This document discusses the process of creating a tax parcel split in Preston County using GIS software. It involves identifying the parent parcel to be split, verifying surrounding parcel information, using an AutoCAD dataset from previous tax maps, and making adjustments to align the data between different coordinate systems. Challenges include roads with varying widths and parcels surveyed to different scales. The final tax map provides key parcel identification and ownership information.
2016 urisa track: challenges to implementing an enterprise landbase maintenan...GIS in the Rockies
This document discusses challenges and strategies for implementing and maintaining an enterprise GIS landbase program. It covers organizational structure, data content and quality, processes, technology considerations, and governance. Key points include determining the appropriate organizational structure for landbase maintenance, establishing data content requirements and sources, developing workflows for inputting and quality checking edits, selecting applications to support editing and viewing, and setting up governance committees to oversee the program.
2016 urisa track: integration of utility locations, surveying, and row mappin...GIS in the Rockies
This document discusses support services for the Arkansas Valley Conduit project, which involves building over 200 miles of pipeline. It outlines tasks such as integrating location data, surveying, right-of-way mapping, and land acquisition. Key goals are reducing costs and risks by planning for land issues. Services include researching land ownership, surveying utilities, and developing a geodatabase to share data between project teams and clients. Field work involves collecting property information, surveying, and getting access permissions from landowners.
The document summarizes a laser scan survey of historic Thompson and Alexandra Docks in Belfast to inform redevelopment plans. A Leica C10 laser scanner was used over 2.5 days to create a 3D point cloud model of the docks and surrounding land. This data was imported into CAD software to generate accurate 2D topographic drawings, plans, and elevations of the docks and Thompson Dock pumphouse building to support engineering requirements for proposed cruise berth, parking, and welcome building facilities. The laser scan provided detailed survey data faster than traditional methods to aid development design.
Arcis Seismic Solutions is announcing the availability of the Three Hills East 3D seismic survey located in Townships 30 to 31, Ranges 23 to 24 W4. This survey was designed to evaluate multiple zones from the Devonian to the Cretaceous, including producing formations such as the Nisku, Banff, Manville, Viking, Pekisko and emerging Duvernay plays. In addition to optimal acquisition parameters, Arcis provides proprietary tools that will enhance imaging and azimuthal fold distribution to assist with horizontal well placement on both deep and shallow targets.
This document discusses using GIS for landscape planning and management. It describes how to create geodatabases and import data. It also covers georeferencing data, analyzing Landsat imagery and DEM data. Village census data and groundwater resources are analyzed. Natural layers like soil, geology and land use are studied to determine characteristics, erosion risk, recharge potential and agricultural suitability. The document presents case studies on regional planning in Mt. Abu, environmental monitoring of rivers and groundwater, city planning in Ahmedabad, and ecological restoration of mangroves. Figures provide examples of maps and analyses produced through GIS.
The document discusses the process of creating a terrain model and delineating floodplains from LiDAR data using ArcGIS and HEC-GeoRAS/HEC-RAS software. Key steps include building a terrain from LiDAR point clouds, breaklines and other feature classes, converting the terrain to a raster, using HEC-GeoRAS to generate cross-section geometry from the raster for hydraulic modeling in HEC-RAS, and mapping floodplains back in GIS from HEC-RAS results. Issues like missing LiDAR data or incorrect elevations may require additional field surveying.
The STAR*Map is a regional base map created by the Geographic Data Committee (GDC) in 1996 using TIGER centerlines referenced to a base map from Reliant Energy/HL&P. It has grown to include over 2 million address points, 400,000 road segments, and 260 polygon zip codes. STAR*Map is continuously updated daily by H-GAC GIS analysts using data from various regional sources and is used by governments, private sector agencies, educational institutions, and consulting firms for emergency response, transportation planning, and other purposes.
This document discusses the process of creating a tax parcel split in Preston County using GIS software. It involves identifying the parent parcel to be split, verifying surrounding parcel information, using an AutoCAD dataset from previous tax maps, and making adjustments to align the data between different coordinate systems. Challenges include roads with varying widths and parcels surveyed to different scales. The final tax map provides key parcel identification and ownership information.
