Quadcopters, or quadrotors, are multirotor helicopters that are lifted and propelled by four rotors. Unlike most helicopters, quadcopters use two sets of identical fixed pitched propellers rotating in opposite directions to control lift and torque. These were among the early successful vertical takeoff and landing vehicles. Quadcopters have various applications including surveillance, research, commercial, and recreational uses. Their design typically involves components like a frame, motors, propellers, flight controller, and battery. Proper component sizing and selection is important for stable flight.
Sensors on 3 d digitization seminar reportVishnu Prasad
The document discusses sensors for 3D digitization. It describes two main strategies for 3D vision - passive vision which analyzes ambient light, and active vision which structures light using techniques like laser range cameras. It then discusses an auto-synchronized scanner that can provide registered 3D surface maps and color data by scanning a laser spot across a scene and detecting the reflected light with a linear sensor, producing registered images with spatial and color information.
Imagine a vitamin pill-sized camera that could travel through your body taking pictures, helping diagnose a problem which doctor previously would have found only through surgery.
Drone (Quadcopter) full project report by Er. ASHWANI DIXITAshwani Dixit
This is a Fully completed Mechanical Engineering Final Year Project Report of Drone ( Quadcopter ) by Ashwani Dixit from MITM, Ujjain .
for word file of that report you can contact me - ashwanidixit49@gmail.com
Thankyou !!!!!!!!!
This presentation is elaboration about the history of Navigation System, RADAR, different types of Satellites,Global Positioning System Satellites, Wide Area Augmentation System, aircraft tracking and technology management.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
The document discusses the black box, which consists of the flight data recorder (FDR) and cockpit voice recorder (CVR). The FDR records parameters like time, pressure, speed, and the positions of controls. The CVR records audio from the cockpit for investigating accidents. Black boxes originally used magnetic tapes but now use more advanced solid state technology allowing for longer recording durations. Their recorders are powered by the plane's engines and contain underwater locator beacons to help with recovery after crashes. Black boxes provide vital information for investigating aviation accidents and improving safety.
The document provides an overview of unmanned aerial vehicles (UAVs), also known as drones. It discusses the history of UAVs beginning with early attempts in the 1910s and development that accelerated during World Wars I and II. The document describes the typical components of a UAV system and categories of UAVs based on range, altitude, and function, including reconnaissance, combat, logistics, and research. Examples of Indian UAV programs are provided, as well as various civilian and commercial uses of UAVs.
Quadcopters, or quadrotors, are multirotor helicopters that are lifted and propelled by four rotors. Unlike most helicopters, quadcopters use two sets of identical fixed pitched propellers rotating in opposite directions to control lift and torque. These were among the early successful vertical takeoff and landing vehicles. Quadcopters have various applications including surveillance, research, commercial, and recreational uses. Their design typically involves components like a frame, motors, propellers, flight controller, and battery. Proper component sizing and selection is important for stable flight.
Sensors on 3 d digitization seminar reportVishnu Prasad
The document discusses sensors for 3D digitization. It describes two main strategies for 3D vision - passive vision which analyzes ambient light, and active vision which structures light using techniques like laser range cameras. It then discusses an auto-synchronized scanner that can provide registered 3D surface maps and color data by scanning a laser spot across a scene and detecting the reflected light with a linear sensor, producing registered images with spatial and color information.
Imagine a vitamin pill-sized camera that could travel through your body taking pictures, helping diagnose a problem which doctor previously would have found only through surgery.
Drone (Quadcopter) full project report by Er. ASHWANI DIXITAshwani Dixit
This is a Fully completed Mechanical Engineering Final Year Project Report of Drone ( Quadcopter ) by Ashwani Dixit from MITM, Ujjain .
for word file of that report you can contact me - ashwanidixit49@gmail.com
Thankyou !!!!!!!!!
This presentation is elaboration about the history of Navigation System, RADAR, different types of Satellites,Global Positioning System Satellites, Wide Area Augmentation System, aircraft tracking and technology management.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
The document discusses the black box, which consists of the flight data recorder (FDR) and cockpit voice recorder (CVR). The FDR records parameters like time, pressure, speed, and the positions of controls. The CVR records audio from the cockpit for investigating accidents. Black boxes originally used magnetic tapes but now use more advanced solid state technology allowing for longer recording durations. Their recorders are powered by the plane's engines and contain underwater locator beacons to help with recovery after crashes. Black boxes provide vital information for investigating aviation accidents and improving safety.
The document provides an overview of unmanned aerial vehicles (UAVs), also known as drones. It discusses the history of UAVs beginning with early attempts in the 1910s and development that accelerated during World Wars I and II. The document describes the typical components of a UAV system and categories of UAVs based on range, altitude, and function, including reconnaissance, combat, logistics, and research. Examples of Indian UAV programs are provided, as well as various civilian and commercial uses of UAVs.
