Toung drive
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The document describes a tongue drive system, which is an inductive tongue-computer interface designed to help people with spinal cord injuries control their environment. It works by attaching a tiny magnet to the tongue, which is detected by sensors and used to control a computer cursor or powered wheelchair. The system takes advantage of the direct connection between the tongue and brain without needing hands or legs. The newer version is smaller, wireless, and can recharge, allowing for control of assistive devices with quick tongue movements. The tongue drive system aims to improve independence and quality of life for users.
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Kc techsem tds
The document describes a Tongue Drive System, an assistive technology that allows severely disabled individuals to control their environment through tongue movements. A small magnet is attached to the tongue, and its movements are detected by sensors in a headset or dental brace. The sensor signals are transmitted to a computer and converted into commands to control a cursor or powered wheelchair. Initial testing with novice users found response times under one second with 100% accuracy for six tongue commands, allowing basic computer and mobility functions. Further clinical trials are needed before commercial development. The system aims to give severely disabled people more independence through control of devices with their tongues.
Tongue Drive System
Hi friends! I have shared a PPT of Tongue Drive System.
The "Tongue Drive" system is a wireless tongue-operated assistive technology developed for people with severe disability to control their environments such as:
Wheel chairs
Computers
Other devices
It is a very User friendly system for the Severe disabled persons.
Tongue Operated Wheel Chair
The document describes a Tongue Driver System (TDS) which is an assistive technology that allows users to control devices through voluntary tongue motions. It works by detecting the movement of a small magnet attached to the tongue using magnetic sensors placed in the mouth. The signals from the sensors are sent wirelessly to a microcontroller and used to assign specific tongue movements to commands for operating wheelchairs, computers, phones and other devices. The TDS provides an alternative control method that does not require the use of hands or feet and could help people with disabilities.
Tongue motion controlled wheel chair
The document describes a tongue-operated wheelchair control system called the Tongue Drive system (TDS). TDS uses small magnets attached to the tongue and hall effect sensors in a headset to detect and classify voluntary tongue motions, which are then used to control a powered wheelchair. The system consists of hall effect sensors that detect the magnet's position, a microcontroller that collects the sensor data and determines the appropriate direction to move the motors based on an intelligent embedded C program. This allows people with severe disabilities to effectively control a wheelchair through tongue motions.
Tongue drive system
The document describes the Tongue Drive System (TDS), an assistive technology that allows people with severe disabilities to control their environment using only their tongue. [1] TDS uses a small magnet pierced on the tongue and magnetic sensors to detect tongue movements and send wireless signals to control devices like powered wheelchairs. [2] It provides an alternative to existing assistive technologies that have limitations. The document outlines the components, working, advantages and limitations of the TDS.
TONGUE DRIVE SYSTEM win10
Tongue Drive System is an assistive technology that allows people with severe disabilities to control devices with their tongue. It uses a small permanent magnet pierced on the tongue and magnetic sensors on a dental retainer to track the tongue's motion. The sensors send signals to a microcontroller that processes the tongue's position and movement. This allows users to wirelessly control wheelchairs, computers, phones and other devices through natural tongue gestures. The system provides an effective control option as the tongue is generally spared from spinal cord injuries and neuromuscular disorders.
Tounge drive system
The document describes the Tongue Drive System (TDS), a wireless assistive technology that allows people with severe disabilities to control devices using their tongue. The TDS uses a small magnet attached to the tongue and magnetic sensors to detect tongue movements and wirelessly transmit commands to targeted devices. It can take 30 minutes to learn to use the TDS. The TDS aims to help severely disabled individuals experience independent living.
Team7 report
This document describes a project to create a tongue-driven wheelchair control system using a microcontroller. It includes 4 chapters: an introduction describing the motivation and components of the project, hardware components including sensors, a microcontroller and motor driver, software components including analog-to-digital conversion and pulse-width modulation algorithms, and conclusions. The system is intended to provide independent mobility for people with severe disabilities by detecting tongue motion with magnetic sensors and using the signals to control a powered wheelchair.
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Kc techsem tds
The document describes a Tongue Drive System, an assistive technology that allows severely disabled individuals to control their environment through tongue movements. A small magnet is attached to the tongue, and its movements are detected by sensors in a headset or dental brace. The sensor signals are transmitted to a computer and converted into commands to control a cursor or powered wheelchair. Initial testing with novice users found response times under one second with 100% accuracy for six tongue commands, allowing basic computer and mobility functions. Further clinical trials are needed before commercial development. The system aims to give severely disabled people more independence through control of devices with their tongues.
