This document discusses the development of a WebGIS-based Land Information System for Balangoda Urban Council using open source software. The key points are:
1. The system will develop digital maps connected to a spatial database for land management and tax procedures. It will publish maps through a web interface for public access and spatial analysis.
2. The system aims to visualize 3D building information like heights and number of stories.
3. The research will only use open source software to develop a low-cost system that is important for developing countries like Sri Lanka.
Geographic Information Systems (GIS) is a computer system that uses software and hardware to capture, store, analyze and manage spatially referenced data. GIS can be used for various applications such as crime mapping, transportation planning, and infrastructure management. Specifically for road networking, GIS helps with the design, surveying, construction, operation, and maintenance of road networks. It allows users to integrate data, visualize information, and make informed decisions at various stages of the infrastructure life cycle. GIS is becoming increasingly important in Sri Lanka for applications such as transportation planning, rural development, and infrastructure projects.
This document provides an overview of GIS data management and database management systems (DBMS). It discusses how GIS data involves both spatial and attribute data that must be stored and linked. It defines DBMS and describes their key functions like data storage, retrieval, security and integrity. The document outlines the typical components of a DBMS including data definition, storage definition and data manipulation. It also discusses different file structures for organizing GIS data, including simple lists, indexed files and building GIS worlds. Finally, it concludes that a DBMS allows for data backup, recovery and redundancy control for database management.
This document provides an introduction to OpenStreetMap (OSM), including how it works, its data format and collection methods, editing map data, and examples of implementation projects. OSM is a collaborative project to create a free editable map of the world. Volunteers contribute geographic data which is uploaded to a central database and further edited. Data is represented as nodes, ways and relations with tags providing attributes. The document outlines steps for mapping, available editors, and examples of using OSM for accessibility mapping and crisis response.
This document discusses Web GIS and Web mapping. It defines Web GIS as a type of distributed information system comprising a GIS server and a client, typically accessed through a web browser. The main components of Web GIS are identified as the client (web browser), internet connection, web server, map server, and metadata. Various functions and advantages of Web GIS are outlined, including visualization, querying geospatial data, collecting/editing information, disseminating information, and analysis. Different types of web maps are also described such as analytical, animated, real-time, collaborative, and static web maps. In conclusion, the document emphasizes that successful Web GIS development requires considering the implementation as a process rather than a single
This document provides an overview of a presentation on Land Information Systems (LIS) given to Er. Subash Ghimire. The presentation was prepared by 5 students and covered the introduction of LIS, why they are important, background on LIS concepts in Western countries and Nepal, problems implementing LIS in Nepal, methodology, findings from data analysis in Land Revenue and District Survey Offices, challenges and future strategies. Key points included components of LIS, issues with incomplete data entry and updating in Nepal, and goals of moving to more accurate boundary representation and real-time access over time.
1. The document discusses how GIS can be used to aid in selecting optimal routes for transcontinental natural gas pipelines by analyzing cost and environmental factors.
2. GIS specialists use data to evaluate potential routes and determine the most suitable path between starting and ending points.
3. A case study found that routes developed using GIS facilitated greater cost reductions than manually developed routes.
Geographic Information Systems (GIS) is a computer system that uses software and hardware to capture, store, analyze and manage spatially referenced data. GIS can be used for various applications such as crime mapping, transportation planning, and infrastructure management. Specifically for road networking, GIS helps with the design, surveying, construction, operation, and maintenance of road networks. It allows users to integrate data, visualize information, and make informed decisions at various stages of the infrastructure life cycle. GIS is becoming increasingly important in Sri Lanka for applications such as transportation planning, rural development, and infrastructure projects.
This document provides an overview of GIS data management and database management systems (DBMS). It discusses how GIS data involves both spatial and attribute data that must be stored and linked. It defines DBMS and describes their key functions like data storage, retrieval, security and integrity. The document outlines the typical components of a DBMS including data definition, storage definition and data manipulation. It also discusses different file structures for organizing GIS data, including simple lists, indexed files and building GIS worlds. Finally, it concludes that a DBMS allows for data backup, recovery and redundancy control for database management.
This document provides an introduction to OpenStreetMap (OSM), including how it works, its data format and collection methods, editing map data, and examples of implementation projects. OSM is a collaborative project to create a free editable map of the world. Volunteers contribute geographic data which is uploaded to a central database and further edited. Data is represented as nodes, ways and relations with tags providing attributes. The document outlines steps for mapping, available editors, and examples of using OSM for accessibility mapping and crisis response.
This document discusses Web GIS and Web mapping. It defines Web GIS as a type of distributed information system comprising a GIS server and a client, typically accessed through a web browser. The main components of Web GIS are identified as the client (web browser), internet connection, web server, map server, and metadata. Various functions and advantages of Web GIS are outlined, including visualization, querying geospatial data, collecting/editing information, disseminating information, and analysis. Different types of web maps are also described such as analytical, animated, real-time, collaborative, and static web maps. In conclusion, the document emphasizes that successful Web GIS development requires considering the implementation as a process rather than a single
This document provides an overview of a presentation on Land Information Systems (LIS) given to Er. Subash Ghimire. The presentation was prepared by 5 students and covered the introduction of LIS, why they are important, background on LIS concepts in Western countries and Nepal, problems implementing LIS in Nepal, methodology, findings from data analysis in Land Revenue and District Survey Offices, challenges and future strategies. Key points included components of LIS, issues with incomplete data entry and updating in Nepal, and goals of moving to more accurate boundary representation and real-time access over time.
1. The document discusses how GIS can be used to aid in selecting optimal routes for transcontinental natural gas pipelines by analyzing cost and environmental factors.
2. GIS specialists use data to evaluate potential routes and determine the most suitable path between starting and ending points.
3. A case study found that routes developed using GIS facilitated greater cost reductions than manually developed routes.