The document discusses a pill camera, which is a capsule endoscopy device used to examine the digestive tract. It is about the size of a pill and contains a camera, lights, batteries, and transmitter. Patients swallow the capsule, which takes pictures as it passes through the digestive system. The images are transmitted to a data recorder and can be reviewed later by doctors. The capsule offers a non-invasive alternative to traditional endoscopy for examining the small intestine. Key benefits include increased patient comfort and ability to capture images of hard to reach areas of the digestive tract.
Design and development of gps-gsm based Tracking system with google map based...IJCSEA Journal
This document describes a GPS-GSM based vehicle tracking system that monitors vehicle location using GPS and sends location data via GSM to a web application. The system hardware includes a GPS module, GSM module, microcontroller and other components. It takes location readings from GPS and sends them via GSM to a server hosting a web application displaying the vehicle's position on a map. The web application allows tracking the vehicle in real-time from any location. The system provides low-cost vehicle monitoring and security against theft.
Drones generate vast amounts of data, which is usually in the form of images or video streams. Identification of objects of interest, counting them, or detecting change over time, are some of the tasks that are monotonous and labor intensive.
FlytBase AI platform offers a complete solution to automate such tasks. It has been designed and optimised specifically for drone applications.
This technical seminar report summarizes information about quadcopters. It begins with an introduction that defines unmanned aerial vehicles and notes that quadcopters use four rotors for lift and propulsion. The document then discusses the basic materials needed for a quadcopter, including brushless DC motors, electronic speed controllers, propellers, and sensor boards. It explains the working principles of quadcopters, how the rotation of the four motors allows for different movements. Applications mentioned include military surveillance, commercial drone delivery services, and agricultural monitoring. The conclusion states that quadcopter control and functions continue to improve with additional research.
This document discusses night vision technology. It begins with an introduction and overview of the types and generations of night vision devices. It then discusses the key technologies used in night vision, including image intensification and thermal imaging. It provides examples of different generations of night vision goggles and their performance capabilities. It also discusses applications of night vision technology and some implementations in areas like weapons scopes, surveillance cameras, and goggles. It concludes with challenges of current systems and trends in developing more advanced night vision capabilities.
The head-up display (HUD) creates a new form of presenting information by enabling a user to simultaneously view a real scene and superimposed information without large movements of the head or eye scans.
Vehicle Speed Estimation using Haar Classifier Algorithmijtsrd
An efficient traffic management system is needed in all kinds of roads, such as off roads, highways, etc... Though several laws and speed controller has been attached to the vehicles, Speed limit may vary from road to road. Still Traffic management system faces different kinds of challenges everyday and its being a research area though number of proposals has been identified. Many numbers of methods has been proposed in computer Vision and machine learning approaches for object tracking. In this paper vehicles are identified and detected using a videos that taken from surveillance camera. The objective of the present work is to identification of the vehicles is done by using Computer vision technique and detection of vehicles using Haar cascade classifier. Detecting the vehicles using machine learning and estimating speed is tough but beneficial task. For the past few tears Convolution Neural Network CNN has been widely used in computer vision for vehicle detection and identification. This method manages to track multiple objects at real time using dlibs. P. Devi Mahalakshmi | Dr. M. Babu "Vehicle Speed Estimation using Haar Classifier Algorithm" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-1 , December 2019, URL: https://www.ijtsrd.com/papers/ijtsrd29482.pdfPaper URL: https://www.ijtsrd.com/computer-science/other/29482/vehicle-speed-estimation-using-haar-classifier-algorithm/p-devi-mahalakshmi
Eye tracking technology measures eye movements and gaze using cameras and light sources. It has various applications in research and product design. Eye trackers generally use infrared light and cameras to track the reflection of light sources off the eye to determine where a person is looking. Researchers can use eye tracking data to observe what stimuli capture people's attention and where their visual focus lies. The technology provides an unobtrusive way to understand how people interact with and process their environments.
Stealth aircraft and anti stealth technologynaveen kumar
This document discusses stealth aircraft and anti-stealth technology. It begins by defining stealth aircraft and their goals of reducing radar detection. It then explains radar and how stealth aircraft use shaping and radar-absorbing materials to reduce their radar cross-section. The document outlines different types of anti-stealth technologies including multi-static radar, passive coherent location, low-frequency band radar, and infrared detection systems. It concludes by stating that stealth aircraft are not invisible but can be detected at shorter ranges, and that counters to stealth threats should include low-frequency radars and infrared tracking systems.
This document outlines the key aspects of the i-Mouse project. It discusses: [1] What the i-Mouse is and its benefits; [2] The block diagram and literature survey of related concepts; [3] The existing and proposed systems including the architectural design and system requirements. The goal of the i-Mouse is to provide hands-free cursor control using eye tracking to help disabled users control a computer.
