Universal mimicry distribution voting scheduling device and method based on user-defined protocol

Abstract

The invention discloses a universal mimicry distribution voting scheduling device and method based on a user-defined protocol. The universal mimicry distribution voting scheduling device comprises a distribution unit, a heterogeneous executive body, a voting unit and a negative feedback scheduling unit; the distribution unit comprises a network packet receiving module, a protocol conversion module, a data distribution module and a management module; the heterogeneous execution body comprises a data receiving module, a protocol conversion module, a heterogeneous execution unit and a data sending module; and the voting unit comprises a data receiving module, a data voting module, a protocol conversion module, a network packet sending module and a management module. The invention provides a set of mimicry structure framework with universality, which is beneficial to rapidly, simply and conveniently developing various mimicry defense devices; compared with a traditional defense mechanism,the security can be greatly improved, so that higher-level security protection can be implemented on the system; and the distribution unit and the voting unit are separated, so that the safety of thevoter can be improved, the overall defects of the mimicry defense equipment are overcome, and the system-level safety is further guaranteed.

Description

technical field [0001] The invention relates to the technical field of mimic distribution decision scheduling, in particular to a universal mimic distribution decision scheduling device and method based on a self-defined protocol. Background technique [0002] Existing mimic defense devices independently develop a new set of distributors and voters based on business characteristics. The distribution and voting devices among various mimic defense devices cannot be used universally, resulting in a long development cycle and high development costs. [0003] However, in fact, the distributors and voting devices of each mimic device are similar in implementation mechanism. The main difficulty is that the business protocols that each device needs to receive and process are too different. However, in terms of distribution strategy, voting strategy and Negative feedback scheduling is relatively consistent. [0004] At present, the mimetic devices using the TCP protocol and its deri...

AI Technical Summary

Problems solved by technology

[0002] Existing mimic defense devices independently develop a new set of distributors and voting devices based on business characteristics. The distribution and voting devices among various mimic defense devices cannot be used universally, resulting in long development cycles and high development costs.

[0003] However, in fact, the distributors and voters of all mimic devices are similar in implementation mechanism. The main difficulty of their inability to be universal is that the business protocols that each...

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