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  • 學位論文

應用於筆記型電腦中之RAID架構研究

A Study of RAID Architecture for Notebook Computer

指導教授 : 鄭士康

摘要


並列摘要


Abstract With the increasing of CPU speed and the improvement of heat dissipation technology, the distance between the notebook computer and desktop computer performance gets shorter and shorter. In addition of the advantage of appearance and easy-carrying, notebook has already had a trend of replacing desktop computer on the market. How to improve performance further on the existing structure, even surmounting the desktop computer, is the direction that each researcher and developer must face and think. This thesis mainly deals with notebook computer structure today and analyzes the bottleneck at the speed, points out the reason why hard disk performance is slower in the system and potential problem of security. In the next step I will study further RAID feasibility of applying to notebook computer and discuss on what kind of grade is comparatively suitable? We will propose the improved RAID 0+1 architecture to raise the speed and reach the requirement of back-up for the materials finally. Certainly in order to express the change of performance and items that should be paid attention to in the design concretely, I use Ali’s M5283 and M5281, high speed access host control chips, to simulate on a system. Through experiments in the entity to understand the probable questions that might be run into. According to the analyzing data, a notebook computer system structure with better hard disk performance can be achieved.

參考文獻


[4] Patterson, David A., Gibson, Garth, and Katz Randy H.,“A Case for Redundant Arrays of Inexpensive Disks”(RAID),
In International Conference on Management of Data(SIGMOD),pp.109-116, June, 1988
參考文獻
[1] Intel Corp. “RS-Mobile Dothan Processor with 533-MHZ Front Side Bus Electrical, Mechanical, and Thermal Specification (EMTS) Rev 1.0 pp13-17”April 2004
[2] Intel Corp. “RS-IMVP-IV Mobile Processor and Mobile Chipset Voltage Regulation with Power Status Indicator (PSI) Specification Rev1.35 pp9-14”November 2003

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