Marché drone civil professionnel : Point de situation et principales levées d...Antoni AUDINET
Présentation Journée AETOS 12/07/2016
Financement de la filière drones et de ses acteurs
Marché Drone Civil Professionnel
Point de Situation Marché & Principales Levées de Fonds
@World_of_Drones Antoni AUDINET
This document is a report submitted by Michael Bseliss in partial fulfillment of the requirements for a Bachelor of Technology degree in Aerospace Engineering from Amity University, Dubai. The report evaluates a practical training on the construction of a quadcopter. It includes sections on the introduction, literature review, components, flight control, applications and advantages/disadvantages of quadcopters. Key components discussed include the frame, propellers, motors, flight controller, batteries and other optional additions like cameras. Applications highlighted are in areas like agriculture, delivery services, and photography.
This document provides an overview of night vision systems in automobiles. It discusses why night vision systems are needed due to limitations of headlights. It then describes the working of active and passive night vision systems, which use infrared cameras and thermal imaging, respectively, to detect objects beyond the range of headlights. The document outlines the advantages and disadvantages of each type of system. It also discusses the LCD monitors used to display night vision images and provides some examples of automakers that use different night vision technologies.
This document discusses night vision technologies for use in cars. It begins with an introduction to night vision and the limitations of the human eye in low light conditions. It then discusses three main categories of night vision technologies: image intensification, active illumination, and thermal imaging. The document provides details on how each technology works, advantages and disadvantages. It discusses the history and generations of night vision technologies and their improvements over time. Requirements for an effective night vision system for cars are outlined, focusing on the need to see in situations where high beam headlights cannot be used due to oncoming traffic.
The document discusses autonomous vehicles, including their history, components, and future. Autonomous vehicles are cars that can drive themselves without a human driver. The first was invented in 1958. They use sensors like radar, ultrasonic, image, lidar and GPS to navigate and avoid collisions. Components like these allow the car to calculate routes and drive itself after a passenger enters a destination. Autonomous vehicles may become common in the future, helping to reduce accidents and traffic while offering passengers entertainment options like WiFi and TV during trips. However, challenges remain regarding hacking, sensor failures and reduced driving jobs.
IRJET- Microcontroller based Anesthesia InjectorIRJET Journal
1) The document describes a microcontroller-based anesthesia injector system that automatically and precisely administers anesthesia to patients during surgeries based on biomedical sensor readings.
2) The system uses a microcontroller along with sensors for temperature, blood pressure, and heart rate to monitor the patient's condition. Based on the sensor values, the microcontroller controls a DC motor and syringe pump to administer the correct amount of anesthesia.
3) The automatic system aims to overcome issues with manual administration of anesthesia by ensuring the proper amount is delivered at the necessary intervals throughout long surgeries, avoiding risks to patients from human error or oversight.
The document discusses the black box, which consists of the flight data recorder (FDR) and cockpit voice recorder (CVR). It provides a brief history, explaining the first FDR prototype was created in 1956. It describes the construction of black boxes, including their heat-resistant red paint and mounting in the aircraft's tail section. The inside contains the FDR, which records aircraft performance parameters, and the CVR, which records audio from the cockpit. Black boxes use magnetic tapes or solid state technology to store data. They aid in accident investigations by providing audio and data to help determine causes.
The advent of image-guided surgical technology has revolutionized conventional surgical techniques by providing surgeons with an intricate view of almost all body parts that includes the lobe of a brain, the nasal cavities, and even the structure of vertebrae in the spine. Computer-assisted image-guidance technology is a development to be on the lookout that will work in concert with minimally invasive techniques and is found to be much more powerful and elegant than simple X-ray technology. This minimally invasive technique enables the surgeons to obtain three-dimensional models of a patient’s anatomy that appears on a computer screen with virtual representations of real surgical instruments. Surgeries can even be fore planned virtually on the computer before a patient is subjected to anesthesia.
This presentation intends to specifically cover the unique integration of emerging technological advances in computer-assisted image-guidance and intraoperative image-guidance systems that will bring about fewer traumas to normal tissues, push forward the healing times, minor incisions, equivalent or better relief from pain, and last of all hasten the patient’s normal recovery. Highlights of the PPT include: outline of the surgical concepts behind image-guided surgery and robotic-assisted surgery; viewpoint on surgical robots designed to address surgeon’s limitations; enabling computer-assisted technologies for minimally invasive surgery, and future trends for image-guided surgical interventions sector.
Rudi Schubert (IEEE Standards Association) Challenges for Smartglasses AdoptionAugmentedWorldExpo
A discussion on the role of smart glasses in the Industry 4.0 context firstly requires a classification on the different types of smart glasses. A taxonomy for smart eyewear allows to map use cases and business requirements of the industry with the strengths and weaknesses of each class. The gap between business reality and hardware aspiration is the basis to discuss future trends and the expected evolution. Smart glasses are a key component to provide human-centered support and to connect the desk-less operator with the IoT and other elements of the cyber-physical factory of the future.