Tongue Drive System
Hi friends! I have shared a PPT of Tongue Drive System.
The "Tongue Drive" system is a wireless tongue-operated assistive technology developed for people with severe disability to control their environments such as:
Wheel chairs
Computers
Other devices
It is a very User friendly system for the Severe disabled persons.
Tongue Operated Wheel Chair
The document describes a Tongue Driver System (TDS) which is an assistive technology that allows users to control devices through voluntary tongue motions. It works by detecting the movement of a small magnet attached to the tongue using magnetic sensors placed in the mouth. The signals from the sensors are sent wirelessly to a microcontroller and used to assign specific tongue movements to commands for operating wheelchairs, computers, phones and other devices. The TDS provides an alternative control method that does not require the use of hands or feet and could help people with disabilities.
Tongue motion controlled wheel chair
The document describes a tongue-operated wheelchair control system called the Tongue Drive system (TDS). TDS uses small magnets attached to the tongue and hall effect sensors in a headset to detect and classify voluntary tongue motions, which are then used to control a powered wheelchair. The system consists of hall effect sensors that detect the magnet's position, a microcontroller that collects the sensor data and determines the appropriate direction to move the motors based on an intelligent embedded C program. This allows people with severe disabilities to effectively control a wheelchair through tongue motions.
Tongue drive system
The document describes the Tongue Drive System (TDS), an assistive technology that allows people with severe disabilities to control their environment using only their tongue. [1] TDS uses a small magnet pierced on the tongue and magnetic sensors to detect tongue movements and send wireless signals to control devices like powered wheelchairs. [2] It provides an alternative to existing assistive technologies that have limitations. The document outlines the components, working, advantages and limitations of the TDS.
TONGUE DRIVE SYSTEM win10
Tongue Drive System is an assistive technology that allows people with severe disabilities to control devices with their tongue. It uses a small permanent magnet pierced on the tongue and magnetic sensors on a dental retainer to track the tongue's motion. The sensors send signals to a microcontroller that processes the tongue's position and movement. This allows users to wirelessly control wheelchairs, computers, phones and other devices through natural tongue gestures. The system provides an effective control option as the tongue is generally spared from spinal cord injuries and neuromuscular disorders.
Tounge drive system
The document describes the Tongue Drive System (TDS), a wireless assistive technology that allows people with severe disabilities to control devices using their tongue. The TDS uses a small magnet attached to the tongue and magnetic sensors to detect tongue movements and wirelessly transmit commands to targeted devices. It can take 30 minutes to learn to use the TDS. The TDS aims to help severely disabled individuals experience independent living.
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This document describes a project to create a tongue-driven wheelchair control system using a microcontroller. It includes 4 chapters: an introduction describing the motivation and components of the project, hardware components including sensors, a microcontroller and motor driver, software components including analog-to-digital conversion and pulse-width modulation algorithms, and conclusions. The system is intended to provide independent mobility for people with severe disabilities by detecting tongue motion with magnetic sensors and using the signals to control a powered wheelchair.
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This document presents a summary of Google Glass. It was presented by Nidhin P Koshy for the ECE department at TKMIT. Google Glass is a wearable computer with an augmented reality display developed by Google. It features a camera, display, touchpad, battery and microphone built into a spectacle frame. The display uses a prism to project 640x360 resolution graphics equivalent to a 25 inch screen from 8 feet away. Voice commands through the microphone allow users to take pictures, get directions, send messages and more just by speaking. While innovative, some disadvantages are potential privacy issues from photos taken without permission and distraction from the visual display blocking the user's line of sight.
Digital wallet (e-wallet)
A digital wallet allows users to store payment and loyalty card information electronically rather than physically. It authenticates users and facilitates contactless payment using technologies like near field communication (NFC). Digital wallets provide advantages over physical wallets like convenience, flexibility, and safety. While systems issues, security concerns, and user experience challenges remain, major companies are developing digital wallet applications that can be used to pay at retail locations and transfer funds between individuals.
CYBER TERRORISM
The document discusses the emerging threat of cyber terrorism and how terrorists can use internet-based attacks to cause widespread disruption and damage. It notes that cyber terrorism allows attackers to remain anonymous, has no boundaries, and costs little to perpetrate. Common cyber attack methods include hacking, introducing viruses, website defacing, and denial-of-service attacks. Examples of past cyber terrorist incidents like the 9/11 attacks, 2008 Ahmedabad bombings, and 2008 Mumbai attacks are described. The document emphasizes the importance of prevention through maintaining security software and being cautious online to avoid becoming victims of cyber terrorism.
