Groundhog Technologies Inc.

Chun-chih Yeh

Ta-Gang Chiou

Meng-Seng Chen

Ming-hui Young

Yuan-Pai Chen

Zi-jing Juang

A system and method for performing a network planning and mobility management optimization is provided, and it includes a graphical user interface (GUI) front-end for allowing users to operate required procedures for network planning and mobility management optimization. According to this invention, the network plan takes a network topology (NT) and its associated network statistic data as input. Accordingly, a network plan can represent an arrangement of network elements which display a superior-subordinate relationship between network elements in the mobile communication network. Moreover, the network plan comprises a plurality of statistic data reflecting a plurality of user mobility behaviors and a plurality of traffic behaviors of network elements in the mobile communication network. Moreover, network elements, links and their related statistics data can be presented on the GUI window, and then users can analyze traffic conditions and the planning result to determine an optimal plan which meets the optimization level required.

System with user interface for network planning and mobility management optimization in a mobile communication network and method thereof

A method for deployment scheduling for a mobile communication network is disclosed. The mobile network is to be changed from a first network plan to a second network plan, and both the first and second network plans include a plurality of BSC (base station controller) areas and location areas. The method includes: (a) selecting a BSC area from a current network plan; (b) performing a site movement from each source neighboring BSC area to the selected BSC area if the selected BSC area is empty; (c) performing a site movement from each source neighboring BSC area to the selected BSC area if the selected BSC area contains an unchangeable site, wherein each moved-in site becomes an unchangeable site neighboring to another unchangeable site of the selected BSC area; and (d) performing a site movement from a source neighboring BSC area to the selected BSC area according to current configuration of first sites within the selected BSC area if the selected BSC area is non-empty and contains no unchangeable site, wherein the first sites are neighboring to a second site of the source neighboring BSC area targeted to the selected BSC area.

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Taipei, Taiwan

Chun-chih Yeh