The document discusses a pill camera, which is a capsule endoscopy device used to examine the digestive tract. It is about the size of a pill and contains a camera, lights, batteries, and transmitter. Patients swallow the capsule, which takes pictures as it passes through the digestive system. The images are transmitted to a data recorder and can be reviewed later by doctors. The capsule offers a non-invasive alternative to traditional endoscopy for examining the small intestine. Key benefits include increased patient comfort and ability to capture images of hard to reach areas of the digestive tract.
Design and development of gps-gsm based Tracking system with google map based...IJCSEA Journal
This document describes a GPS-GSM based vehicle tracking system that monitors vehicle location using GPS and sends location data via GSM to a web application. The system hardware includes a GPS module, GSM module, microcontroller and other components. It takes location readings from GPS and sends them via GSM to a server hosting a web application displaying the vehicle's position on a map. The web application allows tracking the vehicle in real-time from any location. The system provides low-cost vehicle monitoring and security against theft.
Drones generate vast amounts of data, which is usually in the form of images or video streams. Identification of objects of interest, counting them, or detecting change over time, are some of the tasks that are monotonous and labor intensive.
FlytBase AI platform offers a complete solution to automate such tasks. It has been designed and optimised specifically for drone applications.
This technical seminar report summarizes information about quadcopters. It begins with an introduction that defines unmanned aerial vehicles and notes that quadcopters use four rotors for lift and propulsion. The document then discusses the basic materials needed for a quadcopter, including brushless DC motors, electronic speed controllers, propellers, and sensor boards. It explains the working principles of quadcopters, how the rotation of the four motors allows for different movements. Applications mentioned include military surveillance, commercial drone delivery services, and agricultural monitoring. The conclusion states that quadcopter control and functions continue to improve with additional research.
This document discusses night vision technology. It begins with an introduction and overview of the types and generations of night vision devices. It then discusses the key technologies used in night vision, including image intensification and thermal imaging. It provides examples of different generations of night vision goggles and their performance capabilities. It also discusses applications of night vision technology and some implementations in areas like weapons scopes, surveillance cameras, and goggles. It concludes with challenges of current systems and trends in developing more advanced night vision capabilities.
The head-up display (HUD) creates a new form of presenting information by enabling a user to simultaneously view a real scene and superimposed information without large movements of the head or eye scans.
Vehicle Speed Estimation using Haar Classifier Algorithmijtsrd
An efficient traffic management system is needed in all kinds of roads, such as off roads, highways, etc... Though several laws and speed controller has been attached to the vehicles, Speed limit may vary from road to road. Still Traffic management system faces different kinds of challenges everyday and its being a research area though number of proposals has been identified. Many numbers of methods has been proposed in computer Vision and machine learning approaches for object tracking. In this paper vehicles are identified and detected using a videos that taken from surveillance camera. The objective of the present work is to identification of the vehicles is done by using Computer vision technique and detection of vehicles using Haar cascade classifier. Detecting the vehicles using machine learning and estimating speed is tough but beneficial task. For the past few tears Convolution Neural Network CNN has been widely used in computer vision for vehicle detection and identification. This method manages to track multiple objects at real time using dlibs. P. Devi Mahalakshmi | Dr. M. Babu "Vehicle Speed Estimation using Haar Classifier Algorithm" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-1 , December 2019, URL: https://www.ijtsrd.com/papers/ijtsrd29482.pdfPaper URL: https://www.ijtsrd.com/computer-science/other/29482/vehicle-speed-estimation-using-haar-classifier-algorithm/p-devi-mahalakshmi
Eye tracking technology measures eye movements and gaze using cameras and light sources. It has various applications in research and product design. Eye trackers generally use infrared light and cameras to track the reflection of light sources off the eye to determine where a person is looking. Researchers can use eye tracking data to observe what stimuli capture people's attention and where their visual focus lies. The technology provides an unobtrusive way to understand how people interact with and process their environments.
Stealth aircraft and anti stealth technologynaveen kumar
This document discusses stealth aircraft and anti-stealth technology. It begins by defining stealth aircraft and their goals of reducing radar detection. It then explains radar and how stealth aircraft use shaping and radar-absorbing materials to reduce their radar cross-section. The document outlines different types of anti-stealth technologies including multi-static radar, passive coherent location, low-frequency band radar, and infrared detection systems. It concludes by stating that stealth aircraft are not invisible but can be detected at shorter ranges, and that counters to stealth threats should include low-frequency radars and infrared tracking systems.
This document outlines the key aspects of the i-Mouse project. It discusses: [1] What the i-Mouse is and its benefits; [2] The block diagram and literature survey of related concepts; [3] The existing and proposed systems including the architectural design and system requirements. The goal of the i-Mouse is to provide hands-free cursor control using eye tracking to help disabled users control a computer.
