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Direct memory access / NetBSD / Conventional PCI / Industry Standard Architecture / Cell / TURBOchannel / DECstation / Q-Bus / C dynamic memory allocation / Computer hardware / Computer buses / Computing


A Machine-Independent DMA Framework for NetBSD Jason R. Thorpe1 Numerical Aerospace Simulation Facility NASA Ames Research Center Abstract One of the challenges in implementing a portable
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Document Date: 2008-05-31 06:43:42


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Company

MRJ Technology Solutions Inc. / Intel / /

Facility

PCI bridge / MCPCIA MCBUS-to-PCI bridge / PCI10 bridge / /

IndustryTerm

memory mapping devices / particular hardware device / virtual device / system software / hot-swapable device / driver software / software compatible / parallel computation applications / higher processors / local bus devices / software scatter-gather lists / software scattergather / character device / appropriate processing engine / autoconfiguration machinery / software interface / parallel processor / /

OperatingSystem

NetBSD / BSD / Microsoft Windows / UNIX-like / /

Organization

cbOutAddr / ASIC / cbOutCount / National Aeronautics and Space Administration / /

Person

EISA DMA / Low Cost Alpha / /

Position

driver / Device driver overview The device driver / bus driver / mainbus driver / common device driver / device driver / PCI bus device driver / general-purpose extent map manager / NetBSD device driver / core device driver / general / and consumes kernel resources / PPB device driver / PCI bus driver / controller / /

ProgrammingLanguage

ALCOR / /

Technology

alpha / RAM / UNIX / API / parallel processor / 386-class and higher processors / SRAM / operating system / operating systems / encryption / Ethernet / ASIC / virtual memory system / Simulation / virtual memory / SCSI / /

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