An integrated information processing system for network monitoring and auditing of concealed engineering

Abstract

The invention provides an information processing integrated system for concealed engineering network monitoring and auditing, which belongs to the technical field of computer information processing; adopts ODIBus technology, proposes an open object flexible data integration framework, and realizes position transparency, protocol transparency, language transparency, and equipment Transparent, transparent control mode, low difficulty in system development and integration; the open real-time software bus in ODIBus adopts the ODC integration method to realize plug-and-play, flexible reorganization, and on-demand marshalling at the sensor level, device level, and system level. The intelligent configuration hardware platform adopts AFE technology and is assembled flexibly according to user needs; ODIBus integrates heterogeneous buses and software at the gateway layer to establish an integrated communication network environment, and the sensors and controllers developed based on configuration hardware realize intelligence, IP-based, the application system is integrated with the ODIBus / S device of the host computer through the built-in ODIBus / E software.

Description

technical field [0001] The invention belongs to the technical field of computer information processing, and in particular relates to an information processing integrated system for network monitoring and auditing of concealed engineering. Background technique [0002] Hidden engineering is a difficult point in the precise tracking and auditing of public engineering. It is difficult to systematically reveal the internal state of hidden engineering by means of single-sensor detection. It is necessary to use a network of multi-sensor detection equipment to track the internal state of hidden engineering in an all-round, all-weather and all-weather manner. The direction of future covert engineering audits. The traditional multi-sensor network detection system is built with a "platform as the center". When constructing each sub-system, it is only built with the functions and construction goals of the system, without considering the functions and construction goals of the overall s...

AI Technical Summary

Problems solved by technology

The traditional multi-sensor network detection system is built with a "platform as the center". When constructing each sub-system, it is only built with the functions and construction goals of the system, without considering the functions and construction goals of the overall system. Therefore, there are sensors, The problem of unshared equipment such as controllers, as well as problems such as redundant construction, low degree of information sharing, and poor user experience

Moreover, various non-destructive detection systems have shortcomings such as "system segmentation, difficulty in collaborative operation, poor user experience, and high construction and operation costs" during integration, which has become a bottleneck for the development of non-destructive networking detection.

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