Brain gate
The Braingate system allows a paralyzed man to control a computer using his thoughts by monitoring brain activity and converting intentions into commands. It was developed in 2003 by Cyberkinetics and Brown University scientists to help those who have lost limb control, like spinal cord injury patients, operate devices. The system includes a neurochip implanted on the motor cortex that detects neural signals which are transmitted to an external processor and converted to control a computer cursor. This provides an alternative pathway for communication and operating external devices through thought.
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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Earthquake Early Warning Systems Using Wireless Sensor Networks
An earthquake early warning system is proposed that uses wireless sensor networks and the Internet of Things. Sensors placed on the ground surface can detect P and S seismic waves from an earthquake. The faster moving P waves trigger alerts that are transmitted via Zigbee transmitters to a gateway and then through the Internet of Things to smartphones, providing early warning before the slower but stronger S waves arrive. This could help save many human lives. The system design includes sensors, Arduino/NodeMCU microcontrollers, software components like Embedded C, and outputs alerts through phones and emails. Evaluation of the system shows it can successfully detect seismic waves and transmit warnings.
Seminar soli.pptx
This document discusses Project Soli, a technology developed by Google that uses miniature radar chips to detect touchless hand gestures. The Soli chip is only 5x5mm in size but can accurately detect sub-millimeter finger motions in 3D at 10,000 frames per second using 60GHz radar waves. It works by emitting and receiving electromagnetic waves to track hand motions and translate them into commands. Potential applications include controlling phones, computers, medical devices and games without touching them. While promising more natural interaction, Soli also faces challenges in range, security and cost.
Google soli project.wmv
I do not have the ability to assign marks. I am an AI assistant created by Anthropic to be helpful, harmless, and honest.
Vibra phone nirupam
- The document discusses using a vibration motor in mobile devices as a sound sensor by processing the back-EMF signal produced in response to ambient sounds.
- It demonstrates that speech can be reconstructed from the noisy, low-bandwidth back-EMF signal with over 80% accuracy for human listeners and 60% for speech recognition software.
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Tongue motion controlled wheel chair
The document describes a tongue-operated wheelchair control system called the Tongue Drive system (TDS). TDS uses small magnets attached to the tongue and hall effect sensors in a headset to detect and classify voluntary tongue motions, which are then used to control a powered wheelchair. The system consists of hall effect sensors that detect the magnet's position, a microcontroller that collects the sensor data and determines the appropriate direction to move the motors based on an intelligent embedded C program. This allows people with severe disabilities to effectively control a wheelchair through tongue motions.
Touch screen
A touchscreen is a computer display screen that is sensitive to human touch, allowing users to interact with the computer by touching words or images on the screen. The document discusses the history of touchscreens and how they work. It describes the main components of a basic touchscreen - the touch sensor, controller, and software driver. It also explains the three main touchscreen technologies: resistive, capacitive, and surface acoustic wave. Resistive touchscreens use layers that make contact when touched, while capacitive screens detect finger capacitance. Surface acoustic wave screens use transducers and reflectors to locate touches.
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This document summarizes a presentation on a brain-controlled car for disabled individuals using artificial intelligence. The car utilizes a biocontrol system that integrates brain signals from the driver with an automatic security system and navigation system. The brain computer interface monitors EEG signals to detect driver intentions and control the vehicle. Test results showed increased driver accuracy when using the brain computer interface. The security system monitors for unstable driver states and engages autonomous mode if needed. The navigation system stores routes in a map database and chooses the shortest route using traffic data. The goal is to revolutionize mobility for disabled people and reduce barriers between able and disabled.
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RADAR SYSTEM
This document provides an introduction to radar surveillance systems. It explains that radar uses radio waves to detect objects by emitting signals that bounce off objects and return to the receiver. The time it takes allows the radar to calculate distance. The document outlines the components of a radar system including ultrasonic sensors to collect data, an Arduino microcontroller to calculate distance, a servo motor to direct the sensor, and an LCD display to output results. It provides code snippets and diagrams of the system and discusses applications in security, traffic control, and more. In conclusion, the document discusses the advantages of radar and potential future applications like self-driving cars.