2016 urisa track: challenges to implementing an enterprise landbase maintenan...GIS in the Rockies
This document discusses challenges and strategies for implementing and maintaining an enterprise GIS landbase program. It covers organizational structure, data content and quality, processes, technology considerations, and governance. Key points include determining the appropriate organizational structure for landbase maintenance, establishing data content requirements and sources, developing workflows for inputting and quality checking edits, selecting applications to support editing and viewing, and setting up governance committees to oversee the program.
2016 urisa track: integration of utility locations, surveying, and row mappin...GIS in the Rockies
This document discusses support services for the Arkansas Valley Conduit project, which involves building over 200 miles of pipeline. It outlines tasks such as integrating location data, surveying, right-of-way mapping, and land acquisition. Key goals are reducing costs and risks by planning for land issues. Services include researching land ownership, surveying utilities, and developing a geodatabase to share data between project teams and clients. Field work involves collecting property information, surveying, and getting access permissions from landowners.
The document summarizes a laser scan survey of historic Thompson and Alexandra Docks in Belfast to inform redevelopment plans. A Leica C10 laser scanner was used over 2.5 days to create a 3D point cloud model of the docks and surrounding land. This data was imported into CAD software to generate accurate 2D topographic drawings, plans, and elevations of the docks and Thompson Dock pumphouse building to support engineering requirements for proposed cruise berth, parking, and welcome building facilities. The laser scan provided detailed survey data faster than traditional methods to aid development design.
Arcis Seismic Solutions is announcing the availability of the Three Hills East 3D seismic survey located in Townships 30 to 31, Ranges 23 to 24 W4. This survey was designed to evaluate multiple zones from the Devonian to the Cretaceous, including producing formations such as the Nisku, Banff, Manville, Viking, Pekisko and emerging Duvernay plays. In addition to optimal acquisition parameters, Arcis provides proprietary tools that will enhance imaging and azimuthal fold distribution to assist with horizontal well placement on both deep and shallow targets.
This document discusses using GIS for landscape planning and management. It describes how to create geodatabases and import data. It also covers georeferencing data, analyzing Landsat imagery and DEM data. Village census data and groundwater resources are analyzed. Natural layers like soil, geology and land use are studied to determine characteristics, erosion risk, recharge potential and agricultural suitability. The document presents case studies on regional planning in Mt. Abu, environmental monitoring of rivers and groundwater, city planning in Ahmedabad, and ecological restoration of mangroves. Figures provide examples of maps and analyses produced through GIS.
The document discusses the process of creating a terrain model and delineating floodplains from LiDAR data using ArcGIS and HEC-GeoRAS/HEC-RAS software. Key steps include building a terrain from LiDAR point clouds, breaklines and other feature classes, converting the terrain to a raster, using HEC-GeoRAS to generate cross-section geometry from the raster for hydraulic modeling in HEC-RAS, and mapping floodplains back in GIS from HEC-RAS results. Issues like missing LiDAR data or incorrect elevations may require additional field surveying.
The STAR*Map is a regional base map created by the Geographic Data Committee (GDC) in 1996 using TIGER centerlines referenced to a base map from Reliant Energy/HL&P. It has grown to include over 2 million address points, 400,000 road segments, and 260 polygon zip codes. STAR*Map is continuously updated daily by H-GAC GIS analysts using data from various regional sources and is used by governments, private sector agencies, educational institutions, and consulting firms for emergency response, transportation planning, and other purposes.
Clayton Oscar Gordon is seeking a GIS Technician/Analyst position. He has a B.S. in Civil Engineering with a concentration in Geospatial Engineering from California State Polytechnic University Pomona, as well as an A.S. in GIS, Engineering Drafting Technology, and Mathematics from Mt. San Jacinto College. Gordon has worked as a temporary GIS Technician/Analyst for the Eastern Municipal Water District, where he analyzed attribute tables, created spreadsheets and maps, and has also interned as a GIS Technician/Analyst for the City of Oceanside where he created maps and digitized points. He is proficient in ArcGIS and AutoCAD and has taken several G
Shakeeb Shafiq has over 7 years of experience as a GIS Developer and System Support at Sui Southern Gas Company Ltd. He holds an MSc in Geography from the University of Karachi. His responsibilities have included land use mapping, gas pipeline mapping, geo-rectification of satellite images, and coordinating with planning departments. He is proficient in ArcGIS, AutoCAD Map, MS Office, and Adobe Photoshop.
