" LIFI PPT, CREATIVE AND AMAZING "
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Wi-Fi stands for "Wireless Fidelity" and uses radio waves to create wireless network connectivity. The wireless adapter creates a "hotspot" that produces these radio waves. There are different variants of Wi-Fi that use different frequencies and have different maximum speeds. Li-Fi is a new visible light communications system using common LED lights to transfer data at speeds over 225Gb/s, which is much faster than the fastest recorded Wi-Fi speed of 100Gb/s. Li-Fi uses visible light instead of radio frequencies to transmit data wirelessly.
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To extend the reach of your Wi-Fi signal, either you have to set up the pesky cables all-around or consider setting up an extender. Every router has limits and can cover the home up to some extent. So, to fill your home with Wi-Fi, you have to set up an extender. For more detail website www.dlinkap-local.in
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http://www.innovationwireless.com/landing-pages/wireless-pa-systems.html
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Today P A systems provide superb methods for communicating with mass target markets in an effective and also reliable way. These P A systems may be hardwired, calling for one to route a network of cables beforehand, or they might be wireless, saving one the concern of outlining a grid of cables however counting rather on radio frequency transmissions to provide sufficient bandwidth and also connection for achieving the required audio top quality. Installations utilized to be found primarily in colleges, yet they have actually become commonplace in many different sort of work environment settings.
Standard P A systems include sets of speakers dispersed throughout the facility as well as a single centralized audio resource that is broadcast to all speakers concurrently. Yet additional features are commonly employed, such as the capability for broadcasting recorded messages in addition to real-time speech and also a bell or tone electrical generator audibly advising everyone that a message is imminently forthcoming. This latter feature serves to concentrate people's focus.
To guarantee appropriate application of the P A system, one must comprehend the essential ideas included as well as take time to identify just what functions are important for that certain installment. Additionally, though it is not purely required to incorporate the PA system right into a clock synchronization system, we advise doing so, also to the extent of synchronizing all watches first if they are not so already. Usually the exact same company could mount both kinds of system.
Synchronization is essential since or else one opens up oneself to mass cognitive dissonance as well as confusion. Even ordinarily diverse aspects within the company all have to be cued to pay attention at the same time to the usual, company-wide statements. If some aspects run out sync with others this feature is not apt ahead off efficiently.
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http://www.innovationwireless.com/landing-pages/wireless-pa-systems.html
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Standard P A systems include sets of speakers dispersed throughout the facility as well as a single centralized audio resource that is broadcast to all speakers concurrently. Yet additional features are commonly employed, such as the capability for broadcasting recorded messages in addition to real-time speech and also a bell or tone electrical generator audibly advising everyone that a message is imminently forthcoming. This latter feature serves to concentrate people's focus.
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Synchronization is essential since or else one opens up oneself to mass cognitive dissonance as well as confusion. Even ordinarily diverse aspects within the company all have to be cued to pay attention at the same time to the usual, company-wide statements. If some aspects run out sync with others this feature is not apt ahead off efficiently.
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This document provides design templates for public address, voice alarm, and IP audio systems including:
1) A 6-zone BGM and paging amplifier system with various speakers and microphones.
2) 6 and 12-zone voice alarm systems with remote microphones and backup amplifiers.
3) IP audio systems using rack-mounted or wall-mounted amplifiers for multiple zones.
4) IP speaker systems for classrooms, outdoors, and intercom systems for schools and parking lots.
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The document describes the development of a 92 GHz radiometer to improve measurements of wet tropospheric path delay near coastal regions from satellite altimeters. A tri-frequency feed horn was designed to operate at 92, 130, and 166 GHz. A 92 GHz radiometer prototype was developed using MMIC technology with integrated noise sources and matched load for internal calibration. Testing showed a noise temperature of 1375 K meeting requirements for the SWOT satellite mission to measure ocean topography and inland water levels.
ppt on LIFI TECHNOLOGY
This document discusses Li-Fi technology, which uses LED light bulbs to transmit data by varying the intensity of light faster than what the human eye can detect. Li-Fi was pioneered in the 1990s and demonstrated by Harald Haas in 2011. It provides several advantages over Wi-Fi such as higher speed potential and no interference with radio frequencies. Li-Fi works by encoding binary data in the on-off states of an LED and can achieve speeds of over 100 Mbps. Potential applications include use in planes, hospitals, and as public internet hotspots through street lamps. However, challenges include light not passing through solid objects and interference from other light sources.