Marché drone civil professionnel : Point de situation et principales levées d...Antoni AUDINET
Présentation Journée AETOS 12/07/2016
Financement de la filière drones et de ses acteurs
Marché Drone Civil Professionnel
Point de Situation Marché & Principales Levées de Fonds
@World_of_Drones Antoni AUDINET
This document is a report submitted by Michael Bseliss in partial fulfillment of the requirements for a Bachelor of Technology degree in Aerospace Engineering from Amity University, Dubai. The report evaluates a practical training on the construction of a quadcopter. It includes sections on the introduction, literature review, components, flight control, applications and advantages/disadvantages of quadcopters. Key components discussed include the frame, propellers, motors, flight controller, batteries and other optional additions like cameras. Applications highlighted are in areas like agriculture, delivery services, and photography.
This document provides an overview of night vision systems in automobiles. It discusses why night vision systems are needed due to limitations of headlights. It then describes the working of active and passive night vision systems, which use infrared cameras and thermal imaging, respectively, to detect objects beyond the range of headlights. The document outlines the advantages and disadvantages of each type of system. It also discusses the LCD monitors used to display night vision images and provides some examples of automakers that use different night vision technologies.
This document discusses night vision technologies for use in cars. It begins with an introduction to night vision and the limitations of the human eye in low light conditions. It then discusses three main categories of night vision technologies: image intensification, active illumination, and thermal imaging. The document provides details on how each technology works, advantages and disadvantages. It discusses the history and generations of night vision technologies and their improvements over time. Requirements for an effective night vision system for cars are outlined, focusing on the need to see in situations where high beam headlights cannot be used due to oncoming traffic.
The document discusses autonomous vehicles, including their history, components, and future. Autonomous vehicles are cars that can drive themselves without a human driver. The first was invented in 1958. They use sensors like radar, ultrasonic, image, lidar and GPS to navigate and avoid collisions. Components like these allow the car to calculate routes and drive itself after a passenger enters a destination. Autonomous vehicles may become common in the future, helping to reduce accidents and traffic while offering passengers entertainment options like WiFi and TV during trips. However, challenges remain regarding hacking, sensor failures and reduced driving jobs.
IRJET- Microcontroller based Anesthesia InjectorIRJET Journal
1) The document describes a microcontroller-based anesthesia injector system that automatically and precisely administers anesthesia to patients during surgeries based on biomedical sensor readings.
2) The system uses a microcontroller along with sensors for temperature, blood pressure, and heart rate to monitor the patient's condition. Based on the sensor values, the microcontroller controls a DC motor and syringe pump to administer the correct amount of anesthesia.
3) The automatic system aims to overcome issues with manual administration of anesthesia by ensuring the proper amount is delivered at the necessary intervals throughout long surgeries, avoiding risks to patients from human error or oversight.
The document discusses the black box, which consists of the flight data recorder (FDR) and cockpit voice recorder (CVR). It provides a brief history, explaining the first FDR prototype was created in 1956. It describes the construction of black boxes, including their heat-resistant red paint and mounting in the aircraft's tail section. The inside contains the FDR, which records aircraft performance parameters, and the CVR, which records audio from the cockpit. Black boxes use magnetic tapes or solid state technology to store data. They aid in accident investigations by providing audio and data to help determine causes.
The advent of image-guided surgical technology has revolutionized conventional surgical techniques by providing surgeons with an intricate view of almost all body parts that includes the lobe of a brain, the nasal cavities, and even the structure of vertebrae in the spine. Computer-assisted image-guidance technology is a development to be on the lookout that will work in concert with minimally invasive techniques and is found to be much more powerful and elegant than simple X-ray technology. This minimally invasive technique enables the surgeons to obtain three-dimensional models of a patient’s anatomy that appears on a computer screen with virtual representations of real surgical instruments. Surgeries can even be fore planned virtually on the computer before a patient is subjected to anesthesia.
This presentation intends to specifically cover the unique integration of emerging technological advances in computer-assisted image-guidance and intraoperative image-guidance systems that will bring about fewer traumas to normal tissues, push forward the healing times, minor incisions, equivalent or better relief from pain, and last of all hasten the patient’s normal recovery. Highlights of the PPT include: outline of the surgical concepts behind image-guided surgery and robotic-assisted surgery; viewpoint on surgical robots designed to address surgeon’s limitations; enabling computer-assisted technologies for minimally invasive surgery, and future trends for image-guided surgical interventions sector.
Rudi Schubert (IEEE Standards Association) Challenges for Smartglasses AdoptionAugmentedWorldExpo
A discussion on the role of smart glasses in the Industry 4.0 context firstly requires a classification on the different types of smart glasses. A taxonomy for smart eyewear allows to map use cases and business requirements of the industry with the strengths and weaknesses of each class. The gap between business reality and hardware aspiration is the basis to discuss future trends and the expected evolution. Smart glasses are a key component to provide human-centered support and to connect the desk-less operator with the IoT and other elements of the cyber-physical factory of the future.
