7 episodes

The Computer Systems Laboratory Colloquium is the regular, weekly colloquium of the Computer Systems Laboratory. At each session, a guest lecturer examines some topic on current research and developments in computer systems. Speakers are drawn from industry, government, research, and educational institutions around the world.

The topics touch upon all aspects of computer science and engineering including logic design, computer organization and architecture, software engineering, computer applications of all sorts, public policy, and the social, business, and financial implications of technology. Frequently the Colloquium provides the first public forum for discussion of new products, discoveries, or ideas.

Computer Systems Colloquium (Fall 2009‪)‬ Stanford University

    • Technology

The Computer Systems Laboratory Colloquium is the regular, weekly colloquium of the Computer Systems Laboratory. At each session, a guest lecturer examines some topic on current research and developments in computer systems. Speakers are drawn from industry, government, research, and educational institutions around the world.

The topics touch upon all aspects of computer science and engineering including logic design, computer organization and architecture, software engineering, computer applications of all sorts, public policy, and the social, business, and financial implications of technology. Frequently the Colloquium provides the first public forum for discussion of new products, discoveries, or ideas.

    • video
    7. PortLand: Scaling Data Center Networks to 100,000 Ports and Beyond (November 18, 2009)

    7. PortLand: Scaling Data Center Networks to 100,000 Ports and Beyond (November 18, 2009)

    Amin Vahdat, a professor of Computer Science and Engineering at UCSD, discusses PortLand, a scalable, fault tolerant layer 2 routing and forwarding protocol for data centers. (November 18, 2009)

    • 4 sec
    • video
    6. Rethinking Time in Distributed Systems: How Can We Build Complex Systems Simply? (November 11, 2009)

    6. Rethinking Time in Distributed Systems: How Can We Build Complex Systems Simply? (November 11, 2009)

    Paul Borrill of REPLICUS Software Corporation discusses results from physics and other disciplines that investigate if and where hazards to the integrity of our information may exist due to current conceptions of time. (November 11, 2009)

    • 5 sec
    • video
    5. Starting a Productivity Revolution in Parallel Computation (November 4, 2009)

    5. Starting a Productivity Revolution in Parallel Computation (November 4, 2009)

    (November 4, 2009) Anwar Ghuloum of Intel Corporation discusses Intel's Ct technology, which aims to provide a tool for developers to write parallel programs productively and create an infrastructure for implementation of other parallel data.

    • 4 sec
    • video
    4. Wave Glider: An Autonomous Wave-Powered Sensor Platform for Ocean Observation (October 28, 2009)

    4. Wave Glider: An Autonomous Wave-Powered Sensor Platform for Ocean Observation (October 28, 2009)

    Roger Hine of Liquid Robotics discusses the Wave Glider, a new technology dedicated to collecting data about the ocean. The Wave Glider uses solar panels to harvest energy from the sun to propel itself. (October 28, 2009)

    • 4 sec
    • video
    3. DRAM Errors in the Wild: A Large-Scale Field Study (October 21, 2009)

    3. DRAM Errors in the Wild: A Large-Scale Field Study (October 21, 2009)

    Bianca Schroeder of the University of Toronto Computer Science Department gives an in depth discussion on how common dynamic random access memory errors are, their statistical properties, and how they are affected by external and chips. (October 21, 2009)

    • 3 sec
    • video
    2. Construction of De Novo Biological Process Control Circuits: Parts & Engineering Principles (October 14, 2009)

    2. Construction of De Novo Biological Process Control Circuits: Parts & Engineering Principles (October 14, 2009)

    Susan Weininger of Molecular Lock Corporation introduces molecular locks, protein assemblies that can turn genes on and off. (October 14, 2009)

    • 4 sec

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