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This document discusses LiFi technology, which transmits data through illumination using LED light bulbs. It was invented in 2012 by German physicist Harald Hass. LiFi works by switching LED lights on and off very quickly to transmit digital 1s and 0s. It provides wireless connectivity at speeds up to 1Gbps, faster than WiFi. Potential applications of LiFi include use in traffic lights, airplanes, and underwater communications since it does not interfere with radio frequencies. While it has advantages over WiFi like higher speeds and bandwidth, LiFi also has limitations such as requiring line of sight and being disrupted by external light sources.
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This technology uses a part of the electromagnetic spectrum that is still not greatly utilized- The Visible Spectrum. Light is in fact very much part of our lives for millions and millions of years and does not have any major ill effect. Moreover there is 10,000 times more space available in this spectrum and just counting on the bulbs in use, it also multiplies to 10,000 times more availability as an infrastructure, globally.
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Li fi
This document discusses Li-Fi, a technology that uses light from LED bulbs to transmit data wirelessly. Li-Fi was invented in 2012 by German physicist Harald Haas and provides data transfer speeds over 1Gbps by using visible light, which is thousands of times faster than Wi-Fi's maximum speed of 54Mbps. Li-Fi overcomes many issues with radio waves like limited capacity, inefficiency, security, and availability by using visible light that is present everywhere and does not penetrate walls. It is considered a proven technology as the inventor demonstrated successful data transmission exceeding 10Mbps using an ordinary table lamp.
Li-Fi technology
Li-Fi is the term some have used to label the fast and cheap wireless-communication system, which is the optical version of Wi-Fi. The term was first used in this context by Harald Haas in his TED Global talk on Visible Light Communication(VLC). The technology was demonstrated at the 2012 Consumer Electronics Show in Las Vegas using a pair of Casio smartphones to exchange data using light of varying intensity given off from their screens, detectable at a distance of up to ten meters. For more recent trends in electronics please visit radeshyamece.blogspot.com
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This document provides an overview of Li-Fi technology through a presentation on the topic. It discusses the history of Li-Fi, how it works by transmitting data through LED light, its advantages over Wi-Fi such as higher bandwidth and more secure communication through visible light. Example applications are given such as using traffic lights and street lamps to transmit data. Challenges for Li-Fi are also noted, such as the need for line of sight transmission and potential interference from other light sources.
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Ashish Kumar Baghel and Chandraprakash Verma presented on Li-Fi technology at the Oriental Institute of Science and Tech in Bhopal on March 13, 2013. Li-Fi uses visible light communication to transmit data through LED bulbs that can switch on and off faster than the human eye can detect. The technology was pioneered in the 1990s by researchers in Germany, Korea, and Japan. Harald Haas continues advancing Li-Fi which could help address the congestion issues with radio spectrum as data demands double each year. Li-Fi has potential applications in traffic lights, intrinsically safe environments, and as public internet hotspots using street lamps. While still developing, Li-Fi shows promise to enable wireless
Li-fi technology
Li-Fi is a new technology that uses visible light communication (VLC) to transmit data through LED light bulbs. It works by varying the intensity of light faster than what the human eye can detect. Li-Fi offers several advantages over traditional Wi-Fi, including higher capacity, better availability, higher security, and energy efficiency. It could help meet the rapidly increasing demand for wireless data as radio spectrum becomes more congested. If developed further, Li-Fi technology would allow wireless internet access from every light bulb.
lifi
lifi is a technology that uses LED's for data transmission . this presentation explains the problem with current RF technology and how lifi overcome it ,working of li-fi and its application
Lifi technology
Li-Fi is a visible light communication system that uses light from LED lights to deliver high-speed wireless communication, similar to Wi-Fi. It was coined in 2011 by Professor Harald Haas. Data is transmitted by switching the LEDs on and off very quickly in a binary code. The main components are a high brightness white LED to transmit and a silicon photodiode to receive. Li-Fi provides advantages over radio-based networks like higher speed, greater capacity, and more security. Potential applications include use in vehicles, aircraft, hospitals and traffic lights.