National Map Production with Mapnik Rasteriser FMEIMGS
This document discusses Ordnance Survey Ireland's process for automating the production of 1:5000 scale raster maps from their vector data using Mapnik rasterization. Key points:
- OSI previously produced paper 1:5000 maps but needed an updated digital raster product for emergency services.
- Mapnik was used to style and rasterize OSI's 130-layer vector dataset representing topographical features.
- The process involved creating 80 style rules in Mapnik to represent features, then rasterizing over 7,000 tiles covering Ireland at 1:5000 scale.
- Challenges included inconsistencies in the source vector data and automating processing of the large dataset, which was addressed using FME and server-
2013 Mission First Track, How GIS Supports USAFA's Civil Engineer Squadron by...GIS in the Rockies
USAFA’s Civil Engineer Squadron’s GIS is used by many at the US Air Force Academy, both technical and non-technical users. Learn how GIS is used to help the Civil Engineer Squadron fulfill its mission to manage the US Air Force Academy's built and natural environments through respect for heritage, sustained facility excellence and a focus on the future infrastructure of the Academy. During the presentation, you will see that GIS is used to support many mission elements such as Engineering, Operations, Natural Resources, Emergency Management, GeoBase, and more, through map requests, surveys, special projects, and project deliverables. It is accomplished using DoD standards, custom codes, and custom intranet websites. You will also see some of the troubles of the job that can hinder our performance of duties. In the end, you will have received an overall summary of the tasks that we see at the US Air Force Academy to help ensure the success of the mission.
This document provides an overview of ArcGIS extensions that can expand the capabilities of ArcGIS. It describes extensions for specialized GIS tools, productivity enhancements, and solution-based applications. Specific extensions are highlighted that allow for advanced spatial analysis, 3D modeling and analysis, geostatistical analysis, network analysis, schematic representations, tracking of assets over time, sharing of maps, interoperability of data formats, automated quality control, workflow management, and production mapping.
Working Land Mapping and GIS Guidelines presentation at the WLIA 2011 Annual conference. Focus on the guidelines for submitting maps and spatial data for certification by the WI Dept. of Agriculture, Trade and Consumer Protection. Provides statutory reference for guidelines, examples of certified maps, examples of common issues, and spatial analysis options for detecting possible issues.
TGS is committed to providing geoscience data to support oil and gas exploration in the Norwegian Barents Sea. They have built the largest data portfolio in the region over the past decade, helping define new exploration areas. TGS collects different types of seismic and electromagnetic data using optimal technologies to provide a complete subsurface picture. Their recent data acquisition program added new 3D seismic surveys in underexplored areas of the Barents Sea to support future license bidding.
ArcGIS for Transportation Analytics helps optimize vehicle routing and fleet management. It allows users to create optimal routes based on street networks, customer locations and business rules. The software also enables users to track vehicles using geofenced areas and provides in-vehicle navigation. It includes tools for geocoding locations, routing single or multiple vehicles, location allocation, origin-destination analysis, and vehicle tracking.
Bivariate maps show two themes on the same map. The graphic marks used to represent the themes may be different, as with proportional symbols on a choropleth map, or they may be the same. Bivariate choropleth and bivariate point symbol maps fall into the latter category. Although ArcGIS does not have any out of the box tools to make these same-symbol bivariate maps, in this presentation I introduce a new set of tools that can be used to ease the compilation of these maps. Combined with standard tools, it is now easier and faster to make these bivariate maps in ArcGIS.
This document contains summaries of various maps and analyses Chloë Woolley created in an ArcGIS class. It describes maps exploring symbolization, geothermal data analysis, DEM manipulation in ArcScene, land use reclassification, watershed analysis, geostatistical interpolation, geologic digitization, geologic hazards, pre- and post-eruption Mount St. Helens, and a final ghost town analysis. For each map, Woolley provides details of the tools and skills used, and self-critiques, generally giving themselves a 10/10 for completing the intended analyses. The document also includes a section with descriptions and tips for various ArcGIS tools and skills.
