| Document Date: 1998-11-19 16:00:24
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City Boston / Parallel Message / Reading / Monticello / Durham / / Company ObjectOriented Technologies / AMD / DMA / / Currency BSD / / / Facility University St. Louis / Domain Transfer Facility / Monticello / / IndustryTerm user-level applications / storage devices / concurrent software systems / asynchronous communication devices / continuous media / interaction with hardware / asynchronous processing / overall packet processing time / non-time critical processing / continuous media systems / extra software / hardware specific processing / higher level kernel software / priority hardware / packet processing scheme / network software / less time critical software / inbound packet processing / character-special device / external devices / schedule network / software protocol / concurrent server / packet processing / inbound packet protocol / output event processing / hardware devices / complicated protocol processing / network hardware / concurrent systems / higher layer protocol / communication devices / function services / character-special devices / block-special devices / multi-processors / raw disk devices / Hardware critical processing / software architecture / memory management / protocol processing / / MusicAlbum I/O / / OperatingSystem UNIX / VMS / BSD / Windows NT / UNIX System V / / Organization Department of Computer Science Washington University St. Louis / / Person Paul McKenney / Douglas C. Schmidt / Lorrie Cranor / Charles D. Cranor / Jim Coplien / Norm Kerth / / / Position driver / synchronous I/O model / which simplifies concurrent programming / Disk Controller / Mediator / device driver / producer / OS scheduler / ADAPTIVE Service eXecutive / Major / call driver / asynchronous I/O model / which enhances execution efficiency / / Product Ethernet NIC chip / Ethernet NIC / / ProvinceOrState Illinois / New Hampshire / / PublishedMedium Lavender / IEEE Transactions on Software Engineering / / Technology object-oriented programming / higher layer protocol / Each network protocol / UNIX / synchronous I/O. One processor / software protocol / UNIX operating system / CORBA / operating system / UDP / TCP/IP protocol / shared memory / operating systems / LANCE Ethernet NIC chip / TCP/IP / IP protocol / Ethernet / network protocol / flow control / UNIX System / inbound packet protocol / X windows / /
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Half-Sync/Half-Async An Architectural Pattern for Efficient and Well-structured Concurrent I/O Douglas C. Schmidt and Charles D. Cranor and Department of Computer Science Washin