Redressing citizens problem over spatial extent using GIS:ASIAN CONFERENCE ON REMOTE SENSING ACRS 2016

摘要

In today's world there are many types of problem both at small and large scale. Sometimes solution to this problem becomes critical situation such that what method should be apply for resolving such type of condition. It has seen that problem solving using geospatial technology has very effective result and output which can be directly or indirectly apply to problem situation. For this case we are focusing on municipality level problem like redressing citizen problem or complaints related to water network and sewer system. This problem can be easily resolved if reason behind problem can be traced effectively and quickly. For this scenario representation of complaints over spatial extent will gives efficient results. If spatial distribution of complaint can be generated than tracing of reason to problem will become quick hence decision making and supports system will work in efficient manner. If problem's reason and the physical think to which problem has happened like network of water supply or sewer system has been traced than solution of problem can be stated as like achieved. For this study to be carried out we may use both type of software i.e. proprietary and open source. For this work to be done we may use Arc GIS or QGIS and server as platform so that both database handling and analysis over problem can be done effectively. It has seen that using open source technique provides solution at low cost while proprietary gives solution at some cost as required by software. But this situation is dependent over factors. For this study to be carried out we are focusing over Himmatnagar municipality from Gujrat state INDIA. To achieve this work network dataset algorithm will be used so that using this network issue can be traced. The outcome of this study involves troubleshooting of problem or complaints of citizen using spatial probabilistic approach so that citizen's issue related to water and sewer network can be effective resolved.