The Resort Municipality of Whistler sought to upgrade and maintain their fire hydrant system through GIS technologies by creating an updated fire hydrant database with a digital maintenance checklist form, a new layer with GPS coordinates, and a data model conforming to Canadian standards. Key steps included using Excel to create an efficient digital form, ArcGIS to load GPS-located data into a geodatabase following the specified data model, and FME to reposition point locations with new Easting and Northing coordinates. The updated fire hydrant database will help ensure hydrants are optimally maintained and GIS continues to effectively manage the municipality's assets into the future.
Clark F. Booth has experience providing satellite overlay maps and CAD drawings for roof plans and flashing details. He has worked in technical support for Ecology Roof Systems, creating marketing materials and documentation. Additionally, he worked as an Operations Systems Specialist for Tropicana Products, where he received awards for creating warehouse maps and reports in Excel, Access, and AutoCAD that optimized inventory management and minimized transportation. He has a bachelor's degree in arts and courses in programming languages and CAD software.
United Power used spatial load analysis to forecast future electricity demand and identify locations for new substations. They integrated historical electricity usage data from customer information systems with geographic information systems (GIS) to create maps showing peak load density over time. These base maps were combined with housing growth projections and known large commercial loads to spatially forecast electricity demand out 10 years. The analysis identified future load centers to determine needed substation upgrades and locations for new substations to support infrastructure needs. This spatial approach improved forecast accuracy for efficient utility planning.
- Muhammad Tanveer Khan is seeking a GIS/CAD position and has over 15 years of experience developing GIS projects and conducting field surveys in Pakistan.
- He holds an MA in Remote Sensing/GIS and a BA in Geography from the University of Karachi. He has also received GIS and CAD training.
- His professional experience includes over 10 years developing GIS databases and maps for utility and infrastructure projects, collecting ground control points using GPS, and producing maps and layouts using ArcGIS, AutoCAD and other software.
Project synopsis for East West Gas Pipeline and Effective GIS ImplementationSoumik Chakraborty
The document proposes a project to implement GIS for the East West Gas Pipeline project in India. The 1350 km pipeline will transport natural gas from eastern to western India. The project will involve creating geospatial databases and maps of the pipeline route, facilities, and surrounding environment. GIS implementation is expected to optimize pipeline planning, operation, and safety while reducing costs. Primary objectives include ideal pipeline routing, assessing the geodatabase, and determining the most cost-effective and environmentally friendly route. The study will provide insights on applying GIS for natural gas pipeline management.
The document discusses the implementation of a GIS system at the Bangalore Water Supply and Sewerage Board (BWSSB). BWSSB assigned development of a GIS system called BISON to France in 1999. BISON supports BWSSB's operational activities. Genesys International Corporation took over GIS implementation and maintenance in 2003. The GIS contains extensive spatial and non-spatial data on water supply networks, sewer networks, buildings, and other infrastructure. Examples are given of how GIS supports functions like pipeline planning, complaint management, water quality monitoring, and statistical analysis. Recommendations are made to enhance the GIS system.
Get a 360-degree view of different types of pavement management systems and how public agencies utilize them to keep track of pavement inventory, condition and scheduled maintenance. The presenter is the Public Works Director / ADA Coordinator for the City of Corona.
A GIS-Based Index for Estimating Road Vulnerabilitygpferrara
This document summarizes the development of a Road Vulnerability Index (RVI) to help prioritize commercial vehicle enforcement efforts. The RVI combines three components: a Relative Truck Exposure Index based on truck counts and road capacity, a Pavement Condition Index using alligator cracking and rutting ratings, and a Bridge Severity Index based on structural deficiencies and posted weight limits. A baseline RVI was calculated by minimizing bias between the component indices to ensure each equally explained variation in vulnerability. A sensitivity analysis showed the model was stable with average component changes of only 1-2%. The RVI provides a simplified guide to focus enforcement on more vulnerable roads.
Clayton Oscar Gordon is seeking a GIS Technician/Analyst position. He has a B.S. in Civil Engineering with a concentration in Geospatial Engineering from California State Polytechnic University Pomona, as well as an A.S. in GIS, Engineering Drafting Technology, and Mathematics from Mt. San Jacinto College. Gordon has worked as a temporary GIS Technician/Analyst for the Eastern Municipal Water District, where he analyzed attribute tables, created spreadsheets and maps, and has also interned as a GIS Technician/Analyst for the City of Oceanside where he created maps and digitized points. He is proficient in ArcGIS and AutoCAD and has taken several G
Shakeeb Shafiq has over 7 years of experience as a GIS Developer and System Support at Sui Southern Gas Company Ltd. He holds an MSc in Geography from the University of Karachi. His responsibilities have included land use mapping, gas pipeline mapping, geo-rectification of satellite images, and coordinating with planning departments. He is proficient in ArcGIS, AutoCAD Map, MS Office, and Adobe Photoshop.
