Design Of Deep-sea Boundary Layer In-situ Monitoring System Of Windows CE6.0

The article describes the hardware platform and the software platform ofdeep-sea boundary layer in-situ monitoring system of Windows Embedded CE6.0.The system mainly uses the ARM embedded system which is equipped with WindowsEmbedded CE6.0operating system. In addition to this, it is also equipped with thesingle-chip control system. It integrates the deep-sea data acquisition and storagesystem, the deep-sea camera subsystem, the platform monitoring system, thecontrolled-buoyancy system, the self-contained power managerial system and thedeep-sea interface converted system.The crucial control system is the ARM embedded system, which is connectedwith the deep-sea data acquisition and storage system and the single-chip controlsystem by the deep-sea interface converted system. Further, the ARM embeddedsystem and the single-chip control system communicate with each other by thedeep-sea interface converted system. The ARM embedded system uses the dual ARMredundancy control and the TCP/IP communication protocol. It introduces theexception handling mechanism. According to this, it implements the reliable deep-seaperiodical data acquisition and storage. The ARM embedded system communicateswith the single-chip control system by the interface converted system. In this way, theARM embedded system can control the power management which is controlled by thesingle-chip control system, the management of the deep-sea data acquisitioninstruments and the single-chip in the low power consumption, which ensures that thesystem can run in the given sea area. The control program of the ARM embeddedsystem is compiled by the C++of Windows Embedded CE6.0. It easily implementsthe control and management of the system.The system can operate chronically in the case of a self-contained power supply,which needs the design of the power management. The MCU system controls themanagement of the power supply in order to keep the whole system operating chronically. The control kernel of the MCU control system is composed by theMSP430single chip. It can control the self-contained power supply effectively andconfirm the whole system opened and closed periodically and operating chronically.This article includes six chapters. The exordium describes the development ofthe deep-sea boundary layer in-situ monitoring system technology at home and abroad.In addition to this, it introduces the circuits of the system. The first chapter describesthe elements of the system，including the ARM embedded control system, the SCMcontrol system, the deep-sea data acquisition and storage system, the deep-sea camerasubsystem, the deep-sea platform controlling system and the deep-sea interfaceconverted system. The second chapter mainly introduces how to structure thedevelopment environment of the operating system of Windows Embedded CE6.0inthe PC. Else, it introduces how to structure the development environment of theoperating system of Windows Embedded CE6.0in the ARM equipped developmentboard. It also includes how to structure the development software of visual studio2005in the PC. The third chapter briefs the control procedure of the ARM equippedsystem, the control procedure of the SCM system and the interface developed by Qt.The fourth chapter depicts the summary of the ocean experiment and the related datas.The last chapter summarizes the work.