LIFI
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Li-Fi uses white LED light bulbs to transmit data through variations in light intensity. A receiver converts the light signals to an electrical signal and data stream. Li-Fi has advantages over Wi-Fi like better security, higher speeds, and lack of interference. However, it requires line of sight and may be affected by other light sources. The technology has been successfully demonstrated with a table lamp transmitting over 10Mbps.
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*LI-FI is transmission of data through illumination, sending data through a LED light bulb that varies in intensity faster than human eye can follow.
*It is the fast and wireless communication system which is optical version of the Wi-Fi.
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Recent improvements to this resonant system include using a movable transmission coil (i.e. mounted on an elevating platform or arm) and the use of other materials for the receiver coil made of silver plated copper or sometimes aluminium to minimize weight and decrease resistance due to the skin effect.
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through Illumination”. The term Li-Fi was first used by Haas in his TED Global talk on Visible Light Communication. According to Hass, the light, which he referred to as „DLight‟, can be used to produce data rates higher than 1 Giga bits per second which is much faster than our average broadband connection.
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The slides illustrate and visualize the design of a simple LIFI application-underwater communication. Using some pre-programmed module with the aim of understanding the concept of VLC visible light communication.
Read full preprint: https://www.researchgate.net/publication/348294258_Conceptual_Design_of_LiFi_Audio_Transmission_Using_Pre-Programmed_Modules
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This document discusses wireless charging technologies, including inductive charging, resonance charging, and radio charging. It provides details on how each works, such as using electromagnetic induction or radio waves to transmit power over short distances without wires. Applications are mentioned, like charging phones, electric cars, and other devices. Advantages include convenience and reducing electronic waste, while disadvantages are inefficiency over longer distances.
Li-Fi
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Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It was invented by German physicist Harald Haas in 2011. Li-Fi provides higher speed and more secure data transmission than Wi-Fi as it does not penetrate walls and uses visible light spectrum which is in abundance. It has applications in traffic lights, airlines, petrochemical plants and underwater where radio waves cannot be used. While Li-Fi has advantages of high speed, security and availability, it also faces challenges of line of sight requirement and interference from other light sources.
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more visit:- http://www.energous.com/
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Li-Fi technology
Li-Fi technology is the one in which data is transferred from one place to another via LED environment.
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Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It is a bidirectional, high-speed and fully networked wireless communication technology. Li-Fi uses visible light communication and is similar to Wi-Fi but uses light rather than radio waves. The document discusses the history, working, advantages and applications of Li-Fi such as in hospitals, power plants, and dense urban environments. It provides comparisons with Wi-Fi and discusses challenges and the future scope of Li-Fi technology.
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The document presents information on wireless charging. It discusses how wireless charging works using magnetic resonance to transfer electrical current between coils, without physical connectors. The process involves converting mains voltage to high frequency AC in the transmitter coil to induce a magnetic field, which generates current in the receiver coil to charge a battery. Advantages include eliminating different chargers and reducing risk of shock, while limitations include slower charging and potential radiation effects. Applications include charging smartphones, wearables, and medical devices. The future of wireless charging is dropping devices on charging pads without cables.
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Wireless charging is a method of charging batteries without cables or adapters by using electromagnetic fields. There are three main types of wireless charging: resonant charging, inductive charging, and radio charging. Resonant charging uses coils tuned to the same frequency to transfer power over larger distances and is used for electric cars and robots. Inductive charging creates an electromagnetic field to induce current in a receiving coil and is used for phones, MP3 players, and electric toothbrushes. Radio charging propagates radio waves to power devices like watches and hearing aids. The basic design consists of a transmitter that sends power signals, antennas to mediate between transmitter and receiver, and a receiver to rectify alternating current into direct current to charge a battery.
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Wireless Charging: Measuring efficiency in the real world
This webinar will compare the power-transfer efficiency of two wireless charging architectures. We will also propose a standard method for measuring total system efficiency and provide some insight on the major power losses of the two systems.
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This document summarizes wireless charging, including what it is, the different types (resonance, inductive, radio charging), its design overview involving transmitters, antennas, and receivers, applications like electric cars and wireless power systems, advantages such as charging multiple devices simply without electronic waste, and limitations such as needing charging stations and small charging distances. It concludes that wireless charging offers technology, portability, low cost, and simplicity by charging devices on the nearest pad.
