I work at the intersection of Human-Computer Interaction (HCI), Artificial Intelligence (AI), and Linguistics to design, evaluate, and improve captioning technology and assistive technologies for people who are Deaf and Hard of Hearing(DHH).
I am currently a third-year Ph.D. student in Computing and Information Sciences at Rochester Institute of Technology and a graduate research assistant at the Center for Accessibility and Inclusion Research. My doctoral advisor is Matt Huenerfauth.
My primary research focuses on creating more usable captioning services for improving Deaf or Hard of Hearing(DHH) viewers' experience with TV programming. To achieve this DHH users' feedback was collected through different experimental approaches such as focus groups, semi-structured interviews, surveys. The analysis of this data has revealed DHH viewers' overall subjective preferences. Using the quantitative data, a caption evaluation metric has been built that can automatically estimate DHH viewers' subjective judgment of a captioned video quality.
In another project, we are working on how to improve the user experience of American Sign Language dictionary for novice learners.
The ongoing investigations are as follows:
As a researcher, I have supervised teams conducting collaborative research, designed and conducted experimental studies on artificial intelligence-based technologies, overseen large data collection projects, and created prototypes of novel inclusive technologies. Working on these projects has enabled me to develop key artificial intelligence, user research, and interaction design skills.
My primary research focus lies in these area:
Accessibility—Designing and experimentally evaluating assistive technology for Deaf and hard-of-hearing people.
Machine Learning-Developing a metric that might measure the quality of captioning services from Deaf and hard of hearing people's perspectives
Human-Computer Interaction—Experimentally evaluating assistive and language learning technologies.
Information Retrieval—Exploring the utility of searching by performance.
My prime responsibility was to develop front-end applications and implementing the design provided by UX designer at the application end. Furthermore, I was responsible for developing several in-house products, ensuring a smooth user experience. These products were developed in a feedback-oriented setting. Here I am describing the process I would usually follow to implement such a development cycle: To ensure salient customer experience, it was essential for a service provider to have essential data available at once. That's why I regularly conducted fieldwork after deploying a new version of the customer service application. Through this interview data, I was able to capture the benchmark achieved through each release cycle. Finally, during this fieldwork, I try to note down additional requests that I would interpret as a feature that needs to be implemented in future releases.
My primary responsibility was to develop a front-end application that will track employee activity and generatea quarterly report based on the work reported by each team. As a part of this software, a reporting module was developed to enhance stakeholders' ability to monitor the employee task holistically.
GOL-1620, Computing and Information Sciences Science,
Golisano College of Computing and Information Sciences,
152 Lomb Memorial Drive
Rochester, NY 14623
GOL-1620, Computing and Information Sciences Science,
Golisano College of Computing and Information Sciences,
152 Lomb Memorial Drive
Rochester, NY 14623
Tel: +585-5049905
Fax: +585-5049905