Communication data sending and receiving method in high-density communication environment

Abstract

The invention discloses a receiving-transmitting method of communication data in a high-density communication environment. The method is realized by adopting a polling mode, a group call mode, and a competitive mode to calculate dynamic service capacity of resources and by real-time matching of communication tasks. The only serial number of a device is used as communication identification, validity of communication data is ensured by a retransmitting and checking mechanism, and the congestion control theory runs through the whole communication process. An optimal communication method is evaluated and selected by adopting the receiving-transmitting method of communication data of the invention, thereby improving data receiving-transmitting rate. The receiving-transmitting method of the invention is advantaged in that: the response speed in high-density communication environment is fast, communication devices do not need to wait, the problem of confliction in a communication process is solved effectively; an extensible design mode can be adopted, the receiving-transmitting method of the invention can be integrated into existing various communication systems efficiently, and a data receiving-transmitting strategy can be self-adaptively adjusted and scheduled in an operational process of a system.

Description

technical field [0001] The invention relates to the communication field, in particular to a method for sending and receiving data in a complex environment. Background technique [0002] With the development of electronics, communication technology, and Internet technology, humans have begun to use voting systems to vote. Many large venues are equipped with electronic voting systems, which can automatically complete voting, ticket counting, and result statistics. However, the current electronic voting system is often designed for the needs of a single venue, and it is impossible to complete the unified voting of several venues in a video conference in real time. The existing video conference system manages each venue as a video terminal, and cannot real-time vote on the meeting proposal. Voting process control and real-time statistics of voting results. [0003] There is a cross-regional voting system, which connects multiple independent voting subsystems through the network...

AI Technical Summary

Problems solved by technology

Since the cross-regional voting system usually uses a video conferencing system, although the above-mentioned solution enables voting in several venues, it is inconvenient to use because it is completely independent from the video conference room system, and the cost of the meeting is high. At the same time, it cannot solve the management of the video conference system for the participants to vote on the proposal

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