| Summary: | 碩士 === 國立交通大學 === 資訊科學與工程研究所 === 106 === Traditional master-slave multiprocessor architecture is less flexible and requires management of resource and job assignments. The program should be recompiled when the number of slave processors changes. Therefore, self-organization WPU is proposed to speed up the computing of eNB. Different from the traditional architecture, WPUs do not need to be managed resource and job assignments by the center, and can complete the work by themselves. It can be more flexible and efficient for resource management and job assignments.
In addition, WPU with self-scheduling can reorder instruction flow to speed up the overall execution time. This thesis plans the architecture of WPU and implement the ALU which to support the various computations in communication, and implement the scheduler to support self-scheduling.
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