This presentation provides an overview of Land Information Systems (LIS). It discusses that a LIS is a digital system that contains both spatial and non-spatial land data. It then reviews the background of LIS in Western countries and how they differ from Nepal's system. The presentation outlines the key concepts of LIS including its methodology, current problems, and future planning. It aims to introduce LIS and provide context around its use and development in Nepal.
GIS for Transportation Infrastructure ManagementEsri
Being able to visualize your assets and the surrounding environment when you build, upgrade, or repair transportation infrastructure helps you prioritize your work and make the right decisions.
This document help you to prepare Triangulation Network (TIN), Hillshade Map, Slope map, interpolation and Digital Elevation Model (DEM) in a area and how to interpret them.
This document provides an introduction to geographic information systems (GIS). It defines GIS as a computer system for capturing, storing, analyzing and displaying spatially-referenced data. A GIS integrates database operations with maps in digital form and allows users to create interactive queries, analyze spatial information, edit maps and present results. The document outlines key components of a GIS including data, databases, processing capabilities, hardware and communications. It also discusses the importance of location in problem-solving and decision making as well as the history and business applications of GIS technology.
The Presentation gives the overview of the process necessary for accomplishing the task for the preparation of Ground water movements and identification carried out by Rajiv gandhi national drinking water mission project.
The client has requested a map showing the legal boundaries of their property in Lino Lakes, Minnesota. This will involve snapping together existing plat maps, interpreting the legal description, and conducting field work to GPS coordinate the property lines and attributes. Additional data layers will need to be incorporated to determine if any portions of the land contain a private bridge, wetlands, or a water channel. The final map is intended solely for the client's personal use.
This document provides an agenda and introduction to OpenStreetMap (OSM). It outlines OSM as a collaborative project to create a free map of the world. The agenda covers introductions to OSM, editing tools, data collection tools, and hands-on mapping. It discusses OSM's history, statistics, the Humanitarian OSM Team, and examples of OSM's use in crisis response and developing countries. It also outlines how to download data, edit maps, and use OSM data in various applications.
This document discusses differential GPS (DGPS), which improves the accuracy of GPS positioning. It works by using a stationary GPS receiver at a known location to calculate error corrections, which are transmitted to a roving receiver to improve its position accuracy. DGPS can reduce GPS errors from sources like atmospheric delays, satellite orbit issues, and multipath effects, providing sub-meter accuracy compared to the 5-10 meter accuracy of standard GPS. It allows real-time position correction or post-processed correction through data from a fixed base station.
Perhaps the most important component of a GIS is in the part of data used in GIS. The data for GIS can be derived from various sources. A wide variety of data sources exist for both spatial and attribute data.
This document outlines the planning process for a GIS analysis project to identify suitable sites for a new wastewater treatment plant. It discusses why many GIS projects fail, the types and phases of GIS projects. It then details the steps involved in a GIS analysis project including: defining the objective, creating the project database by identifying and preparing data, analyzing the data using spatial modeling functions, and presenting the results. For the wastewater treatment plant project, the analysis will identify parcels that meet criteria like being in a low-lying area near water and not residential, and the results will be shown on a presentation map.
The document provides guidance on using total station equipment for topographic surveys. It discusses the features and operation of total stations, which combine electronic theodolites and distance measurement instruments. Total stations allow large amounts of survey data to be collected quickly and efficiently compared to traditional methods. The document outlines considerations for equipment selection and inventory, including total station models, data collectors, batteries, and maintenance procedures to ensure equipment remains calibrated and in good working condition.
A Digital Terrain Model (DTM) is a digital file that provides a detailed 3D representation of the topography of the Earth's surface. It consists of terrain elevations at regularly spaced intervals that can be used to create 3D visualizations and analyze slope, aspect, height, and other topographical features. DTMs with draped aerial imagery can help with planning, engineering, and environmental impact assessments by providing accurate 3D models of land surfaces. They are used across a variety of industries and applications.
This document discusses the history and applications of geographic information systems (GIS) with a focus on its use in public health. It provides background on GIS, describing it as a set of tools for collecting, storing, manipulating, and displaying spatial data. The document outlines the history of GIS from early maps in the 1850s to the development of computer-based systems in the 1960s-1980s. It then discusses various uses of GIS in public health including disease mapping and surveillance, environmental health analysis, and health resource planning and accessibility analysis. Specific examples of GIS applications in Nepal are also mentioned.
GIS is a system for managing and analyzing geographic data. It uses two main data models: vector, representing points, lines and polygons; and raster, representing data as a grid of cells. Common file formats include shapefiles for vector data and GeoTIFF and MrSID for raster. GIS data is referenced using coordinate systems like WGS84 for global latitude/longitude or HK80Grid for Hong Kong. ESRI's ArcGIS software allows viewing, editing, and publishing this geospatial data for mapping and analysis.
This document discusses heads-up digitization, which involves manually tracing features on a computer screen using raster data as a backdrop. It describes different types of digitization including heads-down and heads-up methods. Heads-up digitization allows an operator to use a scanned image on screen to trace and digitize geographical features into GIS layers. The document also discusses on-the-fly projection in GIS software, which automatically projects additional data layers to match the coordinate system of the base map. On-the-fly generalization is useful for applications requiring real-time map display at multiple scales, such as web mapping, mobile mapping, and decision support systems.
Surface Representations using GIS AND Topographical MappingNAXA-Developers
This document provides an overview of topographical mapping using GIS. It discusses different surface representations in ArcGIS including TIN, raster, and terrain surfaces. It compares these surfaces and describes how to analyze slopes, aspects, hillshades, and curvatures. The document outlines how to create topographical maps through contouring and defines characteristics of contours. It concludes with an assignment on preparing a topo map.
The document provides an overview of how geographic information systems (GIS) can be used in civil engineering applications. It discusses how GIS allows civil engineers to manage and analyze spatial data to support infrastructure planning, design, construction, and maintenance. It also summarizes several specific ways GIS is used, including infrastructure management, transportation, land use planning, watershed management, and environmental analysis. GIS provides a centralized way to store and visualize spatial data, analyze relationships, and share information across teams and organizations.
