Tim Denison, Ph.D., Director of Neural Engineering, Medtronic, Inc. As part of the Spring ‘14 NeuroEngineering 1220 (ENGN 1220) course, several visiting experts will introduce core neurotechnologies ...
The Engineering Honors Thesis Presentations are presented by senior undergraduates. In addition to maintaining an excellent academic record and presenting a summary of their research, students submit a written thesis. The thesis is reviewed by the research advisor and a second reader. Students who meet the criteria for excellence in coursework and research are granted their bachelor’s degree cum honoribus (with Honors) in their respective concentration.
Abhishek Bhattacharjee, Department of Computer Science, Rutgers University. As systems run workloads with ever-increasing memory footprints and incorporate large amounts of on-die heterogeneity, maintaining programmer productivity and in tandem lowering memory access overheads becomes crucial.
What happens when human-robot interactions become relationships? The film "Robot & Frank" offers the hilarious and heartwarming story about such a relationship, which results in finding friends and family in the most unexpected places. Set in the near future, Frank, a retired cat burglar, has two grown kids who are concerned he can no longer live alone. They are tempted to place him in a nursing home until Frank’s son chooses a different option: against the old man’s wishes, he buys Frank a walking, talking humanoid robot programmed to improve his physical and mental health.
Members of the Brown community are invited to honor the recipients of the University awards in Teaching and Research at the 2014 Awards Ceremony. Please join us in celebrating the accomplishments of faculty and graduate students at this university-wide reception and ceremony. This event is co-sponsored by the Office of the Vice President for Research.
Professor Anya Jones University of Maryland College Park, MD The Role of Vortex Lift on Flapping Wings The lift produced by an entomological flapping wing is investigated via simplified models of the wing kinematics, with a focus on near-impulsively started rectilinear and rotational motions. Force and velocity field measurements are examined in parallel with flow visualization to identify the sources of lift, the relative importance of these contributions, and the time-scales over which they persist.