Lifi Technology
Li-Fi is a visible light communication technology that uses light from LED bulbs to transmit data. It provides several advantages over traditional Wi-Fi including a larger available spectrum, better security since light cannot pass through walls easily, and no known health effects. A Li-Fi system consists of an LED bulb that varies in intensity faster than the human eye can see to transmit data, and a photodiode receiver that converts the light signals into electrical current to decode the data. Potential applications of Li-Fi include use in hospitals where Wi-Fi is restricted, vehicle-to-vehicle communication to prevent accidents, and smart lighting that provides internet access or other data to users.
LIFI TECHNOLOGY
LIFI technology uses visible light communication and LED bulbs to transmit data wirelessly. It was developed by Dr. Harold Hass at the University of Edinburgh as an alternative to WiFi that uses light instead of radio waves. LIFI transmits data through LED bulbs by varying the intensity of light at a speed undetectable to the human eye. It has advantages over WiFi like higher speed, more security and privacy, and lower cost of installation. However, it also faces challenges like external interference and potential health issues from light. Overall, LIFI provides a secure and high-speed wireless data transmission option.
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This document discusses the coexistence of WiFi and LiFi networks towards 5G. It provides an overview of WiFi and LiFi technologies, comparing their characteristics. Challenges of incorporating both include how user devices connect to the network, supporting user mobility, and accommodating multiple users. The document proposes a LiFi transceiver model and evaluates performance of indoor and outdoor links. It compares using only WiFi, a hybrid WiFi-LiFi system, and an aggregate system. Coexistence of LiFi and WiFi is promising for applications like healthcare and IoT, with opportunities for further research on higher data rates, CSMA/CA and OFDMA coexistence, and mobility enhancements.
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Li-Fi uses visible light communication and LED bulbs to deliver broadband internet and wireless connectivity. It provides higher speeds, greater capacity, and more secure access than traditional Wi-Fi. While under continued research, Li-Fi holds potential economic benefits through reduced costs compared to Wi-Fi and its ability to take advantage of LED lighting that is expected to become ubiquitous. However, challenges remain regarding external light interference and modifications needed for power grid connections and uplinks.
LiFi Visible light Communication technology
Li-Fi uses visible light communication and LED bulbs to transmit data wirelessly. It works by switching LED bulbs on and off very quickly, with each flash representing a binary 1 or 0. This allows for transmission of data at high speeds of up to 10 GBps. Li-Fi has several advantages over traditional Wi-Fi including higher speeds, more available bandwidth, more secure connections, and energy efficiency. Potential applications of Li-Fi include use in devices like laptops, smartphones, and LED light bulbs to create wireless hotspots or networks. However, Li-Fi also faces challenges such as interference from other light sources and requiring line of sight between transmitters and receivers. Ongoing research continues to work on
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Lifi
Li-Fi is a technology that uses light from LED bulbs to transmit data wirelessly. It provides high-speed connectivity and is seen as a supplement to Wi-Fi networks. The document traces the history of Li-Fi from experiments in the 1990s to recent demonstrations of speeds over 100Mbps. It describes how Li-Fi works by switching LED bulbs on and off very fast to transmit binary code. Potential applications include use in vehicles, airplanes, hospitals and underwater. While Li-Fi has limitations like inability to pass through walls, it could provide connectivity through devices like street lamps at a low cost.
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ppt on LIFI TECHNOLOGY
This document discusses Li-Fi technology, which uses LED light bulbs to transmit data by varying the intensity of light faster than what the human eye can detect. Li-Fi was pioneered in the 1990s and demonstrated by Harald Haas in 2011. It provides several advantages over Wi-Fi such as higher speed potential and no interference with radio frequencies. Li-Fi works by encoding binary data in the on-off states of an LED and can achieve speeds of over 100 Mbps. Potential applications include use in planes, hospitals, and as public internet hotspots through street lamps. However, challenges include light not passing through solid objects and interference from other light sources.
