The RF-based Remote correspondence project enhance travel and development for people who are physical impaired. As somebody who is thoroughly visually impaired, consistently presents its own test. Be that as it may, the most serious issue actually remains are going in broad daylight transport. Generally going by transport is viewed as protected and agreeable however with regards to open air conditions then it truly challenging to oversee route for individuals who are conceived totally visually impaired. Because the course numbers in the transporting system are only displayed on the number plate, an outwardly tested person must rely on located assistance, which also makes them vulnerable to the other people and lower their confidence. Outwardly weakened individuals have taken on different measures to get to public vehicle that make them subject to others that are here and there inconsistent. In this way, remembering these issues we have thought of a plan to help solely for outwardly disabled people who are the everyday suburbanites getting to public vehicle by the utilization of late headways in the innovation. The motivation behind this is to plan and propose a model that will assist the outwardly impaired individual with exploring in outside environmental factors and satisfy their prerequisite of distinguishing proof. The proposed framework comprises of two discovery subsystems: (I) Outwardly disabled individual’s very own help section, and, (ii) Transport driver’s portion. The ultrasonic sensor detects existence of the conveyance in the vicinity and notifies the Arduino when the customer (a blind individual) enters the stop and turns on his device. As a result, the ringer signals and the person who is visibly impeded learn that the conveyance in the vicinity. The individual who is blind activates the flip switch on client module, attributing his existence to the driver of the transport. Henceforth, the transport driver’s module will function. The data communicated from visually impaired individual is gathered through collector introduced on transport driver’s module and is therefore announced by a bell. The transport driver uses a Bluetooth application that is remotely connected to the module of the Bluetooth equipped over the client’s phone to aid the visually impaired person. The transport driver assigns an affirmation for visually impaired individual entering the letter in order ’a’ from the Bluetooth application. The subsequent signal introduced in the visually impaired individual’s gadget blares on getting the affirmation, accordingly affirming his presence. Consequently, by along these lines, remote correspondence is done between the transport driver and the outwardly.
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9 January 2025
PROCEEDINGS OF THE SECOND INTERNATIONAL CONFERENCE ON INNOVATIONS IN ELECTRONICS AND COMMUNICATION SYSTEMS (ICIECS2022)
24–26 November 2022
Chennai, India
Research Article|
January 09 2025
Assisting visually impaired people in public transport system through RF-Communication and embedded system
S. Kumaran;
S. Kumaran
a)
Department of ECE, Saveetha Engineering College
, Chennai,602105, Tamil Nadu, India
a)Corresponding author: [email protected]
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B. S. Bharath Kumar;
B. S. Bharath Kumar
b)
Department of ECE, Saveetha Engineering College
, Chennai,602105, Tamil Nadu, India
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K. T. Cheralathan;
K. T. Cheralathan
c)
Department of ECE, Saveetha Engineering College
, Chennai,602105, Tamil Nadu, India
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M. Devakar
M. Devakar
d)
Department of ECE, Saveetha Engineering College
, Chennai,602105, Tamil Nadu, India
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a)Corresponding author: [email protected]
AIP Conf. Proc. 3159, 040003 (2025)
Citation
S. Kumaran, B. S. Bharath Kumar, K. T. Cheralathan, M. Devakar; Assisting visually impaired people in public transport system through RF-Communication and embedded system. AIP Conf. Proc. 9 January 2025; 3159 (1): 040003. https://doi.org/10.1063/5.0247113
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