This document discusses the benefits of implementing a web-based GIS pilot project for Exploration. It would provide a centralized location for all relevant exploration data, with customized access for different user groups. A web-based system could more easily share and expose information across the organization. The goals are to make maps and data more intuitive, up-to-date, and tailored for decision-making. Key challenges include integrating complex workflows and data from different sources and applications. The document recommends management commitment, an Exploration GIS vision and strategy, and establishing a data model to ensure successful implementation.
Free guide to develop a Web GIS
Sign up for this free minicourse to learn how professional GIS developer build a powerful Web GIS application and save thousands of dollars.
This includes a free download that will tell you the top 7 jobs skills you need for a successful career in GIS.
https://gis-science-school-mapping-your-world.teachable.com/p/free-guide-to-develop-a-web-gis-application
Concepts Of Land Information Systems Rua 2006Jan-Peter Mund
This document outlines the content and schedule for a lecture on land information systems. The lecture will define land information systems, explore their concept and service idea, examine information codes and land registers, and discuss how geographic information systems relate to land information systems. Students will work in groups on assignments related to specific subjects for six weeks without exams or tests.
Urban Land Record and Management: Current practices & Challenges and way forwardWaseem Sajjad
What are the main urban land record and management in Pakistan--a case study of Lahore
What is Patwari Culture? What are the problems of Patwari Culture?
Land Record Management and Information System LRMIS
This presentation provides an overview of Land Information Systems (LIS). It discusses that a LIS is a digital system that contains both spatial and non-spatial land data. It then reviews the background of LIS in Western countries and how they differ from Nepal's system. The presentation outlines the key concepts of LIS including its methodology, current problems, and future planning. It aims to introduce LIS and provide context around its use and development in Nepal.
GIS for Transportation Infrastructure ManagementEsri
Being able to visualize your assets and the surrounding environment when you build, upgrade, or repair transportation infrastructure helps you prioritize your work and make the right decisions.
This document help you to prepare Triangulation Network (TIN), Hillshade Map, Slope map, interpolation and Digital Elevation Model (DEM) in a area and how to interpret them.
This document provides an introduction to geographic information systems (GIS). It defines GIS as a computer system for capturing, storing, analyzing and displaying spatially-referenced data. A GIS integrates database operations with maps in digital form and allows users to create interactive queries, analyze spatial information, edit maps and present results. The document outlines key components of a GIS including data, databases, processing capabilities, hardware and communications. It also discusses the importance of location in problem-solving and decision making as well as the history and business applications of GIS technology.
The Presentation gives the overview of the process necessary for accomplishing the task for the preparation of Ground water movements and identification carried out by Rajiv gandhi national drinking water mission project.
The client has requested a map showing the legal boundaries of their property in Lino Lakes, Minnesota. This will involve snapping together existing plat maps, interpreting the legal description, and conducting field work to GPS coordinate the property lines and attributes. Additional data layers will need to be incorporated to determine if any portions of the land contain a private bridge, wetlands, or a water channel. The final map is intended solely for the client's personal use.
This document provides an agenda and introduction to OpenStreetMap (OSM). It outlines OSM as a collaborative project to create a free map of the world. The agenda covers introductions to OSM, editing tools, data collection tools, and hands-on mapping. It discusses OSM's history, statistics, the Humanitarian OSM Team, and examples of OSM's use in crisis response and developing countries. It also outlines how to download data, edit maps, and use OSM data in various applications.
This document discusses differential GPS (DGPS), which improves the accuracy of GPS positioning. It works by using a stationary GPS receiver at a known location to calculate error corrections, which are transmitted to a roving receiver to improve its position accuracy. DGPS can reduce GPS errors from sources like atmospheric delays, satellite orbit issues, and multipath effects, providing sub-meter accuracy compared to the 5-10 meter accuracy of standard GPS. It allows real-time position correction or post-processed correction through data from a fixed base station.
Perhaps the most important component of a GIS is in the part of data used in GIS. The data for GIS can be derived from various sources. A wide variety of data sources exist for both spatial and attribute data.
This document outlines the planning process for a GIS analysis project to identify suitable sites for a new wastewater treatment plant. It discusses why many GIS projects fail, the types and phases of GIS projects. It then details the steps involved in a GIS analysis project including: defining the objective, creating the project database by identifying and preparing data, analyzing the data using spatial modeling functions, and presenting the results. For the wastewater treatment plant project, the analysis will identify parcels that meet criteria like being in a low-lying area near water and not residential, and the results will be shown on a presentation map.
The document provides guidance on using total station equipment for topographic surveys. It discusses the features and operation of total stations, which combine electronic theodolites and distance measurement instruments. Total stations allow large amounts of survey data to be collected quickly and efficiently compared to traditional methods. The document outlines considerations for equipment selection and inventory, including total station models, data collectors, batteries, and maintenance procedures to ensure equipment remains calibrated and in good working condition.
A Digital Terrain Model (DTM) is a digital file that provides a detailed 3D representation of the topography of the Earth's surface. It consists of terrain elevations at regularly spaced intervals that can be used to create 3D visualizations and analyze slope, aspect, height, and other topographical features. DTMs with draped aerial imagery can help with planning, engineering, and environmental impact assessments by providing accurate 3D models of land surfaces. They are used across a variety of industries and applications.
This document discusses the history and applications of geographic information systems (GIS) with a focus on its use in public health. It provides background on GIS, describing it as a set of tools for collecting, storing, manipulating, and displaying spatial data. The document outlines the history of GIS from early maps in the 1850s to the development of computer-based systems in the 1960s-1980s. It then discusses various uses of GIS in public health including disease mapping and surveillance, environmental health analysis, and health resource planning and accessibility analysis. Specific examples of GIS applications in Nepal are also mentioned.
