STOCHASTIC REQUEST HANDLING AND MUTUAL REQUEST HANDLING SCHEME FOR ENHANCING THE PERFORMANCE AND SECURITY OF NOC IN INTERNET OF THINGS PLATFORM

Abstract

The design paradigm of Network-on-Chip (NoC) has been viewed as an empowering solution for the integration of an extremely great number of storage and computational blocks in a single chip in Internet things Platform (IoT). Network congestion is a main drawback of the NoC performance; because of this packet delay is increased and data reliability has decreased. Thus, this paper proposes a stochastic request handling and mutual request handling scheme to avoid packet delay in NoC in IoT platform to improve the performance and reliability of data. The proposed NoC based node storage has emerged as solution to enhance the packet throughput and improve reliability of data. This ideaology is useful in applications such as soldier health monitoring, Bio-medical sector, Data security, cloud management services etc. It supports a high degree of reusability, parallelism and scalability in network performance during data analysis from Soldiers. The newly proposed NoC-based stochastic request handling system allows Dynamic Queuing (DQ) Process to reduce the error rate and improve the performance. However, the DQ process suffers from queuing stability problem. In order to overcome this problem, work was proposed to support symmetric and asymmetric queue process which helps to monitor an uncountable number of soldiers. Through simulation results, the proposed work shows promising results in terms of delay, packet drop and queuing process. This method is compared with other existing methods such as FCFS, RRTA, and OERA.