International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 06 | Jun 2023
p-ISSN: 2395-0072
www.irjet.net
ALTERNATE EYES FOR BLIND advanced wearable for visually impaired people Jayasri Jallipalli, Gajula Padmatej, Sujith Reddy C, Malladi Revanth, Dr. Jafar Ali Ibrahim S* Department of IoT, School of Computer Science and Engineering, Vellore Institute of Technology, Vellore – 632014, Tamil Nādu, India ---------------------------------------------------------------------------***-----------------------------------------------------------------------they can move in different directions and avoid collisions. Abstract - According to WHO, 39 million individuals The eventual result of the job would be glove with a wearable band attached to the gloves, with each segment connected on a PCB that functions with extreme precision and consistency.
worldwide are predicted to be blind. They face numerous challenges in their daily lives. The primary challenge with dazed people is figuring out how to get everywhere they need to go. This research aims to help the visually impaired to defeat their lack of vision by leveraging senses such as audio along with sense. The framework employs audio and signals of vibration to intimate the user regarding forthcoming problems. The intensity of vibration and intensity of audio increases as the distance between device and the obstacle decreases. This framework provides a lowcost, robust, compact, low-force use, and strong solution for routes with obvious quick reaction times.
2.MOTIVATION Vision is the most exquisite and significant gift that God has given to all of his creatures, notably humans. Unfortunately, some people are unable to appreciate the beauty of the world with their own eyes because they lack it. So, the main idea behind this project is to provide [19] virtual vision for blind people. The third eye for blind is a technological advancement that integrates several disciplines, including software engineering, hardware design, and science, and it allows visually impaired people to see and explore the world with confidence and independence by detecting nearby objects with [15] ultrasonic waves and alerting the user with a beep ring or vibration.
Keywords: Wearables, Obstacle and Object detection, Vibration detection, Machine Learning techniques.
1. INTRODUCTION For many years, visually impaired have needed to rely on the traditional white cane, which is useful, but has a number of drawbacks. There are many smart technologies and instruments available for blind people for navigation these recent days, but maximum of devices are too much expensive, difficult for usage and transport and need a lot of training to use them. The main feature of this innovation is that the device is inexpensive to everyone and cost less than $25 (1500INR).No device in market is made that can be worn like watch, inexpensive and easy to use it. This prototype will greatly benefit to community if this innovation is implemented in big scale with some minute changes to prototype.. The third eye for dazzle is a wearable device that can let outwardly disabled people move around on their own in an indoor environment. People who are visually challenged can go from one location to another unaided. This device is very beneficial when the individual has to walk around a house or some indoor areas alone the distance of the obstacle in this device is determined by an Ultrasonic module and a Microcontroller. The obstacle distance is measured and notified to the outwardly obstructed individual in the form of buzzer and sound. Using this,
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This technology could be a game changer for the blind. An ultrasonic sensor is incorporated into a module in this. Using this [12] sensor-module, the user can travel more efficiently and see close items. When it detects an object, this sensor warns the user by beeping or vibrating at any area. In this sense, it becomes a computerized gadget. As a result, the blind will benefit greatly from this technology, which will give them the confidence to roam freely.
3. LITERATURE REVIEW MVS Arvitha et al suggested system [1] is a specialized invention that, to some level, solves the concerns that are present in previously present methodologies. It is an integrated design with two ultrasonic sensors and two infrared sensors to recognize objects in the way, staircase, and water pits. Sensors will gather data frequently and transfer it to Arduino UNO board for processing of data. Then after processing is done Arduino UNO board plays
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