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CS262b - Advanced Topics in Computer Systems, Spring 2020
Parallel Computer Architecture: A Hardware/Software Approach David E. Culler and Jaswinder Pal Singh
Research Projects
- Buildings, Energy and Transportation Systems
- Software Defined Buildings
- LoCal: A Network Architecture for Localized Electrical Energy Reduction, Generation, and Sharing
- PlanetLab - an open infrastructure for exploring planetary-scale services
- Wireless Embedded Sestems (WEbS) for Networked Embedded Systems Technology
- Tiny OS: Design Principles for Deeply Embedded Networked Systems
- The Endeavour Expedition: Charting the Fluid Information Utility
- Ninja - Platform architecture for Scalable Internet Services
- Post-PC Era (IBM Pervasive Computing Meetings)
- MillenniumClusters of Clusters on a Campus-wide Scale
- TITAN A Next-Generation Infrastructure for Integrating Computing and Communication.
- NOW: Network of Workstations as a High Performance Integrated System
- The Castle Project: Integrated software support for parallel computing.
- Split-C: A performance programming language for parallel machines.
Course Materials
- CS262b - Advanced Topics in Computer Systems,Spring 2009, Spring 2020
- CS294-49Creating the Grid OS: A Computing Systems Approach to Energy Problems
- CS61CL- Machine Structures, Fall 2009
- CS61Cl- Machine Structures, Fall 2008
- EECS194 - Internet of Everyday Things, Spring 2008
- CS252 - Graduate Computer Architecture, Fall 2005.
- EECS150 - Digital Design Techniques, Fall 2004,Fall 2007
- CS294-1 Deeply Embedded Network Systems, Fall 2003
- CS252
- CS194-5/CS294-100 : Internet of Everyday Things, Spring 2015
- CS194-27 : IT for Sustainability - Transportation, Spring 2015 Graduate Computer Architecture, Spring 2003
- CS252 Graduate Computer Architecture, Spring 2002
- CS298-1 System Seminar, Spring 2000
- CS294-8 Design of Deeply Networked Systems, Spring 2000
- CS258 Parallel Processors, Spring 1999
- CS294-11 Topics in System Design for the Post-PC Era, Spring 1999
- CS294-8 Advanced Topics in the Design of Systems of Systems Fall 1997.
- CS 61C Computer Structures
- CS267 Spring 1997
- CS 152 Computer Design and Engineering, Spring 1996
- CS 298-1 System Seminar, Spring 1996
- CS 258 Parallel Processors, Spring 1995
References
Current Graduate Students
- Gabriel Fierro, Building Operating Systems
- Jack Kolb, Distributed Execution Containers
- Sam Kumar, Embedded Networks, Security
Former students
- Kalyanaraman Shankari, PhD (#33) e-mission: an open source, extensible platform for human mobility systems
- Michael Andersen, PhD (#32) Decentralized Authorization with Private Delegation
- Kaifei Chen, PhD (#31) Vision-based Appliance Identification and Control with Smartphone Sensors in Commercial Buildings 2018
- Virginia Smith, PhD (#30) System-Aware Optimization for Machine Learning at Scale 2017
- Arka BhattacharyaPhD (#29) 2016
- Stephen Dawson-Haggerty, PhD (#28) 2014
- Jay Taneja PhD (#27) 2013, IBM, UMass
- Jorge Ortiz, PhD (#26) 2013, IBM.
- Prashanth Mohan PhD (#25) 2013, Ensighta, FireEye, Google.
- Fred Jiang PhD (#24) 2010, MSR Asia, Columbia University A High-Fidelity Energy Monitoring and Feedback Architecture for Reducing Electrical Consumption in Buildings
- Prabal Dutta PhD (#23) 2009, University of Michigan, A Low-Power Mobile Sensing Architecture
- Jaein Jeong PhD (#22) 2009, CISCO, A Practical Theory of Micro-Solar Power Sensor Networks
- William Kramer PhD (#21) 2008, Production Performance Analysis of Massive Machines
- Jonathan HuiPhD (#20) 2008, ArchRock => CISCO, An Extended Internet Architecture for Low-Power Wireless Networks - Design and Implementation
- Sukun KimPhD (#19) 2007, Structures Monitoring, Samsung Research,
- Kamin Whitehouse, PhD (#18) 2006, Sensor Network Localization and Deployment Analysis, UVA
- Robert Szewczyk, PhD (#17) 2006, Sensor Network Design for Long-Lived Applications, MoteIV
- Phil Levis, PhD (#16) 2005, Programming Models for Sensor Networks, Stanford University
- Joe Polastre, PhD (#15) 2005, Habitat Monitoring, Wireless Networks, Moteiv Corp.
- Alec Woo, PhD (#14) 2004, Wireless Embedded Networking, Microsoft, Arch Rock => CISCO
- Frederick Wong,PhD (#13) 2004 Message Passing on Configurable Hardware
- Jason HillPhD (#12) 2003, Infrastructure Enabled Tiny Devices, JHL Labs, Toro
- Matt Welsh, PhD (#11) 8/02, Staged Event-Driven Architecture for Robust Internet Services, Harvard, Google
- Philip Buonadonna, PhD (#10) 2002 QP/IP, Intel Research, Arch Rock => CISCO
- Brent Chun, PhD (#9) 12/01, System Support for Computational Economies, CIT, Intel, Arch Rock Corp., ...
- Alan Mainwaring, PhD (#8) 11/99, Virtual Networks, Intel Research
- Richard Martin, PhD (#7) 8/99 Performance Sensitivity, Rutgers
- Andrea Dusseau, Phd (#6) 11/98, Implicit Co-Scheduling, Wisconsin
- Steven Lumetta, PhD (#5) 11/98, Multi-Protocol Communication, Univ. Ill, Urbana-Champaign
- Seth Goldstein, PhD (#4), Lazy Threads, CMU
- Thorsten von Eicken, PhD (#3) Active Messages, Cornell, ExpertCity => Citrix online, RightScale
- Klaus Schauser PhD (#2), Compilation of Non-strict Languages, UCSB, ExpertCity => Citrix on-line, Appfolio
- Bruce Holmer PhD (#1), Automated Prolog Instruction Set Design, Northwestern
- Vinitra Swamy
- Gunkan Baid
- Aishwarya Parasuram, MS 2016, Analysis of RPL Routing Standard for Low Power and Lossy Networks
- Andrew Krioukov MS 2013
- Gilman Tolle MS, 2005, Sensor Network Managment, Microclimate Modeling, Arch Rock
- Andrew Geweke, MS, Economic-Based Resource Mgmt
- Chad Yoshikawa, MS, Active Messages on Meiko CS-2
- Anurag Sah
- Steve Luna
- Lok Tin Liu
- Cedric Krumbein
- Martin Bell
- Abdelbaky, Moustafa (postdoc)
- Kim, Hyung-Sin (postdoc)
- Ardakanian, Omid (postdoc)
Ancient Press Stuff
- Sun World, Dec 1996, "Can a `network of workstations' provide cheap, scalable supercomputing power?"
- Seattle Post-Intelligencer, July 1999: Visionaries have a plan for life beyond the dull PC
- 800-node live ad hoc sensor network demo at Intel Developers Forum
Create for Change 
ACM SenSys 2009