Lifi technology(nimesh bariya)
This document discusses LiFi technology, which transmits data through illumination using LED light bulbs. It was invented in 2012 by German physicist Harald Hass. LiFi works by switching LED lights on and off very quickly to transmit digital 1s and 0s. It provides wireless connectivity at speeds up to 1Gbps, faster than WiFi. Potential applications of LiFi include use in traffic lights, airplanes, and underwater communications since it does not interfere with radio frequencies. While it has advantages over WiFi like higher speeds and bandwidth, LiFi also has limitations such as requiring line of sight and being disrupted by external light sources.
Li-Fi
In simple terms, Li-Fi can be thought of as a light-based Wi-Fi. That is, it uses light instead of radio waves to transmit information. And instead of Wi-Fi modems, Li-Fi would use transceiver-fitted LED lamps that can light a room as well as transmit and receive information. Since simple light bulbs are used, there can technically be any number of access points.
This technology uses a part of the electromagnetic spectrum that is still not greatly utilized- The Visible Spectrum. Light is in fact very much part of our lives for millions and millions of years and does not have any major ill effect. Moreover there is 10,000 times more space available in this spectrum and just counting on the bulbs in use, it also multiplies to 10,000 times more availability as an infrastructure, globally.
A Brief of LiFi
LIFI is a new technology that uses light from LED bulbs to transmit data. It works by varying the intensity of light faster than the human eye can detect. LIFI was first introduced in 2011 and provides several advantages over traditional WiFi such as higher speeds, more secure transmission since light cannot pass through walls, and the ability to use the much larger light spectrum to transmit data. Potential applications of LIFI include use in traffic lights, underwater communications, airplanes, hospitals and more. However, LIFI also has limitations like a shorter range since it requires line of sight and cannot pass through opaque objects.
Li fi
This document discusses Li-Fi, a technology that uses light from LED bulbs to transmit data wirelessly. Li-Fi was invented in 2012 by German physicist Harald Haas and provides data transfer speeds over 1Gbps by using visible light, which is thousands of times faster than Wi-Fi's maximum speed of 54Mbps. Li-Fi overcomes many issues with radio waves like limited capacity, inefficiency, security, and availability by using visible light that is present everywhere and does not penetrate walls. It is considered a proven technology as the inventor demonstrated successful data transmission exceeding 10Mbps using an ordinary table lamp.
Li-Fi technology
Li-Fi is the term some have used to label the fast and cheap wireless-communication system, which is the optical version of Wi-Fi. The term was first used in this context by Harald Haas in his TED Global talk on Visible Light Communication(VLC). The technology was demonstrated at the 2012 Consumer Electronics Show in Las Vegas using a pair of Casio smartphones to exchange data using light of varying intensity given off from their screens, detectable at a distance of up to ten meters. For more recent trends in electronics please visit radeshyamece.blogspot.com
Li-Fi Technology (Perfect slides)
This document provides an overview of Li-Fi technology through a presentation on the topic. It discusses the history of Li-Fi, how it works by transmitting data through LED light, its advantages over Wi-Fi such as higher bandwidth and more secure communication through visible light. Example applications are given such as using traffic lights and street lamps to transmit data. Challenges for Li-Fi are also noted, such as the need for line of sight transmission and potential interference from other light sources.
LiFi Technology - Unfolding Future
LiFi uses visible light communication (VLC) to transmit data wirelessly using light waves instead of radio waves. It provides higher speeds than WiFi, with download speeds up to 100Gbps for LiFi compared to 10Gbps for WiFi. LiFi is also more secure, provides non-line-of-sight communication, and has benefits like reduced costs due to using existing LED lighting infrastructure. While initial installation costs may be higher, LiFi systems can become cheaper than WiFi over time. LiFi has potential applications in dense urban environments, transportation, healthcare, and other industries.