GIS is a system for managing and analyzing geographic data. It uses two main data models: vector, representing points, lines and polygons; and raster, representing data as a grid of cells. Common file formats include shapefiles for vector data and GeoTIFF and MrSID for raster. GIS data is referenced using coordinate systems like WGS84 for global latitude/longitude or HK80Grid for Hong Kong. ESRI's ArcGIS software allows viewing, editing, and publishing this geospatial data for mapping and analysis.
This document discusses heads-up digitization, which involves manually tracing features on a computer screen using raster data as a backdrop. It describes different types of digitization including heads-down and heads-up methods. Heads-up digitization allows an operator to use a scanned image on screen to trace and digitize geographical features into GIS layers. The document also discusses on-the-fly projection in GIS software, which automatically projects additional data layers to match the coordinate system of the base map. On-the-fly generalization is useful for applications requiring real-time map display at multiple scales, such as web mapping, mobile mapping, and decision support systems.
Surface Representations using GIS AND Topographical MappingNAXA-Developers
This document provides an overview of topographical mapping using GIS. It discusses different surface representations in ArcGIS including TIN, raster, and terrain surfaces. It compares these surfaces and describes how to analyze slopes, aspects, hillshades, and curvatures. The document outlines how to create topographical maps through contouring and defines characteristics of contours. It concludes with an assignment on preparing a topo map.
The document provides an overview of how geographic information systems (GIS) can be used in civil engineering applications. It discusses how GIS allows civil engineers to manage and analyze spatial data to support infrastructure planning, design, construction, and maintenance. It also summarizes several specific ways GIS is used, including infrastructure management, transportation, land use planning, watershed management, and environmental analysis. GIS provides a centralized way to store and visualize spatial data, analyze relationships, and share information across teams and organizations.
This document discusses the benefits of implementing a web-based GIS pilot project for Exploration. It would provide a centralized location for all relevant exploration data, with customized access for different user groups. A web-based system could more easily share and expose information across the organization. The goals are to make maps and data more intuitive, up-to-date, and tailored for decision-making. Key challenges include integrating complex workflows and data from different sources and applications. The document recommends management commitment, an Exploration GIS vision and strategy, and establishing a data model to ensure successful implementation.
Free guide to develop a Web GIS
Sign up for this free minicourse to learn how professional GIS developer build a powerful Web GIS application and save thousands of dollars.
This includes a free download that will tell you the top 7 jobs skills you need for a successful career in GIS.
https://gis-science-school-mapping-your-world.teachable.com/p/free-guide-to-develop-a-web-gis-application
Concepts Of Land Information Systems Rua 2006Jan-Peter Mund
This document outlines the content and schedule for a lecture on land information systems. The lecture will define land information systems, explore their concept and service idea, examine information codes and land registers, and discuss how geographic information systems relate to land information systems. Students will work in groups on assignments related to specific subjects for six weeks without exams or tests.
Urban Land Record and Management: Current practices & Challenges and way forwardWaseem Sajjad
What are the main urban land record and management in Pakistan--a case study of Lahore
What is Patwari Culture? What are the problems of Patwari Culture?
Land Record Management and Information System LRMIS
Cadastre Information System - GWF 2012, AmsterdamFernando Gil
The document describes a Cadastre Information System (FBSIC) created by Ferbritas, S.A. for managing Portugal's cadastre data and processes. The FBSIC system aims to centralize cadastre information, improve data quality, increase access and usability of data, and integrate cadastre data and documents. It consists of several modules including data collection, migration, processing, administration, viewing/editing, approval, and domain management. The system provides benefits such as improved accuracy, efficiency and productivity for activities relying on cadastre information. Its integrated design allows scaling to meet future needs and increasing knowledge through shared cadastre data and information.
Chapter 2 management information systemyahyanursidik
An information system is defined as a set of interrelated components that collect, process, store, and disseminate data and information to meet an objective. It involves input of raw data, processing to convert data into useful outputs, outputs in the form of documents and reports, and feedback to make changes to inputs or processing. A computer-based information system is a single set of hardware, software, databases, telecommunications, people, and procedures configured to collect, manipulate, store, and process data into information.
In cooperation with the Research and Evaluation Division of BRAC, Copenhagen Consensus Center organized roundtable discussions with an aim to figure out smarter solutions to the most problematic issues facing Bangladesh.
Chapter 1 Management Information Systemyahyanursidik
This document is the syllabus for a Management Information Systems course. It outlines the chapter topics which include data, information, knowledge, and the transformation of data into information. It lists the references used and the assessment methods which are quizzes, creative tasks, exams, attendance, and behavior. Raw facts are defined as data, information is organized data that provides additional value, and knowledge is the understanding of information and how it can be useful.
The document provides an overview of the Land Records Management & Information Systems (LRMIS) Project in Pakistan. It discusses the historical context and need for the project to modernize outdated land record systems. It then outlines the objectives, design, implementation status and services provided by the LRMIS Project. Key highlights include completion of scanning and data entry in most districts, operationalization of online services, efforts to increase awareness and political support, and recognition of the project's success by various organizations. Value addition projects are also mentioned to further improve land administration.
Land administration for_sustainable_development-2012_ebookJerzyius Kankius
The document discusses land administration systems and how they can support sustainable development through well-managed processes that ensure people's varying relationships to land are administered equitably while promoting social, economic, and environmental goals. It explores the theory and evolution of land administration as a discipline, and provides tools and best practices for building modern land administration systems, including the importance of spatial data infrastructures, technology, capacity building, and project management. The authors argue that integrated, spatially enabled land administration systems are needed to administer land and resources effectively and empower communities around the world.
Digitization Land Records of Revenue (DLRR).
A Pilot Project of 2010 Flood affected areas Under PSFRP Project funded by Government of Japan in 2012 in Khyber Pakhtunkhwa (KPK) .
Project Manager Syed Subtain Hussain - ssbacha@gmail.com
ASK Brazil provides financial advisory services through its subsidiaries ASK Structured Finance and ASK Corporate Finance. ASK Structured Finance specializes in structuring investment funds and securitization transactions. It has experience setting up various types of funds and securitizations. ASK Corporate Finance provides M&A advisory, debt restructuring, and fundraising services. Both subsidiaries have extensive track records of completed transactions in Brazil. The document provides details on completed transactions, management team backgrounds, and strategic focus areas.
