| Document Date: 2007-06-29 06:52:35
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City Cambridge / / Company AT&T / / / Facility Neither port / port of Python / / IndustryTerm conventional computer equipment / ubiquitous interaction between devices / embedded low-power wireless communications / Wireless Follow-me-MP3 / computational devices / latency network / wireless communications / moderate-latency network / control-flow processors / intelligent embedded devices / embedded processor technology / ad hoc network / wireless mouse / 5mx Web application / client-side software / primitive device / latency networks / conventional audio equipment / low latency networks / network / controller device / high-level communications model / universal compatibility between devices / obvious solution / sensor systems / wide-area network / wireless access / wireless devices / / OperatingSystem Unix / Linux / Microsoft Windows / POSIX / / Organization Laboratory for Communications Engineering / Several Event Service / / Person David Scott / Duncan Booth / / Position Wireless Follow-me-MP3 Controller / speaker / standard Python interpreter / generic remote controller / Python interpreter / Slaved Remote Controller / PEN_trader / MoPy interpreter / remote controller / interpreter / local PEN trader / mobile remote controller / Trader / PEN Trader / OMG Common Object Request Broker / controller / / ProgrammingLanguage Stackless Python / Python / / PublishedMedium the Koala / / Technology Common Object Request Broker Architecture / wireless devices / Linux / Unix / API / wireless communications / embedded processor technology / CORBA / MP3 / mobile device / Operating System / mobile devices / conventional RPC technologies / WAP / wireless access / flow control / thin client / Mobile Computing / Koala protocol / Conventional control-flow processors / BlueTooth / /
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Mobile Computing with Python James “Wez” Weatherall & David Scott, Laboratory for Communications Engineering, Cambridge, England, {jnw22, djs55}@eng.cam.ac.uk