Nomadic ad-hoc network scheduling system and scheduling method thereof

Abstract

The invention provides a nomadic ad-hoc network scheduling system comprising multiple micro scheduling networks and a coordinating server cluster connected with the micro scheduling networks. Each micro scheduling network consists of a micro scheduling center and a plurality of terminals, and the terminals are connected to a network beyond the micro scheduling network through the micro scheduling center. The coordinating server cluster includes at least one coordinating server, and is used for supporting scheduling commands across the micro scheduling networks and media access. Each micro scheduling center is connected to one of the coordinating servers, and sends the status information and change information of the corresponding micro scheduling network to the coordinating server. The invention further provides a scheduling method of the nomadic ad-hoc network scheduling system.

Description

technical field [0001] The present invention relates to a dispatching system, in particular to a nomadic ad hoc network dispatching system and a dispatching method thereof. By quickly building a micro dispatching network in a temporary network, the dispatching between servers and terminals and between terminals is realized. technical background [0002] With the gradual penetration of informatization in production and life, the scheduling system has become an indispensable system in production and life. The scheduling system is usually used to coordinate various departments and organizations to work together to improve work efficiency. In the traditional scheduling system , the conversation between terminals needs to be completed through the dispatching center, which is the core of the entire network. Terminals such as voice terminals, camera equipment, and dispatching consoles must first establish a connection with the dispatching center before dispatching. This single-cente...

AI Technical Summary

Problems solved by technology

[0002] With the gradual penetration of informatization in production and life, the scheduling system has become an indispensable system in production and life. The scheduling system is usually used to coordinate various departments and organizations to work together to improve work efficiency. In the traditional scheduling system , the conversation between terminals needs to be completed through the dispatching center, which is the core of the entire network. Terminals such as voice terminals, camera equipment, and dispatching consoles must first establish a connection with the dispatching center before dispatching. This single-center Network structure, if the dispatch center fails, it will affect the dispatch of all equipment terminals in the entire network

In addition, traditional dispatching systems use analog signals or circuit domains for dispatching, but analog signals have poor communication confidentiality and weak anti-interference capabilities. Circuit domain methods require high equipment investment, inflexible networking, and poor compatibility.

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