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StrayAlpha

Ideas with impact

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 * About
 * Ideas
 * Publications
 * Projects Collapse child menu
   * Virtual Networks / Network Architecture Expand child menu
     * RNA – Recursive Network Architecture
     * X-Bone – automatic virtual networking
     * TetherNet – automatic Internet subnet relocation and rental
     * DynaBone – Dynamic virtual Internet backbones
     * DynaSat – Dynamic Internet satellite networking
     * Agile Tunneling Protocol (ATP)
     * X-Tend – extending the X-Bone for network experiments
     * P2P X-Bone – peer to peer Internet overlay networking
   * Internet Expand child menu
     * DataRouter
     * ALN – Active Learning Networks
     * NetFS – Networking Through the File System
     * GeoNet – Geographical Networking
     * ATOMIC2 Protocol Performance
   * High-Speed Networking Collapse child menu
     * LowLat
     * LSAM – Large Scale Active Middleware
     * Intelligent Bandwidth
     * ATOMIC2
     * PCatomic – an i486 Myrinet interface
   * Network Security Expand child menu
     * ATOMIC2 Fast Security
   * Optical Networks and Computers Expand child menu
     * Optical Turing Machine
     * Optical Packet Switching
     * Optical Code Division Multiplexing (OCDMA)
     * POW – Packets Over Wavelengths
 * Service
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LSAM – LARGE SCALE ACTIVE MIDDLEWARE


ABOUT LSAM

The LSAM Proxy Cache uses multicast push of related web pages, based on
automatically-selected interest groups, to load caches at natural network
aggregation points. The proxy is designed to reduce server and network load,
and increase client performance.

 * * Overall project overview and FAQ
   * What’s so special about caches? and what’s a virtual cache?
   * Virtual Cache Browser Demo
   * A quick look at the channel architecture


PROJECT COMPONENTS

 * Intelligent Bandwidth
 * Replication
 * Security
 * Performance


LSAM PROXY CACHE (LPC) (SOFTWARE RELEASE HERE)

See the LPC in action. (DEPRECATED)
(no userID or password is required for demo mode – just click “OK”)
 * * * Multicast Channel Program Guide
     * Dynamic Cache Control
     * Object Scheduling
     * Intelligent Request Routing
     * Mobility Management
     * Environment Analysis


PEOPLE

 * Joe Touch. Project Leader. Coordinating overall proxy architecture, and
   performing research on channel management and environment analysis. Earlier
   work focused on Intelligent Bandwidth research.
 * John Heidemann. Researching object performance issues. Earlier work focused
   on replication and transport performance research.
 * Ted Faber. Researching mobility issues.
 * Anne Hutton. Researching channel management and environment analysis. Earlier
   work focused on overall system integration and performance.
 * Steve Hotz. Researching request routing and cut-through.
 * Greg Finn. Researching channel management and environment analysis.
 * LSAM Graduate student researchers:
   * Amy Hughes. Graduate student researching dynamic cache systems. Earlier
     work focused on multicast cache configuration.
   * Lars Eggert. Graduate student researching object scheduling. Earlier work
     focused on TCP control block sharing.
   * Wei Yue. Graduate student researching multicast channel configuration
     issues.
   * Stephen Suryaputra. Graduate student researching routing issues.
   * Vikram Visweswaraiah. Graduate student researching replication issues.
   * Anand Oswal. Graduate student researching reliable multicast transport
     protocols.
 * Affilliated Researchers:
   * Katia Obraczka. Earlier work focused on intelligent bandwidth and transport
     protocol performance research.
   * Brian Tung. Earlier work focused on security research.


TOOLS


PUBLICATIONS

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