Why We Choose to Implement a Pay-Per-Use Business Model for Our High-End Medi...Flexera
This document discusses Oraya Therapeutics' decision to implement a pay-per-use business model for its medical device that treats wet age-related macular degeneration. The device provides a more durable treatment than monthly eye injections but is very expensive. A pay-per-use model using Flexera Software's FlexNet Embedded and FlexNet Operations products will help Oraya protect procedure revenue, negate risks of re-sterilization, segment markets to prevent cross-purchasing, establish flexible revenue recognition, support multi-tier distribution, and provide visibility into sales and device usage. The solution meets Oraya's business and product needs.
Smart Eye's objective is to be the leading provider of eye tracking systems for vehicles and research. It aims to understand, assist with, and predict human intentions through eye tracking technology. Eye tracking is useful for research into visual attention and consumer purchasing behavior since most information processing and purchases are visually driven. Smart Eye was founded in 1999 and has since released several eye tracking products, becoming a leader in the automotive industry. Advantages include speed, ease of use, and ability to determine areas of interest, while disadvantages include cost and difficulty tracking some users.
ESD access control system is an integrated system integrating access control management system, monitoring system, ESD test system, voice prompt system, etc, which is carefully designed and manufactured on the basis of many years access control technology research and demand analysis, combined with UHF card reading technology, network digital technology, remote alarm technology, computer network software technology, and pedestrian access control technology. The ESD access control system meets the security requirements of safety production.
ESD access control system is mainly composed of computer, intelligent card reading part, intelligent pedestrian turnstile gate, electrostatic test, smart card, display screen, and management software. RS485 or TCP / IP network communication is adopted between the computer and the turnstile gate, which can operate both online and offline. The equipment organically integrates machinery, electronics, microprocessor control, and various reading and writing technologies.
https://mairsturnstile.com/esd-access-control-system-solution.html
When driving long distances, drivers who do not take frequent rests are more likely to get sleepy, a condition that experts say they often fail to identify early enough. Based on eye condition, this research proposes a system for detecting driver sleepiness in real time. A camera is often used to take a sequence of images by the system. In our system, these capture images may be saved as individual frames. The resulting frame is sent into facial recognition software as an input. The image's needed feature (eye) is then extracted. The method creates a condition for each eye and suggests a certain number of frames with the same condition that can be registered.
This document discusses key considerations for machine vision systems. It explains that vision systems are unique to each application and require custom engineering. It then discusses important elements like lighting, lenses, camera sensors, and integration with control systems. Proper lighting and component selection are essential for system success. The document also outlines common vision system types and imaging options like 2D and 3D.
Abstract/Introduction/Users of Eye gaze/Skills required by the users/ Hardware Parts/Working//Menu's of Eye Gaze Communication System/Applications/Limitations/New Portable Eye Gaze Communication /Environment require for eye Gaze Communication/The eye gaze communication system components & prices/ Conclusion/ Thank you
The document describes a driver drowsiness detection system that uses computer vision techniques and facial landmark analysis to monitor a driver's eyes and mouth in real-time. It aims to detect signs of drowsiness or distraction and trigger alarms to alert the driver. The proposed system enhances existing work by introducing distraction detection in addition to drowsiness detection. It utilizes libraries like OpenCV, dlib and Pygame to detect faces and landmarks, calculate eye and mouth aspect ratios, and trigger audio alerts when thresholds are exceeded to prompt corrective action and reduce accidents caused by fatigue or inattention.
Expert systems are computer applications that solve complex problems in a particular domain at an expert human level using artificial intelligence. They were developed in the 1970s by computer scientist Edward Feigenbaum. Expert systems can explain their reasoning, deal with uncertainty without full information, make errors, and display intelligent behavior, while not being able to refine their own knowledge bases or always being difficult and expensive to develop and maintain. They have applications in medical diagnosis, vehicle fault detection, design, virus detection, and loan analysis, providing advantages like speed, reduced errors and risks, while always being available.
IRJET- Smart Wheelchair with Object Detection using Deep LearningIRJET Journal
This document summarizes a research paper on developing a smart wheelchair that can detect objects and be controlled through eye movement detection using deep learning. The wheelchair is intended to help disabled people with limited mobility. A camera is mounted on the wheelchair to capture the user's eye movements. Computer vision and deep learning techniques are used to analyze the eye images and detect the movement direction. Arduino then sends control signals to motors to move the wheelchair in the intended direction. Ultrasonic sensors are also used to detect any obstacles and avoid collisions while moving. The system aims to provide independent and obstacle-free mobility through a user-friendly eye-based interface without requiring physical strength.
The eye gaze system is a communication and control system that uses eye tracking to allow people with physical disabilities to control a computer. It works by using an infrared camera to track the user's pupil and determine where they are looking on the screen. It then uses this eye gaze data to select icons, type, or control other devices. The system requires the user to first calibrate by looking at points on the screen. It has applications in communication, education, and research. While expensive, it provides an important access method for people unable to use other input devices.