Cadastre Information System - Esri MEA 2011, BeirutFernando Gil
FBSIC is supported by a scalable architecture, standards-based information technology and communication, interoperability,ensuring a high sustainability of long-term application.
Allows viewing, editing, analysis and reporting of geographic, alphanumeric,and documental information of land property.
The benefits are evident at the level of operational efciency, with the inclusion of tools to enable process integration and standardization of procedures.
Facilitate analysis and quality control and maximize performance in the acquisition, maintenance and management of registration information and land property, including legal issues.
The implemented system achieves levels of robustness, comprehensiveness, openness, scalability and reliability suitable for a structural platform.
This document outlines a workshop on Python programming in QGIS. It discusses loading and accessing vector and raster layers through Python, modifying layer attributes and geometries, and communicating with users. The workshop covers setting up Python in QGIS, loading layers, iterating over and assessing layers, modifying layers by starting edits and adding features, and visualizing maps on the canvas.
Land information system for efficient lands administration and revenue genera...Alexander Decker
The document summarizes a study that developed a land information system for Trans-Amadi Industrial Layout in Port Harcourt, Nigeria. Existing land records and a layout plan were converted to digital formats using software like AutoCAD and ArcGIS. A database was created in MS Access to store spatial and attribute data for parcels. Queries and analysis were performed on the database to demonstrate how the system could support efficient land administration and revenue generation. The results showed ownership information, identified properties by number, determined land use and rents owed. Overall, the land information system provided a tool to facilitate management of land transactions and collection of land revenues.
The document describes using GIS techniques to enhance property tax collection in Shakarpur, East Delhi. It involves validating property data from the Delhi Spatial Data Infrastructure (DSSDI) project with records from the East Delhi Municipal Corporation (EDMC) to identify tax defaulters. The first phase involves cross-checking DSSDI spatial data on buildings and units with EDMC's tax ledger to find missing or incorrect records. The second phase entails field surveys to update property information. Analyzing the validated data identifies buildings in the DSSDI but not the ledger, and vice versa, as well as matches, helping EDMC collect taxes from defaulters more efficiently.
An objective of organizing a research paper is to allow people to read your work selectively. Writing a research paper is an essential aspect of academics and should not be avoided on account of one's anxiety. In fact, the process of writing a research paper can be one of the more rewarding experiences one may encounter in academics. To know more visit http://www.classessays.com/
This presentation is totally based on Technical Details Overview of this solution and I would request you to contact me as soon as you will be required details Technical Proposal. We provide cheap & best solution. We charge US$ 20 per man hour which is also negotiable.
This document provides guidance on writing a research paper. It lists dos and don'ts, with the dos including selecting a relevant topic, specifying a focused thesis, collecting and organizing relevant data, substantiating claims with facts, and editing the paper. The don'ts include plagiarizing, losing focus, adding new points in the conclusion, and forgetting to cite sources. Following these tips can help students write a well-organized research paper and earn a high grade.
1. GIS can be used for data management efficiency through DBMS which allows storage, retrieval, and access of large amounts of spatial data.
2. Military applications include analyzing terrain for combat through GIS and remote sensing to collect spatial data to support effective decision making.
3. Other applications include mapping health facilities and diseases, tracking wildlife populations, disaster management in telecommunications, crime analysis, agriculture and mining resource planning, and property valuation for taxation.
4. Limitations include lack of awareness of GIS potential, effort to digitize analog data, technical capacity to interpret spatial data, and challenges representing 3D and 4D environmental data sets.
This document discusses principles of knowledge management and specialized information systems. It defines knowledge as awareness and understanding of information that can be useful for tasks or decisions. Knowledge management systems organize people, processes, and technologies to create, store, share, and use organizational knowledge. Artificial intelligence uses computer systems that can mimic human decision making, like expert systems. Expert systems apply rules to arrive at conclusions like a human expert. Virtual reality immerses users in simulated 3D environments using displays and interfaces. Specialized systems provide unique functions for industries, individuals, inventory control and more.
Geo The Big 5
Challenges and Opportunities Rising from
Open Geospatial
Association for Geographic Information (AGI)
Belfast, 13 May 2014
Tracey P. Lauriault
National Institute for Regional and Spatial Analysis (NIRSA)
National University of Ireland at Maynooth (NUIM)
The document discusses upgrading the City and County of Honolulu's GIS web mapping application to comply with federal standards. It outlines the project goals, requirements, technology platform, and lessons learned. Key points include fulfilling USGS and FGDC metadata standards, enabling data sharing with federal agencies, and optimizing performance through database and cartographic improvements.
This presentation accompanied a joint keynote address given by AAM's Brian Nicholls and Singapore Land Authority's (SLA) Dr Victor Khoo at the Locate17 Conference. AAM and the SLA are working together to capture and deliver an accurate and up-to-date 3D digital map for the entire country of Singapore, providing the digital framework for Singapore's visionary Smart Nation program. This presentation outlines the processes and technologies used to create the 3D digital map and highlights the many applications stemming from it such as Property Management systems, Solar Potential Studies, the development of Driverless Vehicle systems and more (many yet to be discovered!).
This document provides information about using GIS (Geographic Information Systems) in geography classrooms. It discusses reasons to use GIS, including being highlighted in geography specifications and teaching important skills. Teachers are encouraged to start with questions they want to answer and see if GIS can help. Examples of using GIS at different key stages and for topics like natural hazards are provided. Free and easy-to-use online GIS tools are described, including Google Earth, Many Eyes, and hurricane data from NOAA. The document encourages asking questions and sharing experiences using GIS in the classroom.
