Reducing Latency Gaps in Client Server Environment with Overclocking Technology

Abstract

In client server communication, the client is completely dependent on the server for computation logic; while, the application logic is performing for the client. The latency measurement is important and this paper focuses on minimizing the amount of delay between client and server. A single machine’s operating system communication combined with a popular speed up method is used. The safest technique to access the smooth performance is the explanation and reintroduction of the overclocking method. The overclocking method can be used efficiently for the system under some special considerations which are beyond the manufactures warranty for rating in unusual processors. In order to reduce the amount of latency time in workload transferring, the distributed environment based overclocking method is used. In this hardware test bed platform, the clear results of a well known intensive benchmark simulation performance tests are presented. The latency reduction of single processor server and client computations are performed interchangeably. According to this, the operational latency on the benchmark test improved significantly as shown in figures.