Safety and security in distributed systems Einar Landre
This document discusses safety and security challenges with distributed systems. It notes that many industries involve critical functions supported by software-based systems. Two unique properties of software are that it cannot be inspected like physical components and the execution sequence is unknown. This can lead to common mode failures and issues from malware, hacking, and human error. The document recommends rigorous systems engineering, safety and security architecture informed by standards, and addressing human factors from the start to help build high-integrity systems for critical functions.
Safety and security in distributed systemsEinar Landre
This document discusses safety and security challenges with distributed systems. It notes that many industries involve critical functions supported by software-based systems. Two unique properties of software are that it cannot be fully inspected and the execution sequence is unknown. This can lead to common mode failures and issues from malware, hacking, and human error. The document advocates for rigorous systems engineering practices, safety and security architectures, standards, and addressing human factors to help ensure safe and secure operation of critical systems that are increasingly distributed and software-defined.
Expert Systems in Banking and InsuranceMahesh Karane
This document provides an overview of expert systems, including:
- Expert systems are computer applications that solve complex problems at an expert human level using domain-specific knowledge. They advise, derive solutions, explain, predict, and suggest options.
- Key components include a knowledge base, interface engine, and user interface. The knowledge base contains domain expertise. The interface engine uses this to arrive at solutions. The user interface facilitates interaction.
- Examples of expert systems include ATMs, which perform bank teller functions, and underwriting systems that help assess insurance risks. Various industries have implemented expert systems to improve decisions, availability, and consistency compared to human experts.
The eye gaze system is a communication and control system that uses eye movements to allow interaction for people with physical disabilities. It works by using an infrared camera to track the pupil and correlate eye position with points on a computer screen. The system requires the user to have control of one eye and adequate vision. It must be calibrated to each individual user by having them follow a moving target on screen. Once calibrated, users can control software programs and devices with their eyes by fixating on icons or buttons. While expensive, the eye gaze system provides an important access method for those unable to use other input systems.
Design Considerations for Wearable Technology for Sport and Human PerformanceBrandon Larson
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Biz model for eye tracking tech
1. MT4002
Business Model for Eye-Tracking
Technology from Eye-Com
Aakaash Singh
Chan Ying Tung
Muhammad Nur Hakim B Jufri
Tan Kai Qi
Wang Jue
2. Outline
• Introduction
– Eye-tracking
– Changes In Its Industry
– The EC7T™ System
• Customer Selection, Value Proposition And Value Capture
– Fatigue Detection
– Assistive Technology
– Medical and Research Tool
– Gaming Industry
• Recommendation
– Needs And Specification
– Value Capture
– Scope of Activities
– Strategic Control
– Value Network
3. Introduction
What is eye tracking?
Detects eye movement by identifying the pupil
region and tracking its motion to determine
precisely where the user is looking.
4. Changes in the Eye-tracking Industry
Increased Generated great
Initial experiments
sophistication and interests in the
with infrared sensor
accessibility of eye commercial sector;
to track eye
tracking technologies many applications
movement in 1999
in recent years are explored
5. Prominent Areas of Research
Advertising/ Packaging
Assistive Communication
Automotive Design
6. Eye-Com: The EC7T™ System
• Uses microcameras and eye tracking software to
monitor
– Eyelid and pupil activity
– Head movement
• Wearable and integrated frame
7. The EC7T™ System Applications
• Fatigue Detection
• Assistive Technology
• Gaming Industry
• Medical and Research Tool
• Many more…
9. Driver Fatigue
• Two out of every five drivers self-reported falling asleep while
driving in the past 12 months. (NHTSA)
• Estimate that 56,000 sleep related road crashes annually in the
USA, resulting in 40,000 injuries and 1,550 fatalities
• 30% - 40% of heavy trucks accidents are caused by driver
sleepiness.
• In 2002 alone the Total Cost of Fatigue-Related Crashes
exceeded $2.3 billion
10. How does it work?
• Monitor driver’s pupil size and
blink patterns.
• As driver becomes sleepy, blink
patterns change
• Alarm is triggered
http://www.youtube.com/watch?
v=zovmcCR_fI8&feature=player_e
mbedded# (0:29 to 1:19)
12. Value Proposition
• Prevent hazardous working conditions from :
– Sleep deprivation
– Long shift hours
• Ensure safety for:
– Companies and organizations whose business involve
long working hours
– Individual drivers who want a safe trip
13. Strategy Canvas
Eye-Com Competitors
Lexus LS-series: Mercedes-Benz :
EC7T™ System Driver Monitoring Attention Assist
System System (AAS)
• Wearable eye frame • Accuracy is affected by • Monitor drivers’
different head position steering behavior
• Highly accurate
• Integrated & built-in • Integrated & built-in
• Modular system system
14. Strategy Canvas
EC7T™ System
Lexus : Driver
Monitoring
System
Sensitivity and Modularity Level of comfort Price Mercedes-Benz :
Accuracy Attention Assist
System (AAS)
15. Value Capture
• Business-to-Business contract with related
companies for products and servicing
– Trucking companies
– Airports (Air-traffic control)
– Others
• Business-to-Customer
17. Introduction
• 1.9% of the U.S. population;5,596,000
people, reported some form of paralysis
• In many cases, the eyes remain unaffected
by paralysis. (WAIMR).