This document discusses using spatial data infrastructure (SDI) data to understand and link spatially referenced application data. It addresses the problem of "yet another portal" where many portals exist but cannot be easily integrated. The document proposes using linked data to index SDI resources and connect SDI and application data. This would allow finding metadata about specific spatial references across multiple datasets. It demonstrates this approach with a gazetteer for social protection in Indonesia and discusses goals of fundamentally improving information integration capabilities.
The term “Spatial Data Infrastructure” (SDI) is often used to denote the relevant base collection of technologies, policies and institutional arrangements that facilitate the availability of and access to spatial data. SDI describes the overall methodology, process, existing practice, terms, policies of Nepal.
The document summarizes a presentation given by Tracey P. Lauriault on critiques and reflections of open data initiatives. Some key points from the presentation include:
- Open data definitions have evolved over time from sharing scientific data internationally to principles of open government data and 5 star deployment schemes.
- Most popular open data definitions center around access, redistribution, reuse and absence of technical restrictions.
- Examples of open data initiatives discussed include the Canadian Geospatial Data Infrastructure, which aims to provide comprehensive sharing of geospatial assets, and the Dublin Dashboard, which provides real-time city data.
- Considerations for open data include ensuring interaction with crowdsourced/volunteered data follows standards
EarthCube Monthly Community Webinar- Nov. 22, 2013EarthCube
This webinar features project overviews of all EarthCube Awards (Building Blocks, Research Coordination Networks, Conceptual Designs, and Test Governance), followed by a call for involvement, and a Q&A session.
Agenda:
EarthCube Awards – Project Overviews
1.. EarthCube Web Services (Building Block)
2. EC3: Earth-Centered Community for Cyberinfrastructure (RCN)
3. GeoSoft (Building Block)
4. Specifying and Implementing ODSIP (Building Block)
5. A Broker Framework for Next Generation Geoscience (BCube) (Building Block)
6. Integrating Discrete and Continuous Data (Building Block)
7. EAGER: Collaborative Research (Building Block)
8. A Cognitive Computer Infrastructure for Geoscience (Building Block)
9. Earth System Bridge (Building Block)
10. CINERGI – Community Inventory of EC Resources for Geoscience Interoperability (BB)
11. Building a Sediment Experimentalist Network (RCN)
12. C4P: Collaboration and Cyberinfrastructure for Paleogeosciences (RCN)
13. Developing a Data-Oriented Human-centric Enterprise for Architecture (CD)
14. Enterprise Architecture for Transformative Research and Collaboration (CD)
15. EC Test Enterprise Governance: An Agile Approach (Test Governance)
A Call for Involvement!
"The Golden Age of Geospatial Data Science and Engineering" presented as the inital lecture in the Geospatial Data Science Distinguished Speaker Series at the University of Illinois, Urbana-Champaign. Series organized and presented by Professor Shaowen Wang, Head of the Geography and Geographic Information Science Department.
"Data Science is in a golden age. The mathematical foundations of Data Science, known for many years, are now seeing broad applicability due to engineering advances in cloud and big data computing and due to the explosive availability of data about nearly every aspect of human activity coming from mobile devices, remote sensing and the Internet of Things. Nearly all of this data has components of location and time leading to stunning advances in geospatial data science. Development of intelligent systems using knowledge models leading to insights and understanding have the potential to significantly transform geospatial data sciences. To achieve the fullest extent of their potential, these innovations require establishment of open consensus standards. This talk will review recent developments in innovations, standards, and applications of geospatial data science and engineering."
This document summarizes a study that used remote sensing and GIS techniques to produce a digital land use map of the Technical Institute of Anbar in Iraq. Satellite imagery and attribute data were collected and digitized in ArcGIS to create vector data layers representing land use classes. The final digital map identified destroyed buildings, service buildings, green areas, sports facilities, and unused land. It found that 20% of the institute's area contained structures while 80% was unused land. The digital map and geographic database produced can serve as a basis for future studies of the Technical Institute of Anbar.
This document summarizes a study that used remote sensing and GIS techniques to produce a digital land use map of the Technical Institute of Anbar in Iraq. Satellite imagery and attribute data were collected and digitized in ArcGIS to create vector data layers representing land use classes. The final digital map identified destroyed buildings, service buildings, green areas, sports facilities, and unused land. It found that 20% of the institute's area contained structures while 80% was unused land. The digital map and geographic database produced can serve as a basis for future studies of the Technical Institute of Anbar.
The document describes the GeoKnow project, an EU-funded project from 2012-2015 that aimed to make geospatial data on the web more explorable. It developed techniques for aggregating, linking, and improving the quality of spatial data from various sources. This included mapping implicit geographic references in data, fusing data with differences, and assessing crowdsourced information. It created tools for visualizing and authoring spatial semantic data, as well as applying the work to supply chain management and e-commerce use cases. The project was a collaboration between several European organizations focused on advancing the representation and use of geospatial knowledge on the semantic web.
This document summarizes a kick-off meeting for the UR3 project, which aims to implement a cloud computing infrastructure for sharing data, algorithms, and high performance computing resources among different teams and communities. It outlines the objectives, tasks, timeline, and involved partners of the UR3 project. It also discusses concepts for the cloud architecture, including virtualization, horizontal and vertical scalability, and the benefits of a cloud model for optimizing resource usage and reducing costs.
Web GIS combines geographic information systems with web technologies. It allows users to access and interact with geospatial data and maps through a web browser. A basic Web GIS application uses a three-tier architecture with a client, application server, and data server. The client sends HTTP requests to the application server, which processes the request and returns a response, often in HTML format. This allows global access to GIS capabilities without installing software. Web GIS has evolved from early viewers to complex applications supporting collaboration, analysis, and location-based services.
This document discusses integrating the Exchange Network with the National Spatial Data Infrastructure (NSDI) to create NSDI 2.0. It proposes using open standards and web services to publish, search, and access geospatial and environmental data through online catalogs and services. This would allow data to be maintained locally but shared nationally to support infrastructure and environmental projects.
