Paper Details

One of the key issues of our society is that, individuals with disabilities like hearing disorder are finding itonerous to cope up with the quick growing technology. The access to communication technologies has opened the planetfor such students and have proven to be difficult. To bridge the gap between the normal students and the dumb and deafstudents, has invariably been difficult. We need to translate what's taught to traditional students in an exceedingly meansby which the dumb and deaf will perceive. Particularly once the scholars are in their tender age, they are recentlyintroduced to academic system. This results in grasping difficulties of these students. Thus translation of the writing canbe given pictorial format, which can be simply known by the dumb and deaf students. Input data might be astraightforward document file from wherever the writing are fetched, each word are mapped to relevant image within theinformation. Once the acceptable images are found, those pictures are projected. So our project can improvise thecurrent information for the hearing impaired student. The contributions of our style study embody a haulcharacterization and information abstraction of the utilization of pictures in poetry also as Poemage, a mental imagetool for interactively exploring the sonic topology of a literary composition. We allows user to search syllabus, game,images and story which helpful to maintain interest in study.The design of Poemage is grounded within the analysis of aseries of technology probes we tend to deploy to our poetry collaborators, and that we validate the ultimate style withmany case studies that illustrate the riotous impact technology can wear poetry scholarship. Finally, the end result willbe such that will eradicated all the core problems that the special ones are facing in terms with their studies and cocurriculum activities.

Gaurav Bhosale, Poorva Awale, Shubham Kumbhar, Vishakha Panchal, Atish Kulkarni, “Proposed system for improved learning designed for the hearing impaired”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 3, Issue 11, pp. 290-295, November 2016.