Ontology of Quantum Information for Efficient Visual and Language Control
Abstract
The article analyzes the architecture of intelligent video surveillance based on an ontology of information quanta. The relevance of the study is determined by tightening requirements for IoT video analytics, which must operate under limited network bandwidth, strict privacy requirements, and tight budgets. The novelty of the approach lies in tokenizing video streams at the edge : low-level visual descriptors are transformed into semantically stable information quanta (IQ), after which their cloud processing is performed by vision-language models. The paper formalizes the principles of a two-tier edge-cloud architecture and analyzes data-centric methods that increase the robustness of models to noisy data. Special attention within the work is paid to the ontology of actions as a connecting link between pose detection and subsequent semantic interpretation. The aim of the study is to demonstrate that the proposed architecture ensures ultra-low latency, compliance with privacy requirements, and high interpretability of decisions. To achieve this aim, methods of systems analysis and comparative performance analysis are employed. In conclusion, it is shown that the architecture enables efficient solving of complex event analysis tasks in real time. The material is addressed to specialists in the fields of computer vision, the Internet of Things, and security systems.
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References
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