Next >

Geographical Information System and Crime Mapping

Development of Geographical Information Systems History of GIS Development Geography of Crime The Cartographic School The Chicago School The Factor Analysis School The Emergence of Environmental Criminology and Geography of Crime Understanding Spatial Analysis Types of Spatial Analysis Autocorrelation Spatial Interpolation Spatial Regression Spatial Interaction Simulation and Modeling Data Types in Spatial Analysis Geovisualization GIS and Its Applications Urban Land Use Transportation Environment Crime Land Information System Agriculture Forestry Water Resources Coastal Development and Management Other Applications Concluding Remarks References Spatial Crime Mapping Interactions Between Crime, Space, and Society Offenders, Offenses, and Places Crime Prevention, Space, and Communities Understanding Levels of Crime Crime and Surveillance Changing Spaces: Urban Design and Crime Spatial Processes and Criminology Spatially Referenced Crime Rates A Spatial Alternative Measure of Crime: Location Quotient Geographic Profiling Crime and Place Crime Hot Spots Spatial Crime Theories in Practice Biological Theories Sociological Theories The Space and Time of Offence Distance Decay Distribution of Crime Events Spatial-Temporal Crime Analysis Understanding Crime in Time and Space Concluding Remarks References The Geography of Neighborhood Studies Infiltration, Refugee Movements, and Cross-Border Terrorism Infiltration Refugee Movements India and Neighboring Countries Refugee Movement and Crime Terrorism Transnational Terrorism Crimes Against Women Projected Rapes in India Projected Dowry Deaths in India Kidnapping and Abduction Cruelty by Husband and Relatives Juvenile Delinquency International Scenario Indian Scenario Types of Delinquency Reasons for Juvenile Crimes Crime in NCR NCR Constituent Areas Crime Scenario at National Level Crime Scenario in NCR Crime Rate Reduction in the Future Crimes Against Women Measures to Control Crime in NCR Concluding Remarks References Identifying Crime Hot Spots Spatial Interpolation and GIS Inverse Distance Weight (IDW)Kriging Density Hot spot Analysis Regression Analysis Ordinary Least Square (OLS)Geographically Weighted Regression (GWR)Applications of Regression Analysis Concluding Remarks References Crime Mapping and Geospatial Analysis Demographic Patterns and Profiles Demography Characteristics of Demography Quantitative and Qualitative Aspects Demographic Dividend or a Demon Crime Mapping and Geographical Concerns Network Analysis Overview of Networks Shortest Path Road Networks Traveling Salespeople Network Partition Network Analysis Workflow Types of Network Analysis Layers Transportation Modeling Common Limitations and Issues Vehicle Routing Problem Concluding Remarks References Mapping for Operational Police Activities Police Patrolling and Surveillance The Kansas City Preventive Patrol Experiment The Proactive Paradigm Shift Problem-Oriented Policing Crime Scheduling and Time Management Strategic Crime Analysis in Ajmer City (Rajasthan), India: Analyzing the Underlying Drivers of Crime Using Geospatial Techniques Study Area: Ajmer City, Rajasthan (India)A Case Study of Dargah Region, Ajmer City, Rajasthan (India)SATARK Application Concluding Remarks References Crime Monitoring and Management Role of National Crime Record Bureau (NCRB)Major Components of NCRB Safe City Concepts Building Urban Safety Through Urban Vulnerabilities Reduction Building Urban Safety Through Urban Planning, Management, and Governance Improving the Governance of Safety Safe City Concept: An India Perspective Elements of Safe City Components of Safe City Policy Making and Framework Development Process of Policy Making Framework Development GIS for Social Welfare GIS and Society References

Next >

Maps and Geographic Information Systems
Analysts can create a variety of maps that visualize different aspects of a particular location. Density maps, for example, show where crimes occur without dividing a map into regions or blocks; areas with high concentrations of crime stand out. It is very common for crime analysts to use GIS to combine...
(Crime and Intelligence Analysis: An Integrated Real-Time Approach)
Maps and Geographic Information Systems
Analysts can create a variety of maps that visualize different aspects of a particular location. Density maps, for example, show where crimes occur without dividing a map into regions or blocks; areas with high concentrations of crime stand out. It is very common for crime analysts to use GIS to combine...
(Crime and intelligence analysis: an integrated real-time approach)
Geographical Information Systems
Geographical Information Systems (GIS) are excellent tools for landscape modeling and three-dimensional analysis. They allow an easy digitalization of geographical information and coverage structure, as well as they facilitate graphical representation. An evaluation of the aesthetic impact produced on...
(The Sustainability of Agro-Food and Natural Resource Systems in the Mediterranean Basin)
Geographic Information System (GIS) Applications
The geographic information system (GIS) is a system designed to collect, store, process, interpret, handle, and present spatial or geographical data. GIS applications are tools that allow users to create interactive queries (user-generated searches), analyze spatial data, edit data in maps, and present...
(Additive Manufacturing and 3D Printing Technology: Principles and Applications)
Geographic information system (GIS)
A G1S is a set of tools comprising hardware, software, data and users. This set of tools allows for capturing, storing, managing and analyzing digital information or data and also making graphs and maps and representing alphanumeric data (Lopez Trigal, 2015). In the simplest terms, GIS merges...
(Construction Project Monitoring and Evaluation: An Integrated Approach)
Development of Geographical Information Systems
GIS is more than just a software. People and methods are combined with geospatial software and tools, to enable spatial analysis, manage large data sets, and display information in a map and graphical form. The key word to this technology is geography. This means that some portion of the data...
(Geographical Information System and Crime Mapping)
Geographic Information Systems
Environmental problems tend to involve location-specific considerations, such as the degree to which particular locations are exposed by a pollutant or a flood, the vulnerability of different locations to impacts from such occurrences, and the effects of such impacts on the life in such locations. Geographic...
(Multi-Criteria Decision Analysis: Case Studies in Engineering and the Environment)
Geographic Information System (GIS): Land Use Planning
Agricultural scientists are required to provide information needed to address land degradation and land use conflicts confronting the world today. As the population increases and land becomes a commodity in many parts of the world, careful planning of the use of land must be undertaken to accommodate...
(Managing Human and Social Systems)
Geographical Information System (GIS)
GIS constitutes many aspects, as shown in Figure 7.3. A visually explanatory platform involving GIS manages multiple data from different sources on separate layers allowing simulation and modeling of all data and their influence on one another. GIS and its useful applications in many disciplines, especially...
(Smart Grid in IoT-Enabled Spaces: The Road to Intelligence in Power)
Geographic Information System (GIS)
Geographic information system (GIS) involves hardware and software, using location data and feature attributes to produce maps. An important function of an agricultural GIS is to store information in layers. These include yields, remotely sensed data, soil survey maps, reports of crop scouting and nutrient...
(Smart Cyber Physical Systems: Advances, Challenges and Opportunities)