Research and Application on Distributed Multi-Level Cache Architecture

Li Lv, Haichao Du
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Abstract

With the rapid development of Internet technology, caching technology has become a key technology of various large and medium-sized websites. The quality of cache design is directly related to the speed of website access and the number of servers purchased., and even affects the user experience. With the increase of user access and concurrency, the design of traditional small Internet architecture can not meet the needs of business., and cache technology is particularly important. How to design a cache architecture that can resist high concurrency and large amount of data is a problem worthy of in-depth research. This paper first introduces the commonly used cache technology, then puts forward a scheme of multi-layer cache architecture, analyzes the problems existing in high concurrency., and puts forward the corresponding countermeasures. The cache architecture is further optimized. Finally., the cache architecture is applied to the actual scene of the palm life shopping mall module of the bank app, design the whole architecture and describe the related technology., and then the group experiment is carried out., the pressure test is verified. According to the experimental results., the cache architecture has the characteristics of high availability, anti high concurrency and ensuring data accuracy and stability.
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分布式多级缓存架构的研究与应用
随着互联网技术的飞速发展,缓存技术已经成为各大、中型网站的关键技术。缓存设计的质量直接关系到网站访问的速度和购买的服务器数量。,甚至会影响用户体验。随着用户访问和并发性的增加,传统的小型互联网架构设计已经不能满足业务的需求。,缓存技术尤为重要。如何设计一种能够抵抗高并发和大数据量的缓存架构是一个值得深入研究的问题。本文首先介绍了常用的缓存技术,然后提出了一种多层缓存架构方案,分析了高并发存在的问题。,并提出了相应的对策。缓存架构进一步优化。最后。,将缓存架构应用到银行app的掌上生活商城模块的实际场景中,对整个架构进行设计,并对相关技术进行描述。,然后进行分组实验。,压力试验得到验证。根据实验结果。缓存架构具有高可用性、抗高并发性、保证数据准确性和稳定性的特点。
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