Li-Fi Audio Transmission Project Report
Li-Fi stands for Light-Fidelity. Li-Fi is transmission of data using visible light by sending data through an LED light bulb that varies in intensity faster than the human eye can follow. If the LED is on, the photo detector registers a binary one; otherwise it‟s a binary zero. The idea of Li-Fi was introduced by a German physicist, Harald Hass, which he also referred to as “Data
through Illumination”. The term Li-Fi was first used by Haas in his TED Global talk on Visible Light Communication. According to Hass, the light, which he referred to as „DLight‟, can be used to produce data rates higher than 1 Giga bits per second which is much faster than our average broadband connection.
This Project discusses the implementation of the most basic Li-Fi based system to
transmit Sound signal from one device to another through visible light. The purpose is to demonstrate only the working of the simplest model of Li-Fi with no major consideration about the data transfer speed. This model will demonstrate how the notion of one-way communication via visible light works, in which Light emitting diodes (LEDs) are employed as the light sources or Transmitter antennas. the sound is transferred by light and is detected at the receiver without fading.
Wireless Charging in mobiles
Wireless charging works by using magnetic induction to transfer energy between two coils. When electricity flows through a charging coil, it creates a magnetic field that induces a current in a receiving coil connected to a device battery. Early experiments with wireless power transmission date back to Nikola Tesla in 1901, while more recent research by MIT in 2007 demonstrated wireless charging over distances of a few meters. Wireless charging technologies include magnetic induction, resonance charging, radio frequency and optical charging, enabling convenient charging of devices without cables.
Wireless charging presentation
Wireless charging uses electromagnetic induction or resonance to transfer power between devices without cables or plugs. There are three main types: resonant charging which uses coils tuned to the same frequency, inductive charging which also uses coils and electromagnetic induction, and radio frequency charging which transmits power via radio waves. Wireless charging has applications for phones, laptops, cars, and medical implants. It provides convenience but range is limited and infrastructure may be scarce. Research continues to improve the technology.
Wireless charging
Wireless charging uses electromagnetic induction to transfer energy between two objects over short distances, allowing devices to charge without plug-in cables. Its history dates back to Nikola Tesla's 1902 patent, though modern wireless charging standards like Qi were established in 2009. It works by using a transmitter coil to produce alternating current which induces a current in a receiver coil to charge a battery. Applications include charging phones, laptops, electric vehicles and more, though it has lower efficiency and slower charging than wired methods.
Li-Fi
Li-Fi uses LED lights to transmit data wirelessly by switching the lights on and off very quickly. It has the potential to overcome issues with radio wave wireless technologies like limited capacity, inefficiency, limited availability in some areas, and security issues. Li-Fi provides over 10,000 times more available spectrum than radio waves and has already been demonstrated to transmit data speeds over 10Mbps. It could be used anywhere there is light and avoids issues with penetrating walls or being intercepted. Potential applications include use in places where radio waves don't work well like hospitals, traffic lights, street lights, and aircraft.
Audio Transmission using LED
The slides illustrate and visualize the design of a simple LIFI application-underwater communication. Using some pre-programmed module with the aim of understanding the concept of VLC visible light communication.
Read full preprint: https://www.researchgate.net/publication/348294258_Conceptual_Design_of_LiFi_Audio_Transmission_Using_Pre-Programmed_Modules
Wireless charging technology ppt
Here you will learn about the wireless charging technology and the latest charge over the air technology.
Wireless charging
This document discusses wireless charging technologies, including inductive charging, resonance charging, and radio charging. It provides details on how each works, such as using electromagnetic induction or radio waves to transmit power over short distances without wires. Applications are mentioned, like charging phones, electric cars, and other devices. Advantages include convenience and reducing electronic waste, while disadvantages are inefficiency over longer distances.
Li-Fi
Li-Fi is a technology that uses light from LED lights to transmit data wirelessly. It has the potential to overcome some of the issues with traditional radio wave Wi-Fi technology, including having a much larger available spectrum, being more energy efficient, working in places where radio waves don't, and having more secure transmissions that can't pass through walls. The technology works by varying the intensity of LED lights very quickly in a way imperceptible to the human eye to transmit data. It has already been demonstrated to work at speeds over 10Mbps. If widely adopted, it could transform wireless internet access by taking advantage of the billions of LED lights that already exist.
Wireless charging for mobile phone
Wireless charging is a one of newest technological area on which scientists working on. This will change the way we live our lives.
