Abstract
The growing need for high-performance networking is achieved with parallel processing; several networking functions are processed concurrently in order to accomplish a performance Networking Architecture. Open systems interconnection (OSI) model is an example of multi-layering structure, and each layer performs definite function unique to that layer. OSI model works on pass it on principle, and it is divided in two stacks lower stack and upper stack. Layers 4 - 7 represent upper stack and responsible for data applications. The remaining 1 - 3 layers represent the lower stack and mostly involve in data movement. There are many techniques are available for server optimization enhancing the availability by distributing the load among peer servers. According to our knowledge, nobody has implemented such splitting architecture across the entire OSI model. In this paper, we present multilayer Split-protocol (MLSP) a high performance, reliable and secure technique for spiting an application or network protocol across OSI model, and we present the design, implementation, and empirical performance evaluation of MLSP. It is the ideal choice for Cloud services where each functional component is considered an independent of each other.
Highlights
Web server security and load delivery between Web servers are significant challenges that remain to be resolved using a range of methods
A similar technique used in dynamic random-access memory (DRAM), in which the memory loads the required memory subjects into a small cache composed of static random-access memory (SRAM) and immediately begins fetching the memory contents
Our empirical results demonstrate that multilayer Split-protocol (MLSP) is feasible in an Internet setting and can be used in the load distribution without client’s assistance or central control
Summary
Web server security and load delivery between Web servers are significant challenges that remain to be resolved using a range of methods. Jaliya and Fox have described several different studies of clouds and cloud technologies on both real applications and standard benchmark They found that cloud technologies work well for most pleasingly-parallel problems (“Map-only” and “Map-reduce” classes of applications) [8]. Novelty and our original contribution: According to our knowledge we have not found any existing technique which splits a single web service on multiple servers, and each server performs the function of an individual or multiple OSI layers. The multi-layer splitting offers an efficient load balancing; minimizing the dependency; improves the reliability by distributing the functionality over numerous servers; reduces the system complexity and improves performance and the system security.
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