Peek vision
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Peek is a portable eye examination kit that clips onto a smartphone to allow healthcare workers to easily perform eye exams and screenings. It functions as both an ophthalmoscope and retinal camera to diagnose conditions like cataracts and glaucoma. By making eye exams affordable and accessible anywhere via smartphone, Peek aims to help eliminate the 39 million cases of avoidable blindness worldwide, especially in underserved regions without traditional eye care equipment. The system was created by a team that includes ophthalmologists, engineers, and designers, and has been recognized with awards for its innovative approach to healthcare technology.
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This document presents a device called FOR(E)SIGHT that was designed to assist visually impaired people. FOR(E)SIGHT uses computer vision techniques like OpenCV, optical character recognition and text-to-speech to help blind users identify objects, read text, and understand gestures. It consists of a Raspberry Pi microcontroller, camera, ultrasonic sensor and headphones. The device detects objects and text using the camera, extracts text using OCR, and converts it to audio using text-to-speech synthesis which is played through headphones. The goal was to create an affordable, small and easy to use device to help blind people with daily living activities.
IRJET- Smart Interactive Mirror Interface
This document describes the design and implementation of a smart interactive mirror interface. The mirror is built using a Raspberry Pi microcontroller and allows for functions like displaying the time, weather, news and responding to voice commands. It provides an interactive interface for home users to access information and services. The proposed smart mirror aims to be a convenient and user-friendly system integrated into a mirror to provide customized and personalized services to users while they get ready. It allows multiple tasks to be displayed simultaneously and tracked user health over time which could be useful for busy individuals.
Google glass final
Google Glass is a wearable computer with an optical head-mounted display developed by Google. It displays information in a hands-free format like a smartphone. The intended purpose is to allow users to access information available on smartphones without needing to handle a device. Some key features include responding to voice commands, taking pictures and videos, getting directions, and allowing phone calls or video chats. It utilizes technologies like augmented reality and runs on the Android operating system. Google Glass has potential applications in healthcare for improved patient care, medical training, and remote collaboration between doctors. However, concerns over privacy and health effects of prolonged use remain issues.
EdisonV2 - Smart Vision for Visually Impaired
Edison is an innovative ecosystem that is designed to enhance the accessibility to visually impaired people. The Edison platform is designed to integrate smart vision technology into everyday life, making visually challenged more accessible to a normal person’s lifestyle across the globe. The made in India initiative consists of an experienced team of AI & ML experts from Indian School of Business Hyderabad.
IRJET- Healthy Beat
This document describes a project aimed at developing an assistive device to help blind people shop independently in supermarkets. The device would use computer vision and object detection algorithms to identify products and provide information to users through audio or other feedback. The system would include a camera and sensors integrated into a portable hardware device. It discusses the challenges blind people face in tasks like identifying products without assistance. The goal is to advance assistive technologies that improve quality of life and independence for visually impaired individuals.
Google Glass Technology
This document discusses Google Glass technology, including its features, applications, and uses. Some key points:
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- Features include augmented and virtual reality capabilities, a camera, touchpad, display, and connectivity to smartphones. It uses Android operating system and can run various applications.
- Applications include uses in healthcare like telemedicine, journalism for live reporting, and potential military/sports applications that take advantage of its first-person point of view.
- The goals are for it to be an easy to use, hands
Elaine truong desma9_midterm
The document proposes a bionic contact lens that can enhance vision, augment reality, and track health metrics. It would use a holographic display and embedded sensors to magnify vision, display interfaces, and monitor biomarkers non-invasively. The lens would be made of flexible materials and use miniaturized electronics, displays, and power sources to be comfortably worn. The goal is to create an unobtrusive device that can both treat vision impairments and serve as a new type of wearable technology platform.
Bio-chips(A technology for the future)
Biochips are microprocessor chips used in biology that allow many biological tests to be performed simultaneously on a single chip. The concept was developed in the 1980s by Fred Sanger and Walter Gilbert. A biochip typically consists of a transponder that receives and transmits signals and a reader that decodes the signals. Biochips have applications in areas like medicine, identification, financial transactions, and e-commerce. While biochips are still an emerging technology in India, they could potentially replace documents like ID cards and passports. However, challenges remain regarding the availability, costs, and standardization of biochip technology.
It กับการดูแลผู้ป่วย
This document discusses 10 new medical gadgets and apps that are changing the practice of medicine. It summarizes each technology, including video consults using smartphones, tablet computers like the iPad being used by physicians, speech recognition programs for documentation, handheld ultrasound devices replacing stethoscopes, "smart bandages" with sensors replacing Holter monitors, unified communication devices replacing pagers, smartphone apps turning phones into medical devices, automated medication adherence tools, electronic medical references on mobile devices, and social networking sites for physicians and patients. These technologies are making medical care more mobile, digital, and connected.