Lifi Technology
Ashish Kumar Baghel and Chandraprakash Verma presented on Li-Fi technology at the Oriental Institute of Science and Tech in Bhopal on March 13, 2013. Li-Fi uses visible light communication to transmit data through LED bulbs that can switch on and off faster than the human eye can detect. The technology was pioneered in the 1990s by researchers in Germany, Korea, and Japan. Harald Haas continues advancing Li-Fi which could help address the congestion issues with radio spectrum as data demands double each year. Li-Fi has potential applications in traffic lights, intrinsically safe environments, and as public internet hotspots using street lamps. While still developing, Li-Fi shows promise to enable wireless
Li-fi technology
Li-Fi is a new technology that uses visible light communication (VLC) to transmit data through LED light bulbs. It works by varying the intensity of light faster than what the human eye can detect. Li-Fi offers several advantages over traditional Wi-Fi, including higher capacity, better availability, higher security, and energy efficiency. It could help meet the rapidly increasing demand for wireless data as radio spectrum becomes more congested. If developed further, Li-Fi technology would allow wireless internet access from every light bulb.
lifi
lifi is a technology that uses LED's for data transmission . this presentation explains the problem with current RF technology and how lifi overcome it ,working of li-fi and its application
Lifi technology
Li-Fi is a visible light communication system that uses light from LED lights to deliver high-speed wireless communication, similar to Wi-Fi. It was coined in 2011 by Professor Harald Haas. Data is transmitted by switching the LEDs on and off very quickly in a binary code. The main components are a high brightness white LED to transmit and a silicon photodiode to receive. Li-Fi provides advantages over radio-based networks like higher speed, greater capacity, and more security. Potential applications include use in vehicles, aircraft, hospitals and traffic lights.
Lifi Technology
Li-Fi is a visible light communication technology that uses light from LED bulbs to transmit data. It provides several advantages over traditional Wi-Fi including a larger available spectrum, better security since light cannot pass through walls easily, and no known health effects. A Li-Fi system consists of an LED bulb that varies in intensity faster than the human eye can see to transmit data, and a photodiode receiver that converts the light signals into electrical current to decode the data. Potential applications of Li-Fi include use in hospitals where Wi-Fi is restricted, vehicle-to-vehicle communication to prevent accidents, and smart lighting that provides internet access or other data to users.
LIFI TECHNOLOGY
LIFI technology uses visible light communication and LED bulbs to transmit data wirelessly. It was developed by Dr. Harold Hass at the University of Edinburgh as an alternative to WiFi that uses light instead of radio waves. LIFI transmits data through LED bulbs by varying the intensity of light at a speed undetectable to the human eye. It has advantages over WiFi like higher speed, more security and privacy, and lower cost of installation. However, it also faces challenges like external interference and potential health issues from light. Overall, LIFI provides a secure and high-speed wireless data transmission option.
coexistence of wifi and lifi
This document discusses the coexistence of WiFi and LiFi networks towards 5G. It provides an overview of WiFi and LiFi technologies, comparing their characteristics. Challenges of incorporating both include how user devices connect to the network, supporting user mobility, and accommodating multiple users. The document proposes a LiFi transceiver model and evaluates performance of indoor and outdoor links. It compares using only WiFi, a hybrid WiFi-LiFi system, and an aggregate system. Coexistence of LiFi and WiFi is promising for applications like healthcare and IoT, with opportunities for further research on higher data rates, CSMA/CA and OFDMA coexistence, and mobility enhancements.
Li-fi Presentation by Debika sadhukhan
Li-Fi uses visible light communication and LED bulbs to deliver broadband internet and wireless connectivity. It provides higher speeds, greater capacity, and more secure access than traditional Wi-Fi. While under continued research, Li-Fi holds potential economic benefits through reduced costs compared to Wi-Fi and its ability to take advantage of LED lighting that is expected to become ubiquitous. However, challenges remain regarding external light interference and modifications needed for power grid connections and uplinks.
LiFi Visible light Communication technology
Li-Fi uses visible light communication and LED bulbs to transmit data wirelessly. It works by switching LED bulbs on and off very quickly, with each flash representing a binary 1 or 0. This allows for transmission of data at high speeds of up to 10 GBps. Li-Fi has several advantages over traditional Wi-Fi including higher speeds, more available bandwidth, more secure connections, and energy efficiency. Potential applications of Li-Fi include use in devices like laptops, smartphones, and LED light bulbs to create wireless hotspots or networks. However, Li-Fi also faces challenges such as interference from other light sources and requiring line of sight between transmitters and receivers. Ongoing research continues to work on
Lifi
Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It was first suggested in 2011 as an alternative to Wi-Fi and has since been proven as a viable technology. Li-Fi transmits data using visible light communication between an LED light bulb and a photodetector. It provides advantages over Wi-Fi such as better security since light cannot pass through walls, higher speed potential, and no radio interference. Main applications of Li-Fi include smart lighting, vehicle transportation, hospitals, and underwater communications.