Wireless mobile battery
This document describes a wireless mobile battery charger circuit. It works on the principle of mutual inductance to transfer power wirelessly from a transmitter coil to a receiver coil based on inductive coupling. The transmitter section consists of a DC power source, oscillator, and transmitter coil to generate an alternating magnetic field. The receiver section uses a receiver coil, rectifier, voltage regulator, and IC to provide regulated DC power to charge a mobile device wirelessly. Benefits include convenience while drawbacks include lower efficiency and higher cost compared to wired charging. Future applications could include charging electric vehicles and other devices without wires.
Li fi
Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It was invented by German physicist Harald Haas in 2011. Li-Fi provides higher speed and more secure data transmission than Wi-Fi as it does not penetrate walls and uses visible light spectrum which is in abundance. It has applications in traffic lights, airlines, petrochemical plants and underwater where radio waves cannot be used. While Li-Fi has advantages of high speed, security and availability, it also faces challenges of line of sight requirement and interference from other light sources.
About Wireless Charging
Wireless Charging which is technically called as Inductive charging uses an electromagnetic field to transfer energy between two objects. This is actually done with the help of a charging station. Energy transferred can then be used to charge batteries or run the device.
more visit:- http://www.energous.com/
Wireless power technology way to wireless world
Wireless power technology allows for the transmission of electrical energy without wires. It is useful when wires are inconvenient or impossible. Wireless power standards like Qi are being developed to enable charging of devices up to a meter away and over 60 watts for applications like laptops. Many companies are working to integrate wireless charging into consumer electronics and vehicles to provide a more convenient charging experience without connectors. The wireless power market is forecast to grow significantly as the technology is adopted into more devices and locations over the next decade.
Wireless charging
This document discusses wireless charging, including its types, design overview, applications, advantages, and limitations. Wireless charging uses electromagnetic induction or resonance to transfer power between two coils without wires. The three main types are resonance charging, inductive charging, and radio charging. A wireless charging system consists of a transmitter, antenna, and receiver. Wireless charging can power devices like phones and laptops but has limitations in efficiency and range for larger devices.
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Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It is a bidirectional, high-speed and fully networked wireless communication technology. Li-Fi uses visible light communication and is similar to Wi-Fi but uses light rather than radio waves. The document discusses the history, working, advantages and applications of Li-Fi such as in hospitals, power plants, and dense urban environments. It provides comparisons with Wi-Fi and discusses challenges and the future scope of Li-Fi technology.
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lifi circuit.pdf
INTRODUCTION LiFi , also known as "Light Fidelity" is a wireless optical networking technology, which uses lightemitting diodes (LEDs) to transmit data. In 2011, professor Haas made a LiFi Harald demonstration at the TED (Technology, Entertainment, Design) Global Talk on Visible Light Communication (VLC).
LiFi (also known as light fidelity) is a technology for the wireless transmission of data between devices LiFi uses light as a medium for transmission of data. LED are the source used for encoding data by switching the light on and off during regular intervals to create a binary code.
Li fi technology
Li-Fi is a technology that uses visible light communication and light-emitting diodes (LEDs) to transmit data wirelessly. It can provide higher speeds than Wi-Fi and has advantages like no interference with other wireless networks, more bandwidth availability, and more secure connections. Li-Fi works by varying the intensity of light from an LED to transmit digital signals. A photodetector converts the light signals into electrical signals to decode the data. Potential applications of Li-Fi include use in aircraft cabins, petrochemical plants, hospitals, lecture halls, homes, and underwater environments.
Light-Fidelity [Li-Fi}
Li-Fi stands
for Light-Fidelity is transmission of data through
illumination taking the fibber out of fiber optic by
sending data through an LED light bulb
Li fi technology
Li-Fi uses visible light communication and LED bulbs to transmit data wirelessly. It has several advantages over Wi-Fi such as higher speeds, more secure transmission since light cannot penetrate walls, lower energy consumption, and an abundant amount of spectrum. Li-Fi could be used in places where Wi-Fi poses issues, like hospitals, aircraft, and industrial environments. While it has limitations like inability to pass through solid objects and susceptibility to interference from other light sources, Li-Fi is a promising wireless technology if these challenges can be addressed.
Li fi
Li-Fi stands for Light-Fidelity. Li-Fi is transmission of data using visible light by sending data through an LED light bulb that varies in intensity faster than the human eye can follow. If the LED is on, the photo detector registers a binary one; otherwise it’s a binary zero. The idea of Li-Fi was introduced by a German physicist, Harald Hass, which he also referred to as “Data through Illumination”. The term Li-Fi was first used by Haas in his TED Global talk on Visible Light Communication. According to Hass, the light, which he referred to as ‘DLight’, can be used to produce data rates higher than 1 Giga bits per second which is much faster than our average broadband connection.
