Novel flow-type biochip flow layer architecture synthesis design method

Abstract

The invention relates to a novel flow-type biochip flow layer architecture synthesis design method. A simulated annealing algorithm is adopted in the layout stage, a list scheduling algorithm is adopted in the binding and scheduling stage, and an improved A* path-finding algorithm based on a negotiation mechanism is adopted in the wiring stage. According to the method provided by the invention, ascheduling solution comprehensively generated by the high level has a better guiding effect on the design of the subsequent wiring stage.

Description

technical field

[0001] The invention relates to a novel synthetic design method of a flow type biochip flow layer framework. Background technique

[0002] The published synthetic design methods of fluidized biochip fluidized layer architecture are mainly divided into two types: the first is the traditional industrial manual design method, which requires manual operation of component placement and wiring. There is still the possibility of operation on a small scale, but it is difficult to effectively design large-scale biochemical protocols, and this design is prone to errors, and requires high knowledge reserves and personal abilities of technicians;

[0003] The second is a top-down design flow that uses computer software to automate the generation of place-and-route results. Compared with the first design method, it has made obvious progress, but its design process still has a fatal flaw-the scheduling results generated during high-level synthesis have an important guidin...

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