User:Airpollutionsacon

PROJECT TITLE

"REAL TIME AIR POLLUTION MODELING AND DISSEMINATION OF LOCATION BASE INFORMATION USING MOBILE DEVICES"

INTRODUCTION

Origin of the proposal

'We have initiated the work on Sensor Web Enablement as a tool to obtain the real time data from environmental observations. As a low cost alternative to sensor networks we concentrate on personal sensing observations and Human Sensor Web through connectivity of mobile devices. Later it was changed into crowd sourcing platform Ushahidi while considering the ‘human’ part in the indented citizen science initiative. A platform named “envirocloud” is currently running in the crowd sourcing platform (www.envirocloud.crowdmap.com). Its objective is to procure the crowd sourced environmental observations from volunteers as well as Sensors. Through the current proposal we are expecting to achieve the sensor observation service objective of the “envirocloud”, exploit the potentials of Human Sensor Web and to act as a web processing service.''  Definition of the Problem'''

'Modeling provides the tools for understanding the ground situation and the dynamic regulatory and mitigation measure to be implemented. End user definition and providing contextual information is important for SDIs. It offers service-oriented information management, access to it, processing geospatial data and disseminating it using the Web. It requires publishing the sensor observations as linked data, and enabling the applications that combine these observations with other domain information (e.g. modeling results, landuse, and transport) that can be retrieved from the linked data web to RESTfully publish sensor observations to clients though widely used media such as mobile phones. This requires data aggregation from a sort of information repositories to mask their intrinsic incompatibility. Standardization of procedures in sensor web enablement specification can satisfy the requirements such as masking the data incompatibility and processing those data through OGC’s compliant web processing services.''  Objectives'''

a)Develop sensor observation service (SOS) for spatially distributed air quality sensors(Air Quality Egg) and real time meteorological data website. b)Develop Real time air quality modeling (CAMx) web processing service using the SOS. c)Demonstrate dissemination of modeling result in a case study scenario of information queried through mobile devices form geo-coded bus stop and implement notification services.