Here a practical circuit to transfer audio signal is implemented
IRJET- Audio Transmission and Waveform Shaping using Visible Light Commun...
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Li-Fi is a wireless optical networking technology that uses light-emitting diodes (LEDs) for data transmission. It was coined by Harald Haas at the University of Edinburgh in 2011. Li-Fi provides higher speeds and more bandwidth than Wi-Fi, with the added benefit of not interfering with other wireless networks. Li-Fi works by varying the rate at which an LED light flickers on and off, which encodes data. Products like Li-Fi 1st and Li-Flame have been developed to transmit data through LED lights at speeds up to 5Mbps downlink and 5Mbps uplink within a range of 3 meters. Solar Li-Fi uses existing LED lights and solar panels to transmit
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Li fi
LI-FI is transmission of data through illumination ,i.e. sending data through a LED light bulb that varies in intensity faster than human eye can follow
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Li-Fi is a visible light communication technology that can provide wireless internet access at high speeds using LED light bulbs. It works by varying the intensity of LED lights faster than what the human eye can detect to transmit data. Researchers have achieved speeds over 500 megabytes per second in the lab. Li-Fi was pioneered by Professor Harald Haas and could offer connection speeds faster than most broadband internet access. It provides a safe and unlimited spectrum alternative to Wi-Fi for wireless connectivity indoors.
Visible Light Communication and Device Switching Using Embedded Web Server
Abstract: A wireless optical networking technology that uses light-emitting diodes (LEDs) for transmission of data can be termed as Li-Fi also known as Visible Light Communication. The main purpose of this paper is particularly to show the advantages of Li-Fi technology in audio transmission and device switching using an embedded web server with light as the medium of transmission. Here the LED is used as the source of light for transmitting the necessary information to the receiver. This technology enables in sending more data to the receiving end very quickly. Li-Fi makes use of transmitter fitted with LED lamps that can illuminate a room as well as transmit information. As this technology uses LEDs, there is no need of separate infrastructure to be deployed exclusively for this purpose. Thus existing LED lights in conjunction with a transmitter circuit can be used for data transmission which can be received by the receiver equipped with appropriate circuitry thereby reducing the use of Radio Frequency for wireless transmission of data.
Li fi future technology
Li-Fi is a fast, cheap optical version of Wi-Fi that uses visible light communication (VLC) to transmit data wirelessly using light. It uses LED bulbs that can be flickered on and off at extremely high speeds to transmit binary data, allowing for much higher speeds than traditional Wi-Fi. Li-Fi provides secure, high-speed communication anywhere there is light and has the potential for uses like traffic updates from street lights or underwater communication. However, it requires light sources to be on and has a shorter range than Wi-Fi.
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LIFI
- 16. CONSTRUCTION & WORKING OF LI-FI
- 17. ж Li-Fi is implemented using white LED light bulbs at downlink transmitter. ж By fast variations of the current, optical output can be made to vary at extremely high speeds. ж An overhead lamp fitted with an LED with signal processing technology streams data embedded in its beam at ultra high speeds to the photodiodes. ж A receiver dongle then converts the tiny changes in amplitude into an electrical signal, which is then converted back into a data stream & transmitted to a computer or mobile device.
- 19. In vehicles and traffic lights,reducing traffic accidents and traffic congestion
- 24. Availability Efficiency Harmless High Security Ease of use Fast Data Transfer Low Cost
- 25. What will be the effect of interferences from external light sources like sun light & normal bulbs? What about the limited bandwidth of the existing copper cables used for electrical connections? Where do the connections uplink, how serious are the modifications needed to the power grid? How will other devices react if you inject a high frequency into mains? Initial setup cost. Presence of light is essential. There should be line of sight.
- 27. YES THIS ALREADY PROVEN. HARALD HAAS DEMONSTRATED HIS INVENTION USING AN ORDINARY TABLE LAMP THAT SUCCESSFULLY TRANSMITTED DATA AT SPEEDS EXCEEDING 10Mbps USING LIGHT WAVES FORM LED LIGHT BULBS TO A COMPUTER LOCATED BELOW THE LAMP.TO PROVE THAT THE LIGHT WAS THE SOURCE OF THE DATA STREAM HE PERIODICALLY BLOCKED THE BEAM OF LIGHT , CAUSING THE CONNECTION TO DROP.