National Map Production with Mapnik Rasteriser FMEIMGS
This document discusses Ordnance Survey Ireland's process for automating the production of 1:5000 scale raster maps from their vector data using Mapnik rasterization. Key points:
- OSI previously produced paper 1:5000 maps but needed an updated digital raster product for emergency services.
- Mapnik was used to style and rasterize OSI's 130-layer vector dataset representing topographical features.
- The process involved creating 80 style rules in Mapnik to represent features, then rasterizing over 7,000 tiles covering Ireland at 1:5000 scale.
- Challenges included inconsistencies in the source vector data and automating processing of the large dataset, which was addressed using FME and server-
2013 Mission First Track, How GIS Supports USAFA's Civil Engineer Squadron by...GIS in the Rockies
USAFA’s Civil Engineer Squadron’s GIS is used by many at the US Air Force Academy, both technical and non-technical users. Learn how GIS is used to help the Civil Engineer Squadron fulfill its mission to manage the US Air Force Academy's built and natural environments through respect for heritage, sustained facility excellence and a focus on the future infrastructure of the Academy. During the presentation, you will see that GIS is used to support many mission elements such as Engineering, Operations, Natural Resources, Emergency Management, GeoBase, and more, through map requests, surveys, special projects, and project deliverables. It is accomplished using DoD standards, custom codes, and custom intranet websites. You will also see some of the troubles of the job that can hinder our performance of duties. In the end, you will have received an overall summary of the tasks that we see at the US Air Force Academy to help ensure the success of the mission.
This document provides an overview of ArcGIS extensions that can expand the capabilities of ArcGIS. It describes extensions for specialized GIS tools, productivity enhancements, and solution-based applications. Specific extensions are highlighted that allow for advanced spatial analysis, 3D modeling and analysis, geostatistical analysis, network analysis, schematic representations, tracking of assets over time, sharing of maps, interoperability of data formats, automated quality control, workflow management, and production mapping.
Working Land Mapping and GIS Guidelines presentation at the WLIA 2011 Annual conference. Focus on the guidelines for submitting maps and spatial data for certification by the WI Dept. of Agriculture, Trade and Consumer Protection. Provides statutory reference for guidelines, examples of certified maps, examples of common issues, and spatial analysis options for detecting possible issues.
TGS is committed to providing geoscience data to support oil and gas exploration in the Norwegian Barents Sea. They have built the largest data portfolio in the region over the past decade, helping define new exploration areas. TGS collects different types of seismic and electromagnetic data using optimal technologies to provide a complete subsurface picture. Their recent data acquisition program added new 3D seismic surveys in underexplored areas of the Barents Sea to support future license bidding.
ArcGIS for Transportation Analytics helps optimize vehicle routing and fleet management. It allows users to create optimal routes based on street networks, customer locations and business rules. The software also enables users to track vehicles using geofenced areas and provides in-vehicle navigation. It includes tools for geocoding locations, routing single or multiple vehicles, location allocation, origin-destination analysis, and vehicle tracking.
Bivariate maps show two themes on the same map. The graphic marks used to represent the themes may be different, as with proportional symbols on a choropleth map, or they may be the same. Bivariate choropleth and bivariate point symbol maps fall into the latter category. Although ArcGIS does not have any out of the box tools to make these same-symbol bivariate maps, in this presentation I introduce a new set of tools that can be used to ease the compilation of these maps. Combined with standard tools, it is now easier and faster to make these bivariate maps in ArcGIS.
This document contains summaries of various maps and analyses Chloë Woolley created in an ArcGIS class. It describes maps exploring symbolization, geothermal data analysis, DEM manipulation in ArcScene, land use reclassification, watershed analysis, geostatistical interpolation, geologic digitization, geologic hazards, pre- and post-eruption Mount St. Helens, and a final ghost town analysis. For each map, Woolley provides details of the tools and skills used, and self-critiques, generally giving themselves a 10/10 for completing the intended analyses. The document also includes a section with descriptions and tips for various ArcGIS tools and skills.