Third Eye for Blind Ultrasonic Vibration Gloves.pptx
The concept of a “Third eye for Blind" typically refers to a wearable device that helps individuals who are visually impaired to navigate their surroundings more easily. One such device is an ultrasonic vibrator glove.
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This document proposes a system to detect power theft by monitoring energy meters and a distribution transformer. It would work by converting the disc revolutions of meters and the transformer into pulses, frequency division multiplexing the pulses and transmitting them over power lines. At the receiver end, the pulses would be counted and compared; a difference above a threshold would indicate power theft. The system has 4 sections: transmitting pulses over power lines, receiving signals, processing the counts, and displaying the meter readings. It would use a microcontroller for processing and help electricity boards detect the location and amount of stolen power.
Al044249252
Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
ppt.pptx
This document describes an IOT-based anti-theft flooring mat system. The system uses piezo sensors embedded in floor tiles that detect intruders stepping on the tiles. When pressure is applied, the sensors activate a transmitter to send a notification to the IOT system. The system is powered by a NodeMCU processor and includes an OLED display and solenoid lock. It provides real-time intruder alerts to homeowners through mobile phone updates. The system aims to effectively identify human intruders and reduce response time compared to existing solutions.
Ppt for automatic plant irrigation system
This document describes an automatic plant irrigation system that uses sensors and a microcontroller to control a motor and irrigation facilities based on soil moisture levels. The system consists of a sensor circuit to measure moisture, a microcontroller circuit, and a motor driver circuit. Sensors send signals to the microcontroller when the soil is dry or wet compared to a reference voltage. This turns the motor on to pump water when dry and off when wet, displaying the status on an LCD screen. The system aims to simplify irrigation for farms and gardens by automating the process based on soil conditions.
Near field communication
It is a short-range wireless connectivity standard that uses magnetic field induction to enable communication between devices when they're touched together, or brought within a few centimeters of each other.
Automotive Collision Avoidance System Using In Solar Powered Smart E-Vehicle
This document summarizes an automotive collision avoidance system that uses an eye blink sensor and notification system in solar powered smart electric vehicles. It detects driver drowsiness using an eye blink sensor and controls the vehicle if the driver is in a sleepy state to prevent accidents. A vibration sensor detects accidents and notifies emergency services using GPS and GSM modules. The system aims to make rescue efforts faster by quickly notifying authorities of accidents. It explains the working of eye blink, vibration, ultrasonic sensors and an Arduino Nano microcontroller. The system is proposed to be implemented in electric vehicles as it would be easier than in fuel-powered vehicles.
final project
This document describes an ultrasonic spectacles and waist-belt system for visually impaired and blind people. The system uses ultrasonic sensors to detect obstacles in front, left, and right directions up to 500cm away. It calculates the distance to detected objects and provides navigation guidance via prerecorded speech messages to help the user avoid obstacles. The system is controlled by a microcontroller that processes real-time sensor data and triggers the appropriate audio messages.
Hand Motion Controlled Robotic Vehicle with Obstacle Detection
This document describes a hand motion controlled robotic vehicle that can detect obstacles. The system uses an accelerometer mounted on a glove to detect the wearer's hand motions and transmit signals to control the movement of the robotic vehicle. The vehicle is also equipped with ultrasonic sensors to detect obstacles and prevent collisions. The system allows the user to control vehicle movement in forward, backward, left, and right directions through hand gestures alone without pressing buttons. Future applications could include using it as a travel assistant or for hazardous work and surveys where remote control is needed.
Haptics Touchscreens
Haptics provide tactile feedback in touch screens and devices through different technologies. Actuator-based haptics use motors or piezoelectric actuators to vibrate the device. Electrostatic force-based haptics apply varying electric charges to create attractive or repulsive forces on the finger. Tactus' tactile display uses a transparent and flexible layer that can raise physical buttons through controlled fluid pressure. These haptics technologies improve usability, enhance realism, and restore the sense of touch lost on flat screens. Upcoming innovations may integrate haptics into touchscreens to allow localized feedback.
Embedded system projects for final year Bangalore
This document discusses several embedded system and engineering projects that could be implemented as final year student projects. It provides examples of embedded system projects involving mind control robots, clock automation, sound detection systems, and more. It also lists various application areas for embedded systems like consumer electronics, medical devices, automobiles, and more. Finally, it provides contact information for an engineering project lab in Bangalore, India that offers support for students to implement different types of final year projects.
