The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences. Vol. XXXVII. Part B4. Beijing 2008
fusion of data but also ingestion of that data into process models
that can prescribe actions to mitigate the effects of the evolving
emergency such as simulating spatial flooding conditions for a
given flood magnitude for better preparedness of evacuation
and relief operations. Decision support tools can help incident
managers to visualize the event over time, track the activities of
responders, and predict the outcomes of various courses of
actions. These tools consist of appropriate models and domain
knowledge and capable of accessing and analysing the dynamic
and static databases and provide information and options to the
emergency manager for taking appropriate decisions. It also
generate useful and actionable products such as maps showing
area affected, images showing damages, simulated situations
likely to follow etc. A few selected decision support tools
developed have been described below. The conceptual plan of
database organisation and service is shown in the figure -2
inundation map, Regional inundation map, Relief support map,
Breach location map and flood frequency map can be created
with necessary inputs required in the FMIS data products
module. A report generation tool is also incorporated in the
application in the Report tool module, which can create a report
in html format based on the input (text, image, tabular Queries).
Various data products created shall be displayed in a layout
window, where the user can see the output before going to
generate a Map in PDF or JPG formats. FMIS includes
generation of its products and services which can be further
disseminated through various ways. The FMIS provides its
outputs in standards PDF, JPG, HTML etc. which can be
disseminated through simple media or through internet platform.
In the Customization of FMIS the desktop base GIS architecture
has been adopted. The graphical representation of FMIS system
architecture has been shown in the figure-3.
service
4. SELECTED APPLICATIONS
4.1 Flood Management Information System
Bihar State in northern part of India is one of the most chronic
flood affected states. With an objective to improve flood
management, Government of Bihar constituted a Flood
Management Information System Cell (FMISC) approached
National Remote Sensing Agency (NRSA), Department, of
Space, for developing an information system that can aid in
flood management activities. Accordingly NRSA has developed
an operational Flood Management Information System (FIMS)
using the available database as per the users requirement. The
objectives of developing FMIS are to organize, secured access
of data, view, query, analyze and generate outputs. It consists of
user friendly Graphical User Interface (GUI) to visualize the
Geo spatial database and generate specific flood data products
with minimum technical expertise at user end. This application
is developed using Arc Objects 9.1 in Visual Basic 6.0, which
runs on Windows operating system. The FMIS is designed to
have desktop architecture consists of various functionalities
segregated into major modules include, Data Visualization,
Update data, FMIS Data Products and Report Tool. The data
visualization module is to load and access various data sets
available with the application in the form of Metadata. This
Metadata information is managed by an authorized
administrator to add, delete or update, which are provided in the
Update module. Standard data products such as Overview
The system architecture of FMIS contains there major
components i.e. Database organization and management,
Application process and FMIS end user services. In the
database server level the ESRI Geodatabase has been adopted
as per user requirements. The Microsoft MS Access 2003 is
taken as database management system (DBMS) where the
spatial data is organized as ESRI personal Geodatabase. The
non- spatial data along with metadata is also stored and
organized in MS Access table format only. The FMIS system
layout is based on desktop base architecture. It runs on
standalone environment where the application needs to be
installed in individual machine with complete copy of the
database. After successful installation it will create a desktop
shortcut and also a link menu in the Programs menu of windows
operating system. The functional flow of the software is
described in Figure 4 and GUI and product generation views are
shown in 5 (a, b &c)
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