The Resort Municipality of Whistler sought to upgrade and maintain their fire hydrant system through GIS technologies by creating an updated fire hydrant database with a digital maintenance checklist form, a new layer with GPS coordinates, and a data model conforming to Canadian standards. Key steps included using Excel to create an efficient digital form, ArcGIS to load GPS-located data into a geodatabase following the specified data model, and FME to reposition point locations with new Easting and Northing coordinates. The updated fire hydrant database will help ensure hydrants are optimally maintained and GIS continues to effectively manage the municipality's assets into the future.
Clark F. Booth has experience providing satellite overlay maps and CAD drawings for roof plans and flashing details. He has worked in technical support for Ecology Roof Systems, creating marketing materials and documentation. Additionally, he worked as an Operations Systems Specialist for Tropicana Products, where he received awards for creating warehouse maps and reports in Excel, Access, and AutoCAD that optimized inventory management and minimized transportation. He has a bachelor's degree in arts and courses in programming languages and CAD software.
United Power used spatial load analysis to forecast future electricity demand and identify locations for new substations. They integrated historical electricity usage data from customer information systems with geographic information systems (GIS) to create maps showing peak load density over time. These base maps were combined with housing growth projections and known large commercial loads to spatially forecast electricity demand out 10 years. The analysis identified future load centers to determine needed substation upgrades and locations for new substations to support infrastructure needs. This spatial approach improved forecast accuracy for efficient utility planning.
- Muhammad Tanveer Khan is seeking a GIS/CAD position and has over 15 years of experience developing GIS projects and conducting field surveys in Pakistan.
- He holds an MA in Remote Sensing/GIS and a BA in Geography from the University of Karachi. He has also received GIS and CAD training.
- His professional experience includes over 10 years developing GIS databases and maps for utility and infrastructure projects, collecting ground control points using GPS, and producing maps and layouts using ArcGIS, AutoCAD and other software.
Project synopsis for East West Gas Pipeline and Effective GIS ImplementationSoumik Chakraborty
The document proposes a project to implement GIS for the East West Gas Pipeline project in India. The 1350 km pipeline will transport natural gas from eastern to western India. The project will involve creating geospatial databases and maps of the pipeline route, facilities, and surrounding environment. GIS implementation is expected to optimize pipeline planning, operation, and safety while reducing costs. Primary objectives include ideal pipeline routing, assessing the geodatabase, and determining the most cost-effective and environmentally friendly route. The study will provide insights on applying GIS for natural gas pipeline management.
The document discusses the implementation of a GIS system at the Bangalore Water Supply and Sewerage Board (BWSSB). BWSSB assigned development of a GIS system called BISON to France in 1999. BISON supports BWSSB's operational activities. Genesys International Corporation took over GIS implementation and maintenance in 2003. The GIS contains extensive spatial and non-spatial data on water supply networks, sewer networks, buildings, and other infrastructure. Examples are given of how GIS supports functions like pipeline planning, complaint management, water quality monitoring, and statistical analysis. Recommendations are made to enhance the GIS system.
Get a 360-degree view of different types of pavement management systems and how public agencies utilize them to keep track of pavement inventory, condition and scheduled maintenance. The presenter is the Public Works Director / ADA Coordinator for the City of Corona.
A GIS-Based Index for Estimating Road Vulnerabilitygpferrara
This document summarizes the development of a Road Vulnerability Index (RVI) to help prioritize commercial vehicle enforcement efforts. The RVI combines three components: a Relative Truck Exposure Index based on truck counts and road capacity, a Pavement Condition Index using alligator cracking and rutting ratings, and a Bridge Severity Index based on structural deficiencies and posted weight limits. A baseline RVI was calculated by minimizing bias between the component indices to ensure each equally explained variation in vulnerability. A sensitivity analysis showed the model was stable with average component changes of only 1-2%. The RVI provides a simplified guide to focus enforcement on more vulnerable roads.