Lifi
Li-Fi is a technology that uses light from LED bulbs to transmit data wirelessly. It provides high-speed connectivity and is seen as a supplement to Wi-Fi networks. The document traces the history of Li-Fi from experiments in the 1990s to recent demonstrations of speeds over 100Mbps. It describes how Li-Fi works by switching LED bulbs on and off very fast to transmit binary code. Potential applications include use in vehicles, airplanes, hospitals and underwater. While Li-Fi has limitations like inability to pass through walls, it could provide connectivity through devices like street lamps at a low cost.
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This document provides a summary of wired and wireless network infrastructures for transporting data traffic. It discusses technologies for wireline networks including fiber optic networks using GPON and wavelength division multiplexing. It also covers wireless network infrastructures such as point-to-point microwave, Wi-Fi standards like 802.11ax, and mobile cellular networks including an overview of 4G LTE and the vision for 5G. The document examines various technologies and considerations for transporting traffic between wireline and wireless networks.
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The document provides an overview of the tradeoffs to consider when choosing a wireless LAN standard, including 802.11b, 802.11g, and 802.11a. It discusses key factors such as frequency band, rated speed, throughput, range, reliability, available channels, security, size, and more. The author aims to help consumers understand these tradeoffs and make informed decisions about their wireless network purchase and needs.
Аудит безопасности сетей стандарта 802.11.
Воркшоп посвящен практическим аспектам аудита сетей WiFi на всех уровнях модели OSI. Будут подробно рассмотрены вопросы:
- подбор и настройка оптимального железа под конкретную задачу
- нюансы использования публичного программного обеспечения для реализации атак
- продвинутые атаки на сети Wi-Fi
- разработка своего программного обеспечения для реализации своих продвинутых атак
- аудит Wi-Fi в Mac OS X
Lasa European NFP Technology Conference 2010 - Voice over IP presentation
Tim is a senior administrator who managed an upgrade of his company's phone system five years ago and is now planning a new VOIP system. VOIP can provide better functionality while saving costs compared to traditional phone systems, but requires investment in new equipment and addressing issues like call quality. There are resilience tradeoffs to consider regarding reliability during power and internet outages. Overall VOIP may be more environmentally friendly by running on managed servers.
Wireless home networks (11)
A home wireless network allows multiple digital devices in a home, like computers, laptops, tablets, phones, and printers, to connect and communicate with each other over Wi-Fi. A wireless router broadcasts the Wi-Fi signal, which devices can detect and connect to wirelessly using built-in Wi-Fi adapters or external USB adapters. Common wireless network standards are 802.11b providing speeds up to 11 Mbps and 802.11g providing speeds up to 54 Mbps. The router's firewall, network address translation, and ability to share a single internet connection allow multiple devices on the home network to securely access the internet simultaneously.
Living on the edge - EBU Horizons 2023
Slides for my "Living on the edge" presentation at the EBU Horizons 2023 Conference in Geneva (Switzerland).
The subtitle for this presentation is "leveraging satellites, 5G networks and edgecasting for smarter content delivery".
See https://feryn.eu/speaking/living-on-the-edge-ebu-horizons-23/ for more information.
Securing wireless network
When setting up and maintaining Wi-Fi home networks, consider these tips for maximizing the security of the computers and data on these networks.
Securing Wireless Networks by maximizing the security of 802.11 standard and minimizing the Risk on Wireless network
L018218184
This document evaluates the performance of different IEEE 802.11 WiFi standards (b, a, g, n) for Voice over WiFi (VoFi) applications. It simulates these standards using OPNET and analyzes key performance indicators like throughput, delay, and packet drop. The results show that 802.11n has the highest throughput of nearly 2Gbps, lowest delay, and shortest period of packet drops and retransmissions, indicating it is best suited for real-time applications like VoFi that require high bandwidth and reliability. The document concludes 802.11n is the most suitable standard for critical real-time applications based on its superior performance in the simulations.
