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Data Controlling and Storing in the Marine Wind-generated Noise Inversion System
Author: YanZuo
Tutor: HuangZhanHua
School: Tianjin University
Course: Optical Engineering
Keywords: The ocean wind off noise IDE FAT32 Low power consumption MSP430 SCM
CLC: P733.22
Type: Master's thesis
Year: 2005
Downloads: 49
Quote: 1
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Abstract
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Noise monitoring of the marine environment and inversion technique is a national 863 project , the main purpose of the project is to study and verify the switching noise model for our waters , ocean winds . Sub-topics of this thesis is the noise monitoring of the marine environment and inversion technique \The main work : ● system functions and special requirements , put forward the overall design of the data control and storage , using a variety of methods to reduce system power consumption ; ● complete data control and storage hardware circuit design , developed based on underlying control software of the microcontroller ; ● reference IDE interface protocol related content , design method of embedded hard disk storage control , mass data storage ; ● the reference disk file system content, design, the drive is compatible with the storage management method to achieve mass data storage and disk file system compatible , while the development the upper control software based on the serial interface of the computer ; strict ● combination of simulation and the actual use of rigorous analysis of the data , the system power consumption and working hours estimates, the proposed improvements . The innovation of this article : embedded hard disk storage and hard disk compatible storage methods , mass data storage and disk file system is fully compatible with ; ● using a variety of effective methods to reduce system power consumption , including : hard stage work ; different units and different modules independent power supply , staggered working ; FIFO , FLASH and IDE hard disk three data transmission and storage .
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CLC: > Astronomy,Earth Sciences > Oceanography > Marine basic science > Marine physics > Ocean acoustics > Noise
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