Cloud system for household electronic commerce based on CDN (Content Delivery Network) and load balancing technology as well as implementation method

Abstract

The invention discloses a cloud system for household electronic commerce based on a CDN (Content Delivery Network) and a load balancing technology as well as an implementation method. The cloud system comprises a user App module, a load balancing module and a CDN node module, wherein the load balancing module comprises a GSLB (Global Server Load Balance) module and an LSLB (Local Server Load Balance) module, the CDN node module comprises a plurality of Cache node servers, the CDN node module, which is closest to the user App module, is selected through the load balancing module, and data exchange is carried out between the user App module and the closest CDN node module. The cloud system for household electronic commerce based on the CDN and the load balancing technology as well as the implementation method have the advantages of flexible system expandability and capabilities of effectively improving the utilization efficiency and the response speed of a background server and other resources, remarkably improving the efficiency for solving the IO (Input Output) bottleneck of a front network, helping to shorten the system response time during high concurrency of users and solving the network congestion problem.

Description

technical field [0001] The invention relates to the field of e-commerce systems, in particular to a home e-commerce cloud system and an implementation method based on CDN and load balancing technology. Background technique [0002] At present, the development of e-commerce in the home building materials industry is slow, mainly because home building materials belong to the traditional industry, and the industry itself has a low level of informatization. Traditional stand-alone or dual-machine systems have obvious performance bottlenecks. During the peak period of some household activities, as the business volume increases and the number of concurrent user visits increases instantaneously, the response speed of the system will be significantly reduced, and the user experience will begin to change. Poor, this kind of system architecture has obvious shortcomings when upgrading: first, the upgrading process is cumbersome, machine switching will temporarily interrupt the service,...

AI Technical Summary

Problems solved by technology

[0002] At present, the development of e-commerce in the home building materials industry is slow, mainly because home building materials belong to the traditional industry, and the industry itself has a low level of informatization. Traditional stand-alone or dual-machine systems have obvious performance bottlenecks. During the peak period of some household activities, as the business volume increases and the number of concurrent user visits increases instantaneously, the response speed of the system will be significantly reduced, and the user experience will begin to change. Poor, this kind of system architecture has obvious shortcomings when upgrading: first, the upgrading process is cumbersome, machine switching will temporarily interrupt the service, and cause waste of original computing resources, and if faced with the next increase in business volume, this will again This leads to high cost investment for hardware upgrades, and even the equipment with excellent performance cannot meet the current business needs. The overall system cannot be elastically expanded on demand, and it is difficult to meet the operational requirements of home merchants; second, the more high-end servers , the greater the cost; the third is that the server is a single point of failure (Single Point of Failure), once the server or application software fails, the entire service will be interrupted

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