Method for providing large concurrent processing and flow control for mobile phone client sides

Abstract

The invention discloses a method for providing large concurrent processing and flow control for mobile phone client sides, and the method is applied to interaction between the mobile phone client sides and a server cluster. The method includes the steps that step1, the mobile phone client sides send connection requests to an access server in a server cluster, a DNS gets access to the server in a dispatching mode, the DNS and the access server carry out delay detection, when a detected delay is smaller than a strategy parameter, a UDP is adopted for communication of the client sides and the access server, and otherwise, a TCP is used for the communication; step2, the access server receives the requests of the mobile phone client sides and controls the quantity of concurrent requests, if the number of the concurrent requests is larger than a preset value, connection is rejected, and if not, the requests are distributed to a service processing server with the fewest loads; step3, the service processing server receives the service requests distributed by the access server, sorts the service requests according to logging, logout, heartbeat, data collection and page requesting, and then respectively carries out processing according to sorted types of the service requests.

Description

Technical field [0001] The present invention relates to a wireless communication system, and in particular, to a method for providing large concurrent processing for mobile phone clients and effectively performing flow control. Background technique [0002] In the mobile Internet, there are two access methods for mobile clients (anime, video, games, music, reading, LBS location, mobile e-commerce) and access servers, namely short connection (HTTP) access and long connection ( TCP SOCKET) access method. Reference figure 1 , The access server needs to receive the client's short connection and long connection requests, and load balance the received request messages to the service server cluster deployed with the business logic module for processing, and manage and maintain the established connections. During this process, the mobile phone client has the following communication interfaces with the access server: 1. Registration interface, 2. Login interface, 3. Logout interface, 4. ...

AI Technical Summary

Problems solved by technology

However, this technology has the following disadvantages: A1, TCP connections are used between the access server and the business server cluster, and the establishment of a TCP connection requires a three-way handshake protocol, so its processing efficiency is not high; A2, the processing of each interface of the client and the access server, Without distinguishing by business type (for example, registration, login, logout, heartbeat), when the number of concurrent users reaches tens of thousands, the user's login time will take a long time, which will lead to user loss; A3. After the client logs in to the system, Failure to adopt strategic shunt, resulting in increased load capacity consumption of access servers, business server clusters, and content servers, resulting in slow loading of the home page

However, this technology has the following disadvantages: B1. The parameters are statically configured and cannot be dynamically adjusted according to network conditions; B2. The heartbeat interface has a huge amount of data during peak periods, and maintains a fixed frequency (30 seconds) to communicate with the server, which puts a huge pressure on the server

[0006] Therefore, based on the above-mentioned high-concurrency technology and client policy management technology, when the mobile client communicates with the access server, the business on the mobile client is not stable and smooth, which reduces the user experience.

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