MLB-Wrapper: Distributed High Scalable BP-Wrapper
In distributed system, concurrent accesses lead to lock contention which greatly increases response time. Cache can reduce response time, but cannot gain scalability. Currently, the common solution is to modify- the caching algorithm itself, although the scalability can be improved, the hit ratio hurt. In this paper, we propose a system framework, called MLB-Wrapper, which resolves the scalability issue in distributed systems. The framework does not modify the cache algorithm itself. Therefore, it preserves high cache hit ratio about -the replacement algorithms. Multi-levels distributed cache - is used in MLB-Wrapper which adopts batching technique in every level to eliminate the lock contention, furthermore, MLB-Wrapper is flexible becaqse different replacement algorithms can be used in each leveL We describe the main idea and the detailed implementation of MLB-Wrapper in this paper. Experiment results show that, in the intensive concurrent environment, MLB-Wrapper can not only reduce lock contention but also have higher scalability.
distributed systems lock contention multi-level cache high scalability
Yongrui Xu Yongguo Han
Department of Computer Science Southwest University of Science and Technology Mian Yang, China
国际会议
重庆
英文
878-883
2011-08-20（万方平台首次上网日期，不代表论文的发表时间）