Geo Location based Task Management with Path Optimization

Geo Location based Task Management with Path Optimization

Objective of this paper is to build an application using which tasks can be managed based on geographic location in an optimized manner. The project uses geo location mapping using GPS enabled smart phones, integrated map API and path optimization. In today’s world smart mobile phone devices has become an integral part of people life. Among its various uses, building application to support loca...

Geo-Location with Wireless Sensor Networks using Non-linear Optimization

In this paper we propose a Reduced-Complexity Differential Evolution (DE) for localization of multi-hop sensor networks. In relatively smaller population size of DE algorithm (Np<50). We study scenarios where the nodes do not receive signal from anchors directly (i.e., multi-hop). The nodes with unknown positions use a new algorithm based on non-linear least squares (NLLS) method for deriving t...

Modelling Geo Data for Location-based Services

Multiprocessor Task Scheduling Based on GEO Metaheuristic

In this paper we propose a solution of a multiprocessor task scheduling problem with use of a new meta-heuristic inspired by a model of natural evolution called Generalized Extremal Optimization (GEO). It is inspired by a simple coevolutionary model based on a Bak-Sneppen model. One of advantages of the model is a simple implementation of potential optimization problems and only one free parame...

Geo-Location Based Access for Vehicular Communications: Analysis and Optimization via Stochastic Geometry

Delivery of broadcast messages among vehicles for safety purposes, which is known as one of the key ingredients of Intelligent Transportation Systems (ITS), requires an efficient Medium Access Control (MAC) that provides low average delay and high reliability. To this end, a Geo-Location Based Access (GLOC) for vehicles has been proposed for Vehicle-to-Vehicle (V2V) communications, aiming at ma...