An Efficient Technique for Eliminating Hidden Redundant Memory Accesses
Sanni Kumar and Dr.Pradeep Kumar Singh
ABSTRACT- Nowadays, Speed of the processor is much higher than the speed of the memory. To reduce the performance gap between memory and processor require effective compiler optimization techniques. As the number of memory accesses operations increase so reduce the performance of various applications. Loops are the most critical section in all applications and consume most time and power.....>> Read More
Performance Evaluation of Resource Allocations in WiMAX Network
Mohit Kumar Saini & Dr.R.K.Chuhan
ABSTRACT- Future generation networks will be characterized by variable and high data rates, high security issues, Quality of Services (QoS), both within a network and between networks of various technologies and service providers. Worldwide Interoperability for Microwave Access (WiMAX) system, based on IEEE 802.16e has gained much attention recently for its capability to support high and variable.....>> Read More
Performance Analysis of QPSK in Co-Channel Interference and Fading
Awadhesh Singh & G.S.Tripathi
ABSTRACT- The performances of QPSK in the presence of co-channel interference in both nonfading and fading environments are analyzed. Three approaches for representing the co-channel interference are investigated. These are a precise error probability method, a sum of sinusoids (sinusoidal) model, and a Gaussian interference model. In addition to determining precise results for the performance of QPSK in.....>> Read More
Analysis of Routing Techniques Problems in Wireless Sensor Network
Bijendra and G.S.Tripathi
ABSTRACT- Wireless sensor networks are the networks that are characterized by decentralized structure and sensor deployment. Sensor networks have all the basic features of ad hoc networks but to different degrees – for example, much lower mobility and much more stringent energy requirements. In this paper we analyze the current state of research and evaluate open problems in development of.....>> Read More