Design method of silicon-based multispectral integrated circuit chip and integrated circuit chip

Abstract

The invention discloses a silicon-based multispectral integrated circuit chip, which comprises a power supply module and a system part, wherein the system part comprises an RISCV core, a system bus bridge, an instruction fetching module, a decoding module and an execution module, and is used for completing all functions of a chip; the system bus bridge is used for processing power consumption management and auxiliary work after the RISCV core is powered down, and the system bus bridge is used for connection among the modules and communication and data interaction; the instruction fetching module is mainly used for completing instruction prefetching, compression instruction extension and branch prediction; the decoding module is mainly used for completing instruction decoding, conflict detection, operand reading and instruction emission; the execution module is mainly used for executing and writing back the instruction, and meanwhile memory access is completed in the level of assembly line. The technical scheme has the advantages of low power consumption, high reliability, reconfigurable algorithm, curable logic and realization of multi-spectral focusing circuit logic IP design.

Description

technical field [0001] The invention relates to the technical field of silicon-based multispectral image signal processing, in particular to a method for designing a silicon-based multispectral integrated circuit chip and the integrated circuit chip. Background technique [0002] Silicon-based multi-spectral image signal feature extraction technology obtains a new data set by transforming the original data set. In the transformation process, technologies such as de-noising can be incorporated to make the transformed image less noisy. The extracted image features are more obvious in category attributes, which is beneficial to improve the classification accuracy of images. [0003] In the prior art, existing integrated circuit chips rarely have chips dedicated to silicon-based multispectral signals, so that when existing chips process silicon-based multispectral signals, they cannot simultaneously convert silicon-based multispectral signals. The automatic focusing of the ima...

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Problems solved by technology

[0003] In the prior art, existing integrated circuit chips rarely have chips dedicated to silicon-based multispectral signals, so that when existing chips process silicon-based multispectral signals, they cannot simultaneously convert silicon-based multispectral signals. Automatic focusing of images, while existing integrated circuit chips have high power consumption and low reliability

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