This document provides an overview of the Geospatial Transportation Information Section of the West Virginia Department of Transportation. It summarizes their work in roadway inventory data processing and maintenance, centralized roadway geometry, mapping and GIS services, and GIS applications. It also outlines several of their current and future projects including web mapping portals, a GIS versioning model, integration with Primavera project management software, and fleet management using GPS and telematics.
Stephen Piatak, Fidlar Technologies
Fidlar Technologies has had a dedicated Integration division since September 2009.The Integration division has been
involved in many different integration projects involving data flowing into or out of the ROD’s office including integration
for the ROD and Property Listers with the WIDOR eRETR system; ROD image sharing with other offices; creation of Lynx, a
“bridge” user interface between the ROD and Property Listing offices; Paperless Recording for electronic recording and
return of County or City documents in the ROD office; web site linking; among others. As available, past integration
collaborators and customers will present their specific solutions and experiences. Presenters will also share their candid
experiences of the often long road between idea and implementation. If you have ever asked: “Why can’t I get/give data
and/or images directly from/to that other office?” this session is for you.
Application of GIS in decentralised planning – A free software approachJaisen Nedumpala
This document discusses applying geographic information systems (GIS) in decentralized planning using free and open source software. It describes decentralized planning in India, which involves dispersing decision making through local governments. The document focuses on planning processes in Kerala's gram panchayats, which hold ward meetings to discuss development activities. Geo-visualization of local resource maps and data in an accessible web-based system can help stakeholders make more informed, environmentally friendly decisions. The proposed system uses open source software to create an interactive spatial database and maps of a gram panchayat for decentralized planning.
Neural-Geo-Temporal approach to travel demand modellingAndre Dantas
This document describes a neural-geo-temporal modelling (NGTM) approach for analyzing the evolution of urban travel demand. The NGTM uses neural networks and geographic information systems to model spatial and temporal interactions between land use patterns and transportation systems over time. It aims to overcome limitations of traditional travel demand models. The document outlines the theoretical conception of the NGTM and presents a case study applying it to analyze travel demand changes in Nagoya, Japan between 1971-1991. Key features of the integrated NN-GIS database for the case study area are also described.
Gis based method to analyse vulnerability of transportation infrastructureHAO YE
The document summarizes research at the Centre for Transport Studies to develop a GIS-based method for analyzing the vulnerability of transportation infrastructure to climate change. The researchers are working on hazard, infrastructure, and vulnerability modules. For the hazard module, they are using hydraulic models to generate flooding maps. For infrastructure, they are developing network representations and rules. The vulnerability module uses an input-output model to study component interdependencies. Future work includes integrating software, exploring mathematical models of failure propagation, and studying network behaviors.
Analysis on quality of roads using geoinformaticsSourabh Jain
This document discusses using geospatial technologies like GIS and remote sensing to evaluate road quality by detecting pavement defects. It presents two case studies: one using unsupervised methods and image processing to detect potholes with 81% accuracy, and another using 3D line laser scanning from vehicles up to 100kph to automatically measure rut depth on roads with 5mm accuracy. These innovative techniques can effectively identify road deterioration like potholes and rutting to help transportation agencies better plan maintenance and rehabilitation.
This document discusses trends in geographic information systems (GIS) for transportation. It notes that transportation systems are adapting to changes like climate change, urbanization, and new technologies. GIS is also changing with advancements in web services, mobile access, cloud computing, and more. The document outlines various applications of GIS for transportation planning, asset management, field data collection, and more. It highlights trends in GIS for transportation including asset management, 3D visualization, lidar data, and intelligent web maps.
James Colclough - GIS and Geospatial for Highways Asset ManagementGeoEnable Limited
SPEAKER 2 - HIGHWAYS
"GIS and Geospatial for Highways Asset Management "
James Colclough
Associate Director
AECOM
James is an Associate Director at AECOM, leading the use, development and application of GIS within the Transportation sector. This has included implementing geospatial solutions for highways asset management for a variety of clients in the UK and overseas. This has ranged from data collection tasks to disseminating information via web based applications to ensure project teams and clients have access to and can share the latest information. Over the past year James has being leading the development of BIM for Transportation, which has involved reviewing the integration of CAD/BIM/GIS for highways.