18. Customer Selection
• Those who suffer from paralysis have difficulties:
– Controlling the computer
– Speaking
• They must also have the wants to overcome
communication challenges.
19. Value Proposition
Enables the physically challenged to:
• Use computer with greater sensitivity & accuracy
• Overcome communication challenge
• Improve their quality of life
20. Strategy Canvas
• Computer control – hands-free
• Competitors: Accupoint and Eye-Max
VS VS
Accupoint Eye-Com Eye-Max
21. Strategy Canvas
Key Dimensions of performance:
• Brand
– Strong brand demonstrates benefits of reliability
• Sensitivity and accuracy
• Level of comfort / Ease of use
– Important to assess the users' physical and
psychological comfort with a device (Scherer, 2002)
22. Strategy Canvas
Eye Com Dynavox (Eye Max) Accupoint
Brand New company 20 years 15 years
Sensitivity Eye movement Eye movement Head movement
Close proximity of Must position < 43cm Unit is attached to
Accuracy device and pupil away the forehead
Unit attach to the
Level of comfort Wearable glasses No unit attached
forehead
26. How does it work?
1. Changes In Pupil Position
2. Pupil Diameter
3. Eyelid Closure
Synchronizing with other devices can provide more
comprehensive research data
1. EEG – brain waves
Biometric 2. ECG – electrical activity of the heart
devices 3. Pulse Oximeter – oxygen saturation
in blood
28. Customer Selection
1. Hospitals
“ Coronary heart disease is top killer in high income
countries and Alzheimer and other related diseases
is ranked 7th. Together, they make up 1.5 million
deaths in 2002. ”
-World Health Organisation
2. Research Centers & Pharmaceutical
Companies
32. Customer Selection
First
Unarticulated Casual
time
Gamers
Gamers
Customer
Needs
Hardcore Women
Articulated
Gamers Gamers
Served Unserved
Customer Types
34. Eye-Com’s Current Strategy
“The EC7T is still under development at this time. Our
first commercial product for the assistive technology
market should be released at the beginning of next
year. At this time, we have not set a price point yet.”
-Eye-Com
35. Our Recommendations
Focus on Fatigue Detection
Less competitive First mover
market advantage
Introduce Assistive Technology
After accumulating sufficient capitals and
personnel for sales, marketing and servicing
36. Customer Needs and Relative Importance
Importance
S.No Needs
(1-5)
1 The system has to be accurate and reliable 5
2 The system should be light-weight 5
3 The system should be easy to use 5
4 The system should be sensitive to movement 5
5 The system should look fashionable 3
6 The system should be sturdy 4
7 The system should be reasonably comfortable 5
8 The system should be easily cleanable 3
9 The system should be able to connect to a PC easily 5
10 The system should be versatile and compatible with other head 4
mounted devices
11 The system should be safe and non-hazardous to the eye 5
37. Metrics and Needs
S.no Needs Metric Unit
1 2,7,5 Weight grams
2 1,4 Micro-camera Resolution frames/second
3 1,6 Mean time before failure days
4 1,3,7,11 Viewing Angle degrees
5 2,6 Bending Strength KPa
6 5 Visually Appeal subj
7 10 Connectivity subj
8 11 Light Intensity candela
38. Value Capture
$$
•EC7T™ System Sales
•Service, Maintenance
&Training
39. Scope of Activities
Software
(Software
codes,
Disintegration
algorithms Manufacturing of
Integration
development) Components
Vertical
Vertical
(Micro-cameras,
LEDs, sensors )
Sales and
Marketing
Assembly of
Components
40. Strategic Control
Control Key Complimentary
Patents Customers
Resources Assets
42. Strategic Control
Control Key Resource
• Focus on research
• Making key materials needed for the production
scarce
– Negotiate with suppliers to be the exclusive users of the
materials
43. Strategic Control
Complementary Assets
• Sales and Servicing
– Assistive technology
• Highly trained sales force
• Speak to doctors to become Eye-Com’s opinion
leaders
– Fatigue detection
• Training sessions for trucking companies
• Software upgrade
44. Strategic Control
Customer Feedback Loop
• Collect and analyse user data to better meet
customer needs through system improvement
– Aesthetic appeal of the eye frame
– Preference for user interface (assistive technology)
• Customer satisfaction will retain customers and
build up bigger customer base