The network method for medical platform

Abstract

Instead of recomputing and recreating in the platform, the node and edge attributes are used to update a subset of the Weblets are then integrated to form the platform. In addition to the performance benefits in terms of lower response time, the framework facilitates Web caching, quality-of-service support, load balancing, overload control, personalized services, and security for both dynamic as well as static. We propose a new scheme which is based on an optimistic approach that is suitable for more data contention using data mining skills for path traversal patterns. We will prevent indefinite postponement and cascading delay as drawback for our system in customer knowledge management. A detailed implementation methodology for the proposed framework is also described. We have implemented framework in an experimental setup and have measured the performance improvement in terms of server response time, throughput, and connection rate. The results demonstrate the feasibility and validate a subset of the advantages of the proposed framework. In this paper, we proposed a net protocol, which are very suited to medical platform environment.