Affiliation:
1. Presidency University, India
2. Vellore Institute of Technology, Vellore, India
Abstract
MorseEx uses Morse code, which allows partially visually impaired and hard of hearing people to chat with others. In Morse code, letters are represented as a combination of dots and dashes. The person inputs a dot by tapping on the left of the screen, dash by tapping on the center of the screen to form a message, and tapping on the right will separate letters of the message, and tapping it twice sends the message. This message will be saved to the database and then converted to a normal text message to receive by people who do not have any impairments. On the other hand, people with no impairments have to type and send text messages. For this message to be understood by the visually and partially impaired, a dot will be produced as short vibration and a dash will be produced as long vibration. The model will be developing an Android mobile application using Android studio and Firebase database to store user information. The aim is to contribute to society in any way possible.
Reference12 articles.
1. Teaching Morse Language to a Deaf-Blind Person for Reading and Writing SMS on an Ordinary Vibrating Smartphone
2. Bidve, D. M., Shewale, T. D., Gaikwad, S. S., Murmure, A. R., & Pawar, S. (2016). Hand-to-Hand Instant Message Communication: Revisiting Morse Code. FIRST–International Journal for Innovative Research in Science & Technology, 2(12).
3. Social network framework for deaf and blind people based on cloud computing.;M.El-Gayyar;2013 Federated Conference on Computer Science and Information Systems,2013
4. Deafblind People, Communication, Independence, and Isolation
5. Analysis of the Experimental and Final Elements of the Compression Behavior of B4C / FA / GR Particles / 5083 Hybrid Matrix