Architectural Model of Localization in Multi-Scale Communication for Wireless Sensor Networks
There are several range-based localization algorithms that identify sensors positions for different wireless sensor networks. In this paper we propose the approach that highlights a new method of localization scheme to achieve high localization accuracy in the presence of radio irregularity and obstacles effects for wireless sensor networks. We present the evaluation of complex localization scenario, by applying convex localization estimation algorithm with possible orientation of obstacle using Euclidean and Interior point algorithms for non-ideal transmission networks. It has been observed in the simulation results that the proposed scheme significantly improve the localization accuracy. The range-free localization algorithms evaluate the node ranging error accuracy in anisotropic networks to solve the localization inequalities problem when the feasible set is empty. Study demonstrates the simulation results for the effectiveness of this algorithm. Furthermore, this scheme evaluate infeasible points caused by a complex radio various rigid statistical analysis to validate the results.
Keywords: Convex optimization Euclidean algorithms, Interior point algorithms, Localization, Mobile anchor, Wireless sensor network.
Download Full-Text
ABOUT THE AUTHORS
S Swapna Kumar
Mr. S. Swapna Kumar is a Professor working in the department for Electronics & Communication Engineering branch in AXIS College of Engineering & Technology. He is doing his research study in Anna University Coimbatore in the area of wireless sensor network. He attended various workshops and presented paper in the International conference. He is the member of IEEE.
M. Nanda Kumar
Dr. M. Nanda Kumar is an Associate Professor in Electrical Engineering, in Government Engineering College, India. He completed his doctorate degree from IIT Madras. He is having several years of teaching experience and several publications in national and international journals.
V.S Sheeba
Dr. Sheeba V.S is a Professor in Electronics & Communication Engineering, in Government Engineering College. She completed her doctorate degree from NIT Calicut. She is having several years of teaching experience. She published papers in national & international journals.
S Swapna Kumar
Mr. S. Swapna Kumar is a Professor working in the department for Electronics & Communication Engineering branch in AXIS College of Engineering & Technology. He is doing his research study in Anna University Coimbatore in the area of wireless sensor network. He attended various workshops and presented paper in the International conference. He is the member of IEEE.
M. Nanda Kumar
Dr. M. Nanda Kumar is an Associate Professor in Electrical Engineering, in Government Engineering College, India. He completed his doctorate degree from IIT Madras. He is having several years of teaching experience and several publications in national and international journals.
V.S Sheeba
Dr. Sheeba V.S is a Professor in Electronics & Communication Engineering, in Government Engineering College. She completed her doctorate degree from NIT Calicut. She is having several years of teaching experience. She published papers in national & international journals.
