Intelligent sensing analyzer

Abstract

The invention provides an intelligent sensing analyzer which comprises an information acquiring unit, an information processing unit and a central processing unit. The information acquiring unit receives sensing information via an interface unit and outputs the sensing information, and the sensing information is transmitted by a sensing layer; the sensing information outputted by the information acquiring unit is coded and compressed by the information processing unit, and the information processing unit judges whether the coded and compressed sensing information is matched with at least one event rule among a plurality of preset event rules or not and outputs corresponding event alarm notification when the coded and compressed sensing information is matched with the event rules; the central processing unit transmits the event alarm notification to an application layer when receiving the event alarm notification outputted by the information processing unit, and outputs corresponding alarm control instructions. The intelligent sensing analyzer has the advantages that thousands of target objects can be simultaneously monitored by the intelligent sensing analyzer, alarm effects can be realized for suspicious events, accordingly, individuals can be liberated and only handle suspicious monitored points, and the event detection timeliness and the event handling efficiency can be improved.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to an intelligent perception analyzer. Background technique [0002] At present, the emergency decision-making and command systems that have been built and are about to be built in domestic cities are mainly based on traditional PSTN, wireless trunking communication and other technologies to realize the process integration between various linkage departments, but lack accurate perception of the emergency situation. With the increasing complexity of sudden natural disasters and social public safety, emergency incidents are becoming more complex, involving more and more extensive areas, and the difficulty of handling emergency emergencies is also increasing. This puts forward higher requirements for the design of a new generation of decision-making command system Requirements: Realize the multi-information collection and reporting of on-site events, form a relatively complete e...

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Problems solved by technology

[0003] On the other hand, in the process of building a large-scale "safe city", cities across the country have built a huge video surveillance network infrastructure. First-tier cities have installed about 200,000 to 300,000 video cameras, and second-tier cities generally have installed tens of thousands of cameras. Cameras, however, these Internet of Things front-end sensing terminal devices are in a discrete distribution state, and cannot be collected, sensed and analyzed by one device or system, and cannot interact with the emergency decision-making command application layer in the background, thus restricting the background system from playing a greater role. effect

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