Modeling analysis method based on geographic targets
View Patent ↗The present application relates to a modeling analysis method based on geographic targets. According to the method, data acquisition is carried out on the basis of a mobile client, and rapid modeling is carried out on the basis of a predetermined rule, so that the workload of maintenance and analysis of data in an existing network management system is reduced, and the network management efficiency is improved. The technical proposal employed in the present application is: a modeling analysis method based on geographic targets, which includes: using predetermined targets at related geographic positions as nodes of a network model; acquiring position information of the nodes by means of the mobile client and carrying out classification; and establishing a connection relationship between the nodes representing the geographic positions and the network model according to an established rule.
1. A modeling analysis method based on geographic targets, comprising:
step 1: defining a topological connection rule of different types of nodes in a network model in advance according to different attributes and operating states of devices;
step 2: developing a target network software based on an electronic map application, comprising, based on a rule-driven device management modeling method, developing a network software which uses the electronic map as background and is based on cloud storage and cloud computing to prepare for application of a network management model;
step 3: using predetermined targets related to geographic positions as nodes of the network model, and acquiring position information of the nodes along a line by means of a mobile client with wireless positioning and acquisition function and carrying out classification;
step 4: receiving information of target nodes based on the background of the electronic map, comprising receiving the information of the target nodes from the mobile client in the cloud and using the electronic map as the background to display the information of the nodes on the electronic map in the cloud;
step 5: searching for surrounding network nodes based on the position information of the nodes, comprising, on the electronic map, taking the geographic position of a present node as a center and searching for the information of the nodes of an adjacent network around the target according to a predetermined connection rule;
step 6: connecting the nodes representing the geographic positions according to the predetermined rule based on classification results of the nodes displayed on the electronic map, with the electronic map as the background, and automatically achieving connections between the present node and adjacent nodes in the network to establish the modeling analysis method based on geographic targets, so as to analyze topological relation between each node in the network model according to operating states of the each node in the network model.
2. The modeling analysis method based on geographic targets according to claim 1 , wherein
the network model includes a simulation network software that simulates network operation rules and performs topological analysis.
3. The modeling analysis method based on geographic targets according to claim 1 , wherein
the position information of the nodes is acquired via the mobile client, the mobile client includes GPS devices, mobile phones, Apple touch, street view shooting vehicles, and mobile devices with wireless positioning and acquisition function, wherein positioning methods include: mobile base station positioning, Wi-Fi positioning and GPS positioning.
4. The modeling analysis method based on geographic targets according to claim 1 , wherein
the position information of the nodes is acquired via the mobile client, the position information of the devices is acquired by the mobile client with an instant messaging service.
5. The modeling analysis method based on geographic targets according to claim 1 , wherein
in a software model, by analyzing types of the nodes and existing connection rule, physical connections between the nodes are automatically completed, and topological relation between the nodes is automatically established.
6. The modeling analysis method based on geographic targets according to claim 2 , wherein
the position information of the nodes is acquired via the mobile client, the position information of the devices is acquired through the mobile client with a function such as WeChat, facebook, and MSN.