The document discusses NIC's Geomatics Division in Madhya Pradesh and its work on developing state-wide GIS applications and infrastructure. It notes that G-governance based on spatial data is increasing, and that high resolution satellite imagery and more mature web-based software platforms enable more advanced geo-processing and management of large geospatial data. It then summarizes several key statewide enterprise GIS applications developed by the division and lists committees it contributes expertise to.
The document discusses the key components and concepts of a National Spatial Data Infrastructure (NSDI). An NSDI aims to integrate distributed geospatial data through partnerships between different levels of government and private organizations. It establishes standards, frameworks and metadata to facilitate discovery and sharing of geospatial data. Central to an NSDI is a clearinghouse that allows users to search metadata from distributed servers according to common protocols. When properly implemented through the coordination of stakeholders, an NSDI can help reduce data duplication, lower costs and make critical spatial information more accessible.
Similar to WebBased Land Information System Research Presentation (20)
WebBased Land Information System Research Presentation
1. Development of WebGIS Based Land Information
10/9/2012
System Using Open Source Software for Balangoda
Urban Council
Research Presentation
By Supervised By
Mr. Chamara Prasanna 07/SS/030 Dr Thilantha Dammelage
Mr. K.M.M.S Senarath 07/SS/035
Faculty Of Geomatics 1
Sabaragamuwa University of Sri Lanka
2. 1.0 Introduction
1.1 General Background
LIS
• Legal, administrative and economic decision making in order
to planning and development of land
10/9/2012
• Database containing spatially referenced land related data for
a defined area
• Procedures and techniques for the systematic collection,
Research Presentation
updating, processing and distribution of that data
Modern trend is to publish LIS as GIS services
GIS services
Published geographic information services
Can accessed over the Web
2
Using standard technologies and protocols
3. WebGIS
10/9/2012
Research Presentation
Web Server
Helps to deliver Web content that can be accessed through the Internet
Web Map Server
A standard protocol for serving georeferenced map images over the
3
Internet that are generated by a map server using data from a GIS
database.
4. 1.2 Land related problems of Balangoda
Urban Council
1. Land management problems
• Land degradation
• Finding suitable places for each type of purpose
10/9/2012
2. Tax payment procedure problems
Research Presentation
• Time and Accuracy
• Updating
• Multi storeys buildings having different owners
• Large number of human power
3. Data Sharing
• between different sections in UC
• visualize those data to people 4
4. Software cost
5. 1.3 Suggested solution to overcome the
problems
1. Land management GIS
10/9/2012
2. Spatial data storage and quick
Research Presentation
Input and output method Spatial Database
3. Data sharing and visualization Web
4. Cost Open Source
5
Development of WebGIS based Land Information
System using open source software
6. 1.4 Research Problem
Main Problem
How to develop webGIS based LIS using only open source software
having 3D information as well?
10/9/2012
Secondary Problems
Research Presentation
1. How to make digital maps which connecting to data base for
doing land management and effective tax procedure?
2. How to publish created digital maps through WWW keeping
capable of doing spatial analyzing and quick input and output?
3. How to visualize 3D information on the map?
6
4. How to use free software only when doing above thing?
7. 1.5 Objective
Main Objective
To develop webGIS based LIS using open source software having 3D
information as well
10/9/2012
Secondary Objectives
Research Presentation
1. To make digital maps which connecting to data base for doing
land management and effective tax procedure?
2. To publish created digital maps through WWW keeping capable
of doing spatial analyzing and quick input and output?
3. To visualize 3D information on the map?
7
4. To use free software only when doing above thing?
8. 1.6 Significance of the Research
Land Information System,
1. Digital
• Easy and effective spatial data management and storage
capability
10/9/2012
• Can update and retrieve information easily
2. Web Based
Research Presentation
• Can access to data freely and quickly to general people and
another government and private companies.
• Easy to share data between different section of UCs
3. Querying data
• Land use planning
• Land administration 8
• Design making in situation like natural disaster etc
9. 1.6 Significance of the Research
4. 3D Land Information
10/9/2012
Research Presentation
3D information in this research
1. Height of Buildings
2. Number of storeys of building
3. Owner name of each storey of one building
4. Visualization of cartographic 3D view of building
5. Open Source
• No any sort of software cost for developing using and updating of
system 9
• Very important for developing countries like Sri Lanka
10. 1.7 Limitation of Research
• Balangoda Urban Council
1. Very interesting to use new technology.
10/9/2012
2. Completely finished government title registration
programme.
3. Nearest Urban Council from Sabaragamuwa University.
Research Presentation
• Not consider entire UC’s area as study area
1. Within given time period can’t collect ,input such amount of
data.
2. Can’t get all UC’s area’s cadastral layer from Survey
Department 10
11. 1.8 Study area
• Most important area
in Balangoda UC.
10/9/2012
• Have private and
governments
Research Presentation
buildings.
• Area of 16.2 km² and
very populated area
comparing to other
area.
11
12. 2.0 Literature Review
Development of a Web Based Land Information System (LIS)
using Integrated Remote Sensing and GIS Technology for
Guwahati City, India
(Sarma B, et al.,2003)
10/9/2012
“The multi query facility provided in the Web based Land
Research Presentation
Information System (LIS) allows any individual to gather
information regarding land holding.
The web based plot wise information system provides the facility
for ready and immediate extraction of information regarding land
ownership and built up history”.
12
13. 2.0 Literature Review
A WebGIS and geodatabase for Florida’s wetlands 2004
(Mathiyalagana V. ,et al.,2004)
10/9/2012
“There is need to develop more Web-based tools to share
environmental datasets and information.
Research Presentation
Decision-makers and administrators often have limited
expertise in GIS and complex spatial analyses.
WebGIS has the potential to share data, provide easy access
for users with limited GIS knowledge
13
14. 2.0 Literature Review
3D Cadastre ,
Jantine Esther STOTER (2004)
“It can be concluded that a full 3D cadastre that both registers
10/9/2012
surface parcels and volume parcels offers best potentials and is
realizable”. Cases in Queensland, British Columbia, Norway and
Research Presentation
Sweden showed already that it is possible to establish volume
parcels within the juridical frameworks.”
