authorities devise various policy plans like development plans, land use plans, action plans and sub-regional plans
[30]. Many of the resources are needed in the preparation process of these plans including enormous data and
itsanalysis. Therefore, a dire need was felt to develop an automated system that could take care of these data issues
including storage, availability, analysis and simple recovery. In this way, the rural region’s problems, including
sub regional inaccessibility could be solved efficiently. Furthermore, with the successful implementation of
RTPSS, it is expected that the urbanization process could be curtailed and planned growth could be injected in
pastoral sub regions of the developing countries.
The RTPSS utilizes powerful and user-friendly language Visual Basics-6.0 (VB) [31] and TeraData Database
[32]. VB worked at the front end while TeraData installed at the back end, and these two are interlinked through
Open Database Connectivity (ODBC). The Graphic User Interface (GUI) is designed with the help of VB that can
easily be operated by users in rural environments. The two-tier architecture is utilized in a system (see Fig. 2). In
this architecture, clients can directly interact with TeraData server. The server also responds quickly to the client’s
queries and displays desired data within seconds.
authorities devise various policy plans like development plans, land use plans, action plans and sub-regional plans
[30]. Many of the resources are needed in the preparation process of these plans including enormous data and
itsanalysis. Therefore, a dire need was felt to develop an automated system that could take care of these data issues
including storage, availability, analysis and simple recovery. In this way, the rural region’s problems, including
sub regional inaccessibility could be solved efficiently. Furthermore, with the successful implementation of
RTPSS, it is expected that the urbanization process could be curtailed and planned growth could be injected in
pastoral sub regions of the developing countries.
The RTPSS utilizes powerful and user-friendly language Visual Basics-6.0 (VB) [31] and TeraData Database
[32]. VB worked at the front end while TeraData installed at the back end, and these two are interlinked through
Open Database Connectivity (ODBC). The Graphic User Interface (GUI) is designed with the help of VB that can
easily be operated by users in rural environments. The two-tier architecture is utilized in a system (see Fig. 2). In
this architecture, clients can directly interact with TeraData server. The server also responds quickly to the client’s
queries and displays desired data within seconds.
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