Power consumption compensation and attack resisting circuit based on neural network power consumption predication and control method

Abstract

The invention discloses a power consumption compensation and attack resisting circuit based on neural network power consumption predication and a control method. The circuit is composed of an encryption and decryption module achieving an encryption and decryption algorithm function, a power consumption compensation circuit and a neural network prediction module, a neural network algorithm with adaptive learning capacity is adopted in the method to build a power consumption predication model, power consumption predication is carried out when a code circuit works, a configurable power consumption compensation circuit is built, the compensation circuit is controlled to carry out corresponding function configuration according to a power consumption predication result, the power consumption of the overall circuit tends to be a steady state value, the value is not changed along with the change of a secrete key and processed data, an intruder cannot acquire the dependency of the value and secrete key information, and therefore power consumption attack can be effectively resisted.

Description

technical field [0001] The invention belongs to the field of information security, especially the anti-power consumption attack of a cryptographic circuit, which is used to protect the cryptographic circuit so that it can resist power consumption analysis attacks with high flexibility without reducing the processing speed of the cryptographic circuit, and enhance Security of cryptographic circuits. Background technique [0002] With the increasing informatization, digitalization and networking of modern society, people's demand for information security technology is becoming more and more extensive and in-depth. Information security products have become an important guarantee for the healthy operation of the whole society. Among them, high-performance and high-security cryptographic processors are essential basic hardware, and various cryptographic coprocessor chips based on algorithms such as DES, AES, RSA, ECC and HASH have been extensively researched and developed. [00...

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Problems solved by technology

But no one has used it in the anti-attack enhancement scheme of the cryptographic circuit

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