Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Abstract  Introduction  The development of numerical–spatial routines is frequently required to solve complex community health problems. Community health assessment (CHA) professionals who use information technology need a complete system that is capable of supporting the development of numerical–spatial routines.  Background  Currently, there is no decision support system (DSS) that is effectively able to accomplish this task as the majority of public health geospatial information systems (GIS) are based on traditional (relational) database architecture. On-Line Analytical Processing (OLAP) is a multidimensional data warehouse technique that is commonly used as a decision support system in standard industry. OLAP alone is not sufficient for solving numerical–spatial problems that frequently occur in CHA research. Coupling it with GIS technology offers the potential for a very porful and useful system.  Methodology  A community health OLAP cube was created by integrating health and population data from various sources. OLAP and GIS technologies re then combined to develop the Spatial OLAP Visualization and Analysis Tool (SOVAT).  Results  The synergy of numerical and spatial environments within SOVAT is shown through an elaborate and easy-to-use drag and drop and direct manipulation graphical user interface (GUI). Community health problem-solving examples (routines) using SOVAT are shown through a series of screen shots.  Discussion  The impact of the difference beten SOVAT and existing GIS public health applications can be seen by considering the numerical–spatial problem-solving examples. These examples are facilitated using OLAP–GIS functions. These functions can be mimicked in existing GIS public applications, but their performance and system response would be significantly worse since GIS is based on traditional (relational) backend.  Conclusion  OLAP–GIS system offer great potential for porful numerical–spatial decision support in community health analysis. The functionality of an OLAP–GIS system has been shown through a series of example community health numerical–spatial problems. Efforts are now focused on determining its usability during human–computer interaction (HCI). Later work will focus on performing summative evaluations comparing SOVAT to existing decision support tools used during community health assessment research.
['Matthew Scotch', 'Bambang Parmanto']
I am writing a research paper on a idea Development of SOVAT: A numerical-spatial decision support system for community health assessment research
[{"from": "human", "value": "I am writing a research paper on a idea Development of SOVAT: A numerical-spatial decision support system for community health assessment research"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Abstract  Introduction  The development of numerical\u2013spatial routines is frequently required to solve complex community health problems. Community health assessment (CHA) professionals who use information technology need a complete system that is capable of supporting the development of numerical\u2013spatial routines.  Background  Currently, there is no decision support system (DSS) that is effectively able to accomplish this task as the majority of public health geospatial information systems (GIS) are based on traditional (relational) database architecture. On-Line Analytical Processing (OLAP) is a multidimensional data warehouse technique that is commonly used as a decision support system in standard industry. OLAP alone is not sufficient for solving numerical\u2013spatial problems that frequently occur in CHA research. Coupling it with GIS technology offers the potential for a very porful and useful system.  Methodology  A community health OLAP cube was created by integrating health and population data from various sources. OLAP and GIS technologies re then combined to develop the Spatial OLAP Visualization and Analysis Tool (SOVAT).  Results  The synergy of numerical and spatial environments within SOVAT is shown through an elaborate and easy-to-use drag and drop and direct manipulation graphical user interface (GUI). Community health problem-solving examples (routines) using SOVAT are shown through a series of screen shots.  Discussion  The impact of the difference beten SOVAT and existing GIS public health applications can be seen by considering the numerical\u2013spatial problem-solving examples. These examples are facilitated using OLAP\u2013GIS functions. These functions can be mimicked in existing GIS public applications, but their performance and system response would be significantly worse since GIS is based on traditional (relational) backend.  Conclusion  OLAP\u2013GIS system offer great potential for porful numerical\u2013spatial decision support in community health analysis. The functionality of an OLAP\u2013GIS system has been shown through a series of example community health numerical\u2013spatial problems. Efforts are now focused on determining its usability during human\u2013computer interaction (HCI). Later work will focus on performing summative evaluations comparing SOVAT to existing decision support tools used during community health assessment research."}]