Now a days, people are facing so many difficulties to fill the form in various places like Bank, Hospital etc., some people don't know to read and write (illiterate) and some of them are blind peoples. By using the recognition of voice, we can develop the automatic form filling system for the handicapped and blind peoples. These people can fill the form without touching anything and it is fully operated by voice. Voice Recognition play a major role in the world, to control anything using voice. It gives easy way to do the operation of the system. This recognition is a computer software program with the ability to decrypt the human speech. Voice recognition is commonly used to operate the device and write without having to use a console, mouse or press any keys. So, this form filling system is very useful for the society and reduce the wastage of time with the paper and pen, if there is any mistake while filling the form there may also cause wastage of paper but in our system the wastage of time and paper is never occurs. The people comfortable to use the app is developed to fill the form by using voice. After filling the details, the mobile is connected with the printer by using the OTG adaptor and take print of the form. It is the process of the required system that should be handled by the user. So, it is useful for the society.

One of the common problems faced by visually challenged people is their inability to travel alone in public transport services like bus. They have to depend on others to identify the bus at the bus stops. This scenario should be changed. It’s the role of engineers to bring the change in the lives of visually challenged people. A low cost bus alert system for visually challenged people using Radio Frequency (RF) technology is proposed in this paper. Once the appropriate bus arrives near the visually challenged person, he/she will be intimated about the arrival of the bus by an audio message. If the blind person decides to board the bus he can acknowledge the driver by pressing the acknowledgement button in his module. The bus driver will get acknowledged by LED indicator near his cabin. With the help of this project visually challenged commuters can transit without the aid of fellow commuters and their need to depend on others for public transport transit can be reduced.

Traveling is integral task in our day today life. Visually challenged people face various challenges to travel alone. Our project, Convoy is Android application developed for navigation to assist visually challenged for traveling and security. The main scope is to provide interactive interface for visually challenged people and to help them while traveling in familiar and unfamiliar environments independently and safely using Global Positioning System (GPS) .The user will enter destination by vocal commands and app will give voice directions for navigation. When the user suspects danger or insecure situation, he can send SMS (Short Message Service) to the registered contact with its current location immediately. Thus, the use of the application will surely ease some of the difficulties faced by visually challenged user and can help them in achieving an independent livelihood.

In today’s global verbal exchange has turn out to be so easy because of the integration of conversation technologies with the internet. But vision impaired people discover it extremely tough to utilize this technology because considering the device it needs visual perception. This paper ambition to create an electronic mail system that will support even visually challenged people to use these service areas to communicate without earlier exercise. By which machine will no longer permit the client utilize the console alternatively will work best on mouse operation and speech conversion to text. Even, the present device could be utilized by anyone too as an instance the one like the person who can’t even study. The device is totally primarily reached from cooperative voice feedback to be able to make it clear and efficient to apply.

People with visual impairment experience numerous difficulties in their everyday life. With the advancements in technologies, many developers have engineered various devices and aids for visually challenged people. However, many such assistive devices fall short of the user requirements concerning level of support and price. This paper presents Ikshana for visually challenged people, which intends to assist them with multiple everyday tasks using the advantage of an affordable and wearable design. Ikshana is a Sanskrit origin noun, which means sight. Ikshana, as a product, serves as a vocalized assistant which implements features like image processing, text detection and recognition, face identification, currency denomination recognition, and obstruction detection. The text reader system employs OCR software to help interpret the printed texts and online articles. The hardware architecture comprises a Raspberry pi 3B model as the processing unit, Raspberry Pi camera, buttons, and ultrasonic sensors. As a narrating agent, the headphone directs the audio output to the recipient.

20Dec 2016 A SURVEY ON ATM FOR VISUALLY CHALLENGED PEOPLE. Aneesh Chandran , Christy Robert and Dhanya P Iyer. Assistant Professor, Department of CSE,Jyothi Engineering College, India. B. tech Student,Department of CSE, Jyothi Engineering College, India.

Vision is one of the fundamental human senses and does the most significant job. People with visual disability often experience physical barriers that restrict their accessibility and mobility. Defect in the vision makes people to depend on other for indoor and outdoor movements. Lot of companies try to develop electric equipment and gadgets for visually challenged people in order to overcome their mobility problem without any sort of dependence. To overcome this challenge, a navigation system is proposed for visually impaired people to guide them in a smart manner. The proposed system performs simultaneous object observation and detection actions. The surrounding environment can be captured and given as a voice command. The heart beat sensor measures the heart rate of the people. If any obstacles are detected or heart rate is higher, then the message will be send to the guardians of the people along with their location. The proposed system effectively performs live tracking of visually impaired people and allows the visually impaired people to move anywhere without any assistance. The proposed system is tested on visually impaired people in real time at different locations to prove the system effectiveness.

Simple daily activities like cooking, walking etc., are major problems for visually challenged people because of their problem with ‘vision’. Though challenged by vision, they would like to lead their life independently. However, tasks like cooking food on their own may be hazardous for them as touching hot utensils or touching a lit stove burner may burn their skin. This project ‘BLAZE AVERTER’ aims at helping the visually challenged people in cooking their food without burning their body. A proximity temperature sensor would be used to sense the temperature of the surrounding and a flame sensor would be used to detect any flame in the kitchen. A threshold is set which distinguishes high temperature and presence of flame. Any change in set threshold will be identified and transmitted to the speaker to alert the user and protects them from getting burns.

Generally, visually challenged people are unable to read books as like as a normal person. They use Braille script for reading and writing which is one of the basic techniques for them to read books and to take notes. A survey has been taken in the year 2017, in which they declared that people were completely visually impaired is around 36 million and 25% of people affected with moderate visual impairment. in average. Nearly 200 million people got affected with complete visual impairment and 1.1 billion people with near vision impairment. Nearly 5 million of visually impaired people are women. Due to various problems faced by visually challenged people several hospitals were established for giving therapy for them. Around 1,54,000 hospitals are serving for the visually challenged peoples in India. According to care survey conducted by CAGR, the growth of hospitals for visually challenged will increase more than 100% i.e. 3,25,000 by the year 2035. Usually many devices have been developed to read books for visually challenged people but, these devices need of an external support. They are ineffective in use. In order to overcome this problem, our team has developed a device for visually challenged people to read books as like as a normal person.

This project tries to transform the visual world into the audio world with the potential to inform visually challenged people the spatial locations of the objects in their vicinity. Our paper presents the development of a real-time system based on detection, classification, and position estimation of objects in an outdoor environment to provide the visually impaired individuals with a voice output-based scene perception. The system is low-cost, light weight, simple, and easily wearable. The module is integrated into the stick, and the pi-camera is used to take the picture, and a controller is provided to move the camera in the required direction. The valuable insights gained from the feedback are then used to modify the system to best suit the requirements of the user. The object detection and classification framework exploit a multi-modal fusion-based mask RCNN using motion, sharpening and blurring filters for efficient feature representation. The image recognition classifies the detected objects along with the positions of the objects. Experimental results carried out in the outdoor environment are demonstrated. These data obtained is then converted to voice, and blind people will get the visual of what the environment is around them.