Dissertation
Dissertation > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Micro-computer > A variety of micro-computer > Microprocessor

Interface Driver Design and Realization of Mutiple-dsp Parallel Processing for Route Planning System

Author YangLiu
Tutor ZhouChengPing
School Huazhong University of Science and Technology
Course Pattern Recognition and Intelligent Systems
Keywords DSP Parallel processing PCI bus WDM driver Gigabit Ethernet NDK
CLC TP368.12
Type Master's thesis
Year 2011
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With the development of information technology , path planning technology is widely used in various types of navigation systems , such as unmanned aerial vehicles , robots , and so on to play a crucial role in modern penetration . Therefore, to improve the planning system security , accuracy and diversity of the general trend of the development of today 's flight path planning system . There are a variety of existing planning methods based the track fragments planning method used in this article is cell decomposition and roadmap methods combine . Large amount of computation and very time-consuming step of restructuring of the track after track fragments generated in the method and fragments generated . In order to speed up the planning process , the use of a DSP parallel processing methods to assist in the planning . Research in parallel processing system using a the three TI 's high-end chip TMS320C6455 the custom bus interconnection can be articulated through the PCI bus to the host , you can also communicate through a Gigabit Ethernet interface to keep up with bit machine . This paper first analyzes the characteristics of the track fragments planning system and clarify the feasibility of parallel co-processing methods to help the host planning . Multi-DSP system hardware structure of the framework , and highlights the system's PCI module and the Gigabit Ethernet module . Then introduces the PCI bus and the WDM driver model structure , and for the TMS320C6455 PCI module use DriverWorks tool development and design of WDM (Windows Driver Model) driver . Followed from the universal applicability of the network analysis the DSP system communicates with the network trend which points out the special nature of the TCP / IP protocol in the DSP system . Network development tools NDK, TI's DSP / BIOS system to achieve the design of the network driver . Finally , the driver will be used in the flight path segment in the planning system , and experimental results are given to realizing the data analysis .

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