WiFi For Everyone
Communication has come a long way since cavemen painted their dinner on the
wall -- and nothing has evolved faster than the Internet.
We can’t think of 21st Century without the internet. To be more specific we can't think of 21st Century without WiFi. WiFi has multiple benefits or application if utilized properly. So to popularize this medium of connectivity among the masses in the developing country the author explained the very concept of WiFi along with its usage in a lucid way. The author also presented his take on the recent political boom of "Free WiFi" in India and dug inside to reveal the truth.
Submitted on: 18th May 2015
Department of Journalism & Mass Communication
West Bengal State University
Semester: 4 Session: 2013-2015
Reg No. 002017-2013
Paper: Media Communication
#AkashCreations
5 steps to a faster, smarter wlan
The document discusses five steps to building a faster, smarter wireless LAN network. It begins by covering the first step of providing faster Wi-Fi by upgrading to the 802.11ac wireless standard. It describes how 802.11ac provides wider channels, more spatial streams, and higher order modulation to increase bandwidth and throughput. It also discusses some examples of 802.11ac throughputs achieved in testing. The document then moves to the second step of planning the network architecture and considerations for deploying a controller-based or controllerless system.
Wireless networks ppt
This document provides an overview of wireless networks like Bluetooth and Wi-Fi. It discusses the "Father of Wi-Fi" Vic Hayes and how Wi-Fi networks work using wireless access points. The document outlines different Wi-Fi technologies like 802.11b, 802.11a, 802.11g and the latest 802.11ac standard. It also covers the basic elements of a Wi-Fi network including access points, Wi-Fi cards, and security measures. The advantages of Wi-Fi networks like mobility and convenience are highlighted as well as some limitations.
Arg 0800 give me 5
This document summarizes the specifications of the ARG-0800 Give Me Five Star wireless LAN USB adapter. It can aggregate multiple WAN connections to break bandwidth limitations, accelerate download speeds, and maximize bandwidth allocation among users. Key features include support for 802.11b, 802.11g, and 802.11n wireless standards with a 9dBi antenna, USB 2.0 interface, WEP/WPA/WPA2 security, and data rates up to 150Mbps.
wi-fi
Wi-Fi was invented in 1991 and is based on IEEE 802.11 standards for wireless local area networks. It allows devices to connect to the internet or communicate with each other wirelessly within a particular range. Wi-Fi uses radio waves to transmit data between devices using antennas. A wireless router receives Wi-Fi signals and decodes them, transmitting the information to the internet via an Ethernet connection. Common Wi-Fi standards include 802.11a, 802.11b, and 802.11g which operate at different speeds and frequencies. Wi-Fi enables wireless internet access on devices like laptops and smartphones within range of an access point or wireless hotspot.
Breakout - Airheads Macau 2013 - 11ac Migration (7200)
Breakout - Airheads Macau 2013 - 11ac Migration (7200)
Topics Include:
802.11ac Overview
Migration to 7200
Best Practices on Migrating to 802.11ac Wi-Fi #AirheadsConf Italy
Best Practices on Migrating to 802.11ac Wi-Fi #AirheadsConf ItalyAruba, a Hewlett Packard Enterprise company
The document discusses best practices for migrating to 802.11ac Wi-Fi networks. It notes that there are now on average 3 devices per user using more applications and traffic. 802.11ac provides faster speeds through wider channels, better modulation, and more spatial streams. Key aspects of 802.11ac covered include available channels and data rates possible for different client types and channel widths. Coverage examples and considerations for different modulation coding schemes are also presented. Potential pros and cons of 802.11ac are briefly discussed as well as upcoming developments like wave 2 and 802.11ad.Modes of connecting to internet -ashok and amlesh
This presentation include brief instruction about the different modes of connecting to the internet.
Best Practices on Migrating to 802.11ac Wi-Fi
Moving towards a new Wi-Fi technology does not have to be too much of an undertaking. Of course, that's assuming great deal of planning and attention to detail in terms of defining the clear steps on how to get there. In this session we will discuss 802.11ac placement, Wi-Fi coverage and capacity planning for 802.11ac devices and how to take advantage of 802.11ac transmit beamforming.
