PERFORMANCE COMPARISION & IMPROVING THE QUALITY OF SERVICE IN MOBILE AD-HOC NETWORKS
Journal Title: International Journal of Electrical, Electronics and Mechanical Fundamentals (www.ijeemf.com) - Year 2012, Vol 1, Issue 1
Abstract
Even without possible interference from external radio sources, the problem of guaranteeing quality-of-service (QoS) in mobile ad hoc networks (MANETs) is a difficult problem. Difficulties arise because node mobility can cause frequent network topology changes, communication channels can have high error rates, the jitter rate is high and throughputs is very low several different applications can be sharing the use of the communication medium and internet application. In the real-time video and voice on demand is need highly quality of services. The great interest of the commercial application we need the services level Agreement SLA is sometimes used to refer to the contracted delivery time (of the service) or performance. The mobile ad-hoc network is the on of highly useable network where node configuration is node depend on one place. Due to the mobility placement the resources is not used more time of the other network. The quality of service is depends on the different layer for example MAC, Physical Layer, Network layer. Mobile ad-hoc QoS is highly depends on the MAC and Network Layer. In the Network layer the resource is allocated to the nodes and applied the different services to achieve the SLA for example routing protocol and other more. Scheduling and Queue is one of them. In our research work we work on the Quality of Services on the Network layer. Ours analysis is queue and scheduling technique used in the Manets. We also analyse the DiffServ scheduler classes which is play important role to increase the quality of service on the real- time environment.
Authors and Affiliations
Vipul Virmani , Dr. Subham Gandhi , Dr. Jitender Khurana
Keywords
Related Articles
- EP ID EP86977
- DOI -
- Views 199
- Downloads 0
ENERGY-EFFICIENT SCHEDULING FOR DISTRIBUTED REAL-TIME EMBEDDED SYSTEMS
Energy consumption is a critical design issue in embedded systems, especially in battery-operated systems. Dynamic Voltage Scaling and Dynamic Frequency Scaling allow us to adjust supply voltage and processor frequency t...
IMPORTANCE OF ECU FOR STUDY OF ENGINE
This paper is regarding ECU. This is a very important unit of engine. The study of ECU is very necessary for electrical engineers. Here the main things and working of ECU is discussed in detail. Any suggestions regarding...
12-BIT CMOS DIGITALLY CONTROLLED OSCILLATORS FOR ADPLL
This paper presented a new design of CMOS digitally controlled oscillators (DCO) for low power application. The CMOS DCO designed based on a ring oscillator. New design has been implemented driving strength controlled de...
IMPLEMENTATION OF ADIABATIC LOGIC CIRCUIT FOR LOW POWER APPLICATION
This paper is concerned with the Implementation of Adiabatic Logic Circuit for Low Power Application with technology improvement; power dissipation in computer hardware has become one of the most important factors. It is...
ESTIMATION OF MASS DISTRIBUTION IN ANNULAR COMBUSTOR OF GAS TURBINE IN COLD FLOW USING CFD TOOLS
Since the gas turbine is an air-breathing engine, its performance is changed by anything that affects the density and/or mass flow of the air intake to the compressor. Ambient weather conditions are the most obvious chan...