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Toung drive
- 2. INTRODUCTION THE TONGUE DRIVE SYSTEM IS A NEW INDUCTIVE TONGUE-COMPUTER INTERFACE TECHNOLOGY. SPECIALLY DESIGNED FOR PEOPLE, PEOPLE WHO GOT SPINAL CORD INJURIES TONGUE DRIVE SYSEM IS MAINLY DESIGNED TO CONTROL ENVIROMENT
- 3. WHY WE USE TONGUE THE TONGUE TO CONTROL THE SYSTEM BECAUSE UNLIKE THE FEET AND THE HANDS, WHICH ARE CONNECTED BY BRAIN THROUGH SPINALCORD. THE TONGUE AND THE BRAIN HAS A DIRECT CONNECTION THROUGH CRANIAL NERVE. TONGUE MOVEMENTS ARE ALSO FAST, ACCURATE AND DO NOT REQUIRE MUCH THINKING, CONCENTRATION OR EFFORT
- 4. DESIGN OF TONGUE DRIVE EARLIER VERSION A TINY MAGNET, ONLY A SIZE OF A GRAIN OR RICE, IS ATTACHED TO AN INDIVIDUAL'S TONGUE USING ADHESIVE THE MAGNET ATTACHED TO THE TONGUE ARE SPOTTED BY A NUMBER OF MAGNETIC FIELD SENSORS INSTALLED ON A HEADSET WORN OUTSIDE
- 5. WORKING PRINCIPLE EARLIER VERSION MOVEMENT OF THE MAGNETIC TRACER ATTACHED TO THE TONGUE IS DETECTED BY AN ARRAY OF MAGNETIC FIELD SENSORS. THE SENSOR OUTPUT SIGNALS ARE WIRELESSLY TRANSMITTED TO A PORTABLECOMPUTER, WHICH CAN BE CARRIED ON THE USER'S CLOTHING OR WHEELCHAIR. ACCORDING TO TOUNG MOMENT CONDITION IS TAKE AN LEFT, RIGHT, TO MOVE THE WHEELCHAIR
- 6. WORKING PRINCIPLE EARLIER VERSION
- 7. DESiGN OF TONGUE DRIVE NEW VERSION THE MOUTH DEVICE CONTAINS MAGNETIC FIELD SENSORS MOUNTED ON ITS FOUR CORNERS TO DETECT THE MOMENT OF THE TINY MAGNET ATTACHED TO THE TONGUE. MOUTH DEVICE
- 8. DESIGN OF TONGUE DRIVE NEW VERSION IT IS POWERED BY A LITHIUM-ION BATTERY AND HAS AN INDUCTION COIL TO RECHARGE IT AND IS PROTECTED WITH A WATER- RESISTANT MATERIAL.
- 9. WORKING PRINCIPLE NEW VERSION MOVEMENT OF THE MAGNETIC TRACER ATTACHED TO THE TONGUE IS DETECTECD BY SENSORS. THE OUTPUT SIGNALS FROM THE SENSORS ARE WIRELESSLY TRANSMITTED TO AN IPOD TOUCH OR IPHONE . SOFTWARE INSTALLED ON THE APPLE DEVICE WORKS OUT THE RELATIVE POSITION OF THE MAGNET WITH RESPECT TO THE ARRAY OF SENSORS IN REAL TIME AND INTERPRETS THE USER'S COMMANDS. WIRELESS SIGNALS FROM THE DEVICE COMMUNICATE WITH A WHEELCHAIR-DOCKED IPHONE OR IPOD WITH SOFTWARE INSTALLED THAT INTERPRETS TONGUE COMMANDS. THE MOVEMENTS CONVEYED ARE THEN USED TO CONTROL THE POWER WHEELCHAIR.
- 11. WORKING PRINCIPLE THIS INFORMATION IS THEN USED TO CONTROL THE MOVEMENTS OF A CURSOR ON THE COMPUTER SCREEN OR TO SUBSTITUTE FOR THE JOYSTICK FUNCTION IN A POWERED WHEELCHAIR.
- 12. ADVANTAGE A RESPONSE TIME OF LESS THAN ONE SECOND WE CAN CONTROL ENVIROMENTAL DEVICE EMPLOY ABILITY DISADVANTAGE SLIGHTLY COSTLIER. IMPLEMENTATION IS SLIGHTLY HARDER
- 13. Future of TCS :- TO CONTROL A ROBOTIC ARM TO USE IT TO EAT, DRINK, HOLD ANY THING AND USE IT AS A NATURAL ARM. TO DRIVE CARS
- 14. Queries