The Rutgers/Columbia/NYU COSMOS project was officially announced today. COSMOS is an NSF grant being administered by the PAWR Project Office (PPO) for $12.5M + $10M industry contribution over a 5 year period. The goal is to deploy an advanced wireless research testbed at city scale in uptown Manhattan, with a technology focus on ultra-high bandwidth and low latency wireless communication tightly coupled with edge computing. Rutgers is the lead organization with the following team members: D. Raychaudhuri (PI), Ivan Seskar (Project Director), Marco Gruteser, Thu Nguyen, Narayan Mandayam and James (Barr) Von Oehsen. The PI’s at Columbia and NYU are Gil Zussman and Sundeep Rangan respectively. The project also has several partners including New York City, Silicon Harlem, CCNY and University of Arizona.
NSF press release
COSMOS project web site (still under construction)
DIMACS, the Douglass Residential College, the School of Arts and Sciences, and the Department of Computer Science welcome the second cohort of students to the Douglass-SAS-DIMACS Computer Science Living-Learning Community for Women, or CS LLC for short. The incoming CS LLC class consists of 20 first-year women who elected to join the LLC. Among them are 17 students from around NJ, one student from NY state, and two students from China.
The CS LLC is an immersive educational experience aiming to enhance the recruitment and retention of women in CS. Students in the CS LLC live together as a community associated with Douglass Residential College(DRC). To our knowledge, it is the first living-learning community devoted exclusively to women in computer science.
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II-EN: Collaborative Research: Enhancing the Parasol Experimental Testbed for Sustainable Computing
Joint with Ohio State (Co-PI: Stewart) and Stony Brook (Co-PIs: Gandhi and Liu)
Overview: The datacenters that are increasingly servicing our computing needs consume a vast amount of energy. Thus, the energy efficiency, energy-related costs, and overall sustainability of datacenters are critical concerns that are garnering considerable amount of research. Unfortunately, much of this research has been significantly hampered by the lack of an experimental testbed that is instrumented and isolated. The Parasol “green” micro-datacenter was designed and built to address this gap, and has served as an effective instrument to support research involving power/energy, cooling, and their coordination with and impact on resource management, scheduling, and system/application performance and dependability.
This project proposes to update and enhance Parasol’s infrastructure and computing systems as well as its software stack to make it an even more effective vehicle for research on sustainable computing. Specifically, we plan to populate the enhanced testbed, called Parasol-II, with current and next generation processor technologies, improve network connectivity and integrate software-defined networking (SDN) capabilities, increase solar energy generation capacity, add a low emission fuel cell power source, increase and diversify energy storage capacity, and improve the free-cooling system, as well as expand its capacity to meet the increased power consumption of the updated IT equipment. These enhancements are driven by the requirements of the research outlined in this proposal. At the same time, we will update and enhance Parasol’s current software stack for monitoring, programmatic control, and remote access. This will allow Parasol-II to be used by a significantly expanded set of researchers from Rutgers, Ohio State, and Stony Brook.