Dynamic placeholder grid model construction method and application architecture design method thereof

Abstract

The invention relates to the technical field of information, and discloses a dynamic placeholder grid model construction method and an application architecture design method thereof, and the method comprises the following steps: 1) constructing a real-time dynamic digital visual region grid block diagram model associated with region mapping of reality description according to an application scene; and (2) constructing a real-time dynamic digital visual grid placeholder structure diagram or a diagram block set which is mapped with a real moving or static entity and is associated with the regional grid block diagram based on a sensor system. According to the dynamic placeholder grid model construction method and the application architecture design method thereof, the problem that various types of information management systems in the prior art cannot well achieve digital and intelligent management such as real-time, efficient and accurate monitoring, searching, tracking, scheduling, early warning and the like on various types of vehicles, personnel and moving objects, and have the problems of difficulty in automatic monitoring management and weak performance and efficacy exist can be solved.

Description

technical field [0001] The invention relates to the field of information technology, in particular to a method for constructing a dynamic grid occupancy model and a method for designing an application architecture. Background technique [0002] In various places in traffic, tourism, and urban environments, orderly and safe monitoring, scheduling, guidance, and early warning of vehicles and personnel are important needs of relevant management agencies today, and there are many corresponding methods, such as monitoring System, positioning system, GIS system, database and other related types of information management systems. [0003] However, there is often a lack of comprehensive, efficient, and refined interrelationships among various types of information, and it is impossible to realize real-time, efficient, and accurate monitoring, searching, tracking, dispatching, and early warning of various types of vehicles, personnel, and moving objects. Digital intelligent managemen...

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