“This thesis showed that it is possible to register volume parcels
together with 2.5D surfaces of parcels within a cadastral and
technical framework”.
14
15. 2.0 Literature Review
Gis Based Land Information System For Mandal Soum, Selenge Aimag Of Mongolia
Tuul,B.(2010)
10/9/2012
“This project demonstrates that Land Information Systems can be
created using Open Source GIS software as e.g.
QuantumGIS, gvSIG, uDig and the Open Source database
Research Presentation
management system PostgreSQL /PostGIS.
“Systems which are based on Open Source GIS software are new for
many professionals in Mongolia and of special importance for
developing countries due to their cost efficiency.”
15
16. 3.0 Research Methodology
Google Map Layer
Digitizing &
Georeferencing Database creation
10/9/2012
Parcel and Road Layer Base Raster Image Building Layer
Research Presentation
Digitizing &
Database creation Land Management Map Tax Information Map
DWG Cadastral Layer Georeferencing Map Server
Web Server
16
Client Web Browser
17. 3.0 Research Methodology
1. Making digital maps connecting to a data base for doing
land management and tax procedure effectively
• Marking base raster image
10/9/2012
Research Presentation
17
18. 3.0 Research Methodology
• Marking Building parcel & road Layer
10/9/2012
Research Presentation
18
19. 3.0 Research Methodology
• Marking Land management and Tax Information map
10/9/2012
Research Presentation
19
20. 3.0 Research Methodology
2. Publishing digital maps through WWW keeping
capable of doing spatial analyzing and quick output?
10/9/2012
Research Presentation
20
21. 3.0 Research Methodology
10/9/2012
Research Presentation
Published URL of one GIS Layer
http://localhost:8080/geoserver/Test4/wms?service=WMS&version=1.1.0&reque
st=GetMap&layers=Test4:Road%20Layer&styles=&bbox=80.38586882761503,6.6
466470588435165,80.39038315293672,6.652113079815043&width=422&height 21
=512&srs=EPSG:4326&format=application
22. 3.0 Research Methodology
Server Side Java Scripting (open layers)
<script defer="defer" type="text/javascript">
var map, infocontrols, water, highlightlayer;
function load() {
10/9/2012
map = new OpenLayers.Map('map', {
projection: 'EPSG:4326',
maxExtent:newOpenLayers.Bounds(80.38306564115591,6.646417998
Research Presentation
84841,
80.39385614609655, 6.65447406783918),
maxResolution: 0.00001,
units: 'm'
})
var wms1 = new OpenLayers.Layer.WMS('Satellite
Image','http://localhost:8080/geoserver/Test4/wms',{layers:
'Test4:Test4_Raster'},{attribution: 'Google Map Layer',isBaseLayer:
true});……
22
map.addLayers([wms1,wms2,wms3,wms4]);
23. 3.0 Research Methodology
Codes for quick out of attribute data
infoControls = {
click: new OpenLayers.Control.WMSGetFeatureInfo({
url: 'http://localhost:8080/geoserver/Test4/wms',
10/9/2012
title: 'Identify features by clicking',
layers: [wms2,wms3,wms4],
queryVisible: true
Research Presentation
}),
hover: new OpenLayers.Control.WMSGetFeatureInfo({
url: 'http://localhost:8080/geoserver/Test4/wms',
title: 'Identify features by clicking',
layers: [wms2,wms3,wms4],
hover: true,
queryVisible: true
}) 23
};
24. 3.0 Research Methodology
Codes for to get tool for distance and area
measureControls = {
line: new OpenLayers.Control.Measure(
OpenLayers.Handler.Path, {
persist: true,
10/9/2012
handlerOptions: {
layerOptions: {
renderers: renderer,
Research Presentation
styleMap: styleMap
polygon: new OpenLayers.Control.Measure(
OpenLayers.Handler.Polygon, {
persist: true,
handlerOptions: {
layerOptions: {
renderers: renderer,
styleMap: styleMap 24
25. 3.0 Research Methodology
3. How to visualize 3D information on the map
Uses classification style and legend diagram to visualize 3D
information map
10/9/2012
Research Presentation
25
26. 3.0 Research Methodology
3. How to visualize 3D information on the map
10/9/2012
Research Presentation
<imgsrc="http://localhost:8080/geoserver/Test4/wms?REQUEST=GetLegendGraphic
&VERSION=1.1.1&FORMAT=image/png&WIDTH=20&HEIGHT=20&LAYER=Test4:Parcel 26
Tax Map" width="50" height="100"></div>
27. 4.0 Results Land Management Map
4.1 Develop Web maps
Tax Information Map
10/9/2012
Research Presentation
27
28. 4.0 Results
4.2 Quick retrival of attribute data
10/9/2012
Research Presentation
28
29. 4.0 Results
4.3 3D Information on Map
10/9/2012
Research Presentation
29
30. 4.0 Results
4.4 Distance and Area calculation , SLD 99 coordinate and scale
of map
10/9/2012
Research Presentation
30
31. 5.0 Discussion
Drawbacks for Open Source Software
Lot of software, Hard to chose best one
Take time to learn
10/9/2012
More technical ability needed
Not full support from author
Research Presentation
Data Interoperability cases
31
A tool for,simply it gives support to land manegmentAnd Which consists of a ,It has spatial data base.Also consists ofNow trend is to use gis and gisservise
To do analysis of spatial data using queriesTo access multi usersTo reduce software cost
Traditionally cadastral systems are parcel based systems and it is in 2D nature (M.I.Hassan, et al., 2008)This means we need to extend the 2D system into a three dimensional (3D) (Abdul-Rahman et al, 2005)However in very near future this 2D information may not be able to serve for more advanced situations 3D information is little important
According to the 2001 census and e-library, software learning projects and their web site which are few example to prove it.