Optimizing the Running Time of a Trigger Search Algorithm Based on the Principles of Formal Verification of Artificial Neural Networks

Article ID

A73C7

Efficient trigger search algorithm for AI neural networks and deep learning.

Optimizing the Running Time of a Trigger Search Algorithm Based on the Principles of Formal Verification of Artificial Neural Networks

Aleksey Tonkikh
Aleksey Tonkikh Moscow State University
Ekaterina Stroeva
Ekaterina Stroeva
DOI

Abstract

The article examines the problem of scalability of the algorithm for searching for a trigger in images, which is based on the operating principle of the Deep Poly formal verification algorithm. The existing implementation had a number of shortcomings. According to them, the requirements for the optimized version of the algorithm were formulated, which were brought to practical implementation. Achieved 4 times acceleration compared to the original implementation

Optimizing the Running Time of a Trigger Search Algorithm Based on the Principles of Formal Verification of Artificial Neural Networks

The article examines the problem of scalability of the algorithm for searching for a trigger in images, which is based on the operating principle of the Deep Poly formal verification algorithm. The existing implementation had a number of shortcomings. According to them, the requirements for the optimized version of the algorithm were formulated, which were brought to practical implementation. Achieved 4 times acceleration compared to the original implementation

Aleksey Tonkikh
Aleksey Tonkikh Moscow State University
Ekaterina Stroeva
Ekaterina Stroeva

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Aleksey Tonkikh. 2026. “. Global Journal of Computer Science and Technology – D: Neural & AI GJCST-D Volume 24 (GJCST Volume 24 Issue D1): .

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Crossref Journal DOI 10.17406/gjcst

Print ISSN 0975-4350

e-ISSN 0975-4172

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GJCST Volume 24 Issue D1
Pg. 11- 19
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Optimizing the Running Time of a Trigger Search Algorithm Based on the Principles of Formal Verification of Artificial Neural Networks

Aleksey Tonkikh
Aleksey Tonkikh Moscow State University
Ekaterina Stroeva
Ekaterina Stroeva

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