Supports an internship with Robin Hogen, Deputy Director of the Yale Office of Public Affairs, or the SEAS communications team, gaining experience in writing press releases on current research, developing stories and graphic illustrations of research, and working with faculty and students to produce webcasts and short videos on their work for Yale's iTunes U collection and the SEAS / OPA websites.
Current research has developed different techniques to achieve effective composition of web services.
Current research in developing improved models is described, leading to a discussion of challenges involved in future developments.
Interns will work closely with faculty, postdoctoral fellows, and graduate students on current research projects, developing important skills and techniques while learning about the cultures of basic research and graduate school.
My current research involves developing solutions for automatic source separation in continuous ambient audio streams and the development of acoustic deep-learning techniques for unsupervised multi-class classification in the big-data realm.
A significant review of status and availability of genomic resources in horticultural crops can be utilized for the efficient exploitation of the current research in developing improved varieties and also defining future goals.
As a part of my current research, I develop advanced laser communication to support the emergent requirement to be able to detect anything, from anywhere, at any time with a requirement to globally share this information in real-time with high reliability and security.
Current research is developing Kritikos, a network resource identification, resource dependency discovery, and criticality assessment tool.
To overcome many of these limitations, current research has developed absolute quantitative approaches such as T1 and T2 mapping techniques.
Current research efforts develop new techniques and devices to speed wound healing and improve outcomes for patients who need tissue transplant and other advanced reconstruction and repair.