Sparklabs IoT Accelerator
SparkLabs operates an accelerator program that has hosted the largest startup demo days in the world. This document provides information about a new Internet of Things accelerator program SparkLabs plans to launch in Songdo, South Korea. The 6-month program will select 5-10 startups and provide $40,000 in funding, over $900,000 in free perks, and mentorship. Songdo is described as a smart city that will serve as an ideal test bed for IoT startups.
AI for the Human Retina to Protect Newborn Vision
The document discusses using artificial intelligence to help screen newborn babies for vision issues. It describes Pr3vent, a company that uses AI to analyze retinal images to identify potential vision problems. The document outlines the benefits of universal newborn vision screening to prevent vision loss and the economic savings it could provide. It then discusses how Pr3vent is developing an AI system trained on hundreds of thousands of retinal images to help identify issues and scale screening efforts. The document also covers lessons learned from developing healthcare AI applications and ensuring they are transparent, accountable and can be integrated into clinical workflows.
Iot mirror but can u add artificial 2 @1000KV Technologies 9030844877
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The Future of Wearables
We are still in the toddler phase of the “wearable” generation. Much of what we “touch” currently is just noise in the form of data.
Where is it going? We break down some predictions.
Find more ideas at smashingboxes.com/ideas
Google glasses
Google is developing Google Glasses through their Project Glass program. The glasses function as a heads-up display and are intended to allow hands-free access to information normally available through smartphones, through voice commands and a small video display on the lens. The glasses utilize technologies like augmented reality, Android, and 4G to pull information from Google's databases and overlay it on the user's field of vision. While the glasses provide easy access to information, maps, videos and more, concerns exist around privacy, safety, battery life, and the ability to care for the glasses. Google aims to push the glasses through regulatory approval and start sales this year.
Google glasses
Google is developing Google Glasses through their Project Glass program. The glasses function as a heads-up display and are intended to allow hands-free access to information normally available through smartphones, through voice commands and a small video display on the lens. The glasses use technologies like augmented reality, Android, and 4G to pull information from Google's databases and display it on the lens. While the glasses provide easy access to information, maps, videos and more, concerns exist around privacy, safety, battery life, and the ability to care for the glasses. Google aims to start selling the glasses this year and sees a promising future for the technology.
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Peek vision
- 2. Peek – the Portable Eye Examination Kit - makes eye tests affordable and easy anywhere in the world. It provides all the tools for professional eye exams from a smart phone.
- 3. It’s a clip-on camera adapter that gives high quality images of the back of the eye and the retina.
- 4. It sits neatly over the top of the device allowing a healthcare worker to easily take high-quality images of the back of the eye. It feels much less intrusive for the patient too.
- 6. Peek Retina combines both a traditional ophthalmoscope and a retinal camera used to diagnose cataracts, glaucoma and many other eye diseases
- 8. A shrinking letter which appears on screen can be used as a basic vision test
- 9. A team of eye care specialists, software developers, product designers and hardware engineers. Peek is a collaboration between leading research institutes
- 10. Stewart Jordan(software lead) Kate Tarling (User researcher and product designer) Dr. Andrew Bastawrous (ophthalmologist) Sarah O'Regan (social media manager)
- 11. Dr. Iain Livingstone (paediatric acuity lead) Dr. Mario E Giardini (hardware lead) Nigel M Bolster (hardware design) Dr. Matthew Burton (trusted adviser)
- 12. Around 39 million people in the world are blind. 80% of this blindness is avoidable. Perhaps in many regions people still don't have access to eye care.
- 15. Existing eye exam equipment is heavy, expensive, fragile and difficult to use. It’s not built to travel, it can feel intrusive. It needs a reliable supply of electricity to work.
- 16. Peek gives all the tools for professional eye exams from a smart phone. It makes eye exams easy and affordable, anywhere in the world.
- 17. The Guardian: Designs of the year shortlist announced Peek won Digital Design of the Year, London Design Museum. Tech4Good Awards: ”An eyecare app that is transforming millions of lives”. Bill Gates onTwitter: "Good news!!, curing blindness is now going mobile...”
- 18. Studies have shown that a healthcare worker using Peek can assess over 1,000 people per week. Therefore 768000 every year will be treated by one healthcare worker. Even if only 51 people across the globe participate; 39 million would be able to see this beautiful world.
- 19. People will use and accept it like Personal Computers. Use the Camera to test the eyes and send it to your doctor In near future it might it self tell you the problem.