Internet connection.
Ensure the Smart Appliance and Wireless Router are properly installed and powered on; an Internet connection is required.
NOTE: Only one Smart Appliance can be linked at a time. Repeat steps for each smart appliance.
IMPORTANT: Complete the next 2 steps within 2 minutes!
- On the wireless router, locate and press the WPS (WiFi Protected Setup) button if present. The WPS button location may vary from router to router. An indicator light on the router will begin blinking.
NOTE: On some routers the consumer may have to login to the router “Admin” screen to enable the WPS button. The consumer may need to consult the user manual that came with the router for more information.
- On the Smart Appliance and within 2 minutes of completing step 1, press or touch the POWER button to activate the appliance, then press and hold the WiFi Connect button for 3 seconds. The WiFi status indicator icon will blink quickly and you will see a 2:00 minute countdown appear on the display while the appliance connects to the router. This can take up to 2 minutes. When appliance is connected to the router, the WiFi status indicator light will come on and remain lit.
NOTE: If the router loses Internet connection, the WiFi status indicator icon will turn off. If the appliance and router fail to connect after 2 minutes, the WiFi status indicator light will blink rapidly for 2 seconds and then turn off. Return to step 1 if this happens.
- After the WPS connection has completed, in the mobile app click the ADD APPLIANCE.
NOTE: If the appliance is already present in the dashboard, click on the appliance (click Not Now if prompted to reconnect), navigate to preferences, then click DELETE APPLIANCE. Then click ADD APPLIANCE to begin connection.
If you would like to download or view product literature for your appliance, please visit our Manuals and Literature page.