| With the rapid development of computer technology and network technology, theembedded system has won a huge chance to develop. The cheap and powerful CPU andvarious kinds of peripheral equipments have made the hardware frames of all kinds ofembedded applications stable and reliable after microprocessor exists. Since 1990s,representative of advanced development, ARM which is 32-bit embedded RISCmicroprocessor, has been spread to the range of the world, and occupied in the field ofapplication of low consumption, low cost and high performance embedded system. The dissertation aims at designing an automobile instrument platform whichrepresenting domestic advanced performance and possessing informationization,graphization, networkization through research and practice. In this platform, wecombine the practically requirement with industry process control, adopting sometechnology, including 32-bit RISC key microprocessor technology, multi-channel andmulti-parameter measurement technology, network communication technology, LCDdisplay technology, large capability information storage and management technology. In this thesis, the embedded intelligent multi-parameter integrate test & controlplatform based on ARM microprocessor. The embedded hardware system was designedtaking Samsung ARM7TDMI MPU as the core. And a small uClinux embeddedoperation system that prepares for the S3C4510B chips which haven't MMU isembedded into this hardware system. At last, a sum-up of this platform is given.
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