Wi-fi technology final ppt
DSL is a technology that allows high-speed data transmission over copper telephone lines. It uses frequencies not used by telephone calls. A splitter allows single telephone lines to be used for both data and voice. DSL provides inexpensive, widely available, and always-on high-speed internet access through telephone lines, though speed decreases with distance from the exchange. Common alternatives to DSL include IDSL, SDSL, and VDSL.
W I R E L E S S F I D E L I T Y
Wi-Fi, also known as 802.11 networking, uses radio waves to provide wireless internet access over distances of up to 100 feet. It allows devices to connect to a wireless network using Wi-Fi network cards or adapters. Wi-Fi networks rely on wireless access points that connect users to the internet and each other. Common standards like 802.11b, 802.11a, and 802.11g provide transmission speeds of up to 54 megabits per second for connectivity between devices using radio frequency technology.
802.11ac Migration - Airheads Local
This document provides an overview of migrating networks to the 802.11ac Wi-Fi standard. It discusses how user demand is increasing with more devices per user and more bandwidth-intensive applications. 802.11ac supports wider channel bandwidths up to 160MHz, advanced modulations up to 256-QAM, and beamforming to increase data rates and capacity. The document reviews 802.11ac features such as available channels, data rates, and coverage compared to 802.11n. It also discusses the benefits of 802.11ac including higher capacity and throughput over longer distances.
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Wireline to Wireless: Band-Aid or Network Concept 2016
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Lasa European NFP Technology Conference 2010 - Voice over IP presentation
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Cosa hanno in comune un mattoncino Lego e la backdoor XZ?
ABSTRACT: A prima vista, un mattoncino Lego e la backdoor XZ potrebbero avere in comune il fatto di essere entrambi blocchi di costruzione, o dipendenze di progetti creativi e software. La realtà è che un mattoncino Lego e il caso della backdoor XZ hanno molto di più di tutto ciò in comune.
Partecipate alla presentazione per immergervi in una storia di interoperabilità, standard e formati aperti, per poi discutere del ruolo importante che i contributori hanno in una comunità open source sostenibile.
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
ここ3000字までしか入らないけどタイトルの方がたくさん文字入ると思います。
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" LIFI PPT, CREATIVE AND AMAZING "
- 4. YES, it stands for “WIRELESS FIDELITY”
- 5. Wi-fi / 802.11, • RADIO WAVES -> WIRELESS NETWORK CONNECTIVITY W H AT C R E AT E S T H O S E R A D I O W AV E S ? ? • T H E W I R E L E S S A D A P T E R . I T C R E AT E S A ” H O T S P O T ”
- 6. Variants in WIFI TYPES FREQUENCY SPEED(max) Orthogonal Frequency-Division Multiplexing (OFDM) WIFI a / 802.11a 5 GHz 54 Mb/s YES WIFI b / 802.11b 2.4 GHz 11 Mb/s NO WIFI g / 802.11g 2.4 GHz 54 Mb/s YES WIFI n / 802.11n 5 GHz 140 Mb/s NO
- 7. THE INTERNET SPEED AT NASA IS 91 Gb/s MAKING IT 2,000 TIMES FASTER THAN THE AVERAGE HOUSEHOLD CONNECTION SPEED.
- 9. NOW, ON TO OUR MAIN DISH,
- 10. BEFORE WE START, R E M E M B E R T H E WO R L D S FA S T E S T W I F I S P E E D ? W E K N O W T H A T I T I S A R O U N D 1 0 0 G b / s . WELL, LIFI WILL MAKE IT LOOK LIKE A DIAL UP CONNECTION. L I F I B O A S T S A S P E E D O F 2 2 5 G B / S .
- 11. Light Fidelity or Li-Fi is a Visible Light Communications (VLC) system running wireless communications travelling at very high speeds. Li-Fi uses common household LED to enable data transfer. HOW?
- 16. HARALD HAAS
- 22. LIFI VS WIFI
- 24. WHERE CAN LIFI BE APPLIED?