This document discusses the application of Geographic Information Systems (GIS) in managing urban traffic emissions and air quality. It provides background on GIS and describes how GIS software like ArcGIS can be used to analyze spatial data on air pollutants like nitrogen oxides (NOx). The document outlines approaches in GIS like developing emissions inventories, conducting buffer analysis around monitoring sites, and generating high resolution maps of pollutant distribution to help policymakers. References discussing the use of GIS in modeling pollutant dispersion and evaluating emission control strategies are also provided.
This document discusses the application of geographic information systems (GIS) and remote sensing in modern transportation systems. It defines remote sensing and GIS, introduces intelligent transportation systems (ITS) and the technologies involved like wireless communications, computational technologies, and sensing technologies. It then describes some ITS applications such as advanced traffic management using variable message signs, electronic toll collection, route guidance, and traveler information systems. Benefits of ITS are also highlighted such as time savings, reduced crashes, collision avoidance, and environmental benefits.
Introduction to gis and its application gandhinagar
This document introduces Geographic Information Systems (GIS) and describes its components and applications. GIS is a collection of software, hardware, data, and personnel used to store, manipulate, analyze and present geospatial data. Its major objectives are to maximize efficiency, integrate multiple data sources, enable complex analysis, and minimize redundant data. A GIS has hardware, software, data, procedures, and personnel. It then discusses applications of GIS in transportation, water resource engineering, urban planning, construction, and analysis.
Electronic Toll Tax collection system in india Deepak Chouhan
This document discusses electronic toll collection (ETC) systems. It begins by introducing the motivation for ETC to reduce congestion at toll plazas. It then describes the components of an ETC system, including RFID tags, readers, and back-end systems. The core technology discussed is RFID, which allows for automatic vehicle identification and payment processing. The document outlines how ETC systems work, their benefits like reduced time and fuel costs, and applications including automated tolling and parking. It concludes by discussing India's FASTag program and the potential of ETC systems to improve traffic flow.
The document discusses an electronic toll collection system that uses radio frequency identification (RFID) technology. It describes the key components of RFID tags and readers that allow the system to automatically identify vehicles and deduct toll fares electronically. The system uses RFID tags attached to vehicles that are read by roadside readers to identify vehicles and classify them for toll processing without needing to stop. Violation enforcement is also discussed to handle cases where vehicles do not have proper tags installed.
The document discusses intelligent transportation systems (ITS) and their potential benefits for India. ITS uses information and communication technologies to improve transportation system efficiency and safety. Rapid economic growth and rising vehicle ownership in India are exacerbating issues like traffic congestion. ITS technologies like electronic toll collection, GPS, and transit information systems could help reduce congestion and travel times while improving the flow of traffic and traveler information. While ITS has benefits, there are also challenges to implementation like high costs and integration difficulties. Widespread adoption of ITS has the potential to boost economic development and quality of life in India by addressing transportation problems.
TMS provides a complete solution for the management and working of a toll plaza. TMS provides a systematic way of revenue collection. It consists of software and hardware components. Software provides a user friendly interface to interact with the hardware. Hardware components are connected with LAN to the server.
GIS is a computer system for capturing, storing, analyzing and displaying geographic information. It allows users to integrate digital maps, aerial photos, satellite images and GPS data. The presentation introduces GIS components, data models, how GIS works in a 5 step process, and examples of GIS applications for 3D city modeling, traffic simulation, watershed delineation and political analysis. It also discusses the ArcGIS software suite, including ArcMap for mapping, ArcCatalog for data management and ArcToolbox for geoprocessing tools.
This document provides a summary of various airphoto anomalies spotted from aerial views of different locations in Wisconsin. It was prepared by the North Central Wisconsin Regional Planning Commission and thanks regional planning commissions of East Central, Bay Lake, and Dane County. The anomalies spotted include a prescribed fire burn area in Juneau County, a corn maze in the Town of Scott in Lincoln County, a funky pond design in Wood County, a field layout near an airport runway in the Town of Grand Chute in Outagamie County, farming activity in Juneau County, and a horse showing track and hop field in Dane County.
This document summarizes a wikimapping project in the Bad River Watershed that allowed local residents to share their landscape values online. The project was designed with user-centered and stakeholder input to empower local voices in land use decisions. A web-based wikimap was created for residents to identify important landscape features. Workshops were held to demonstrate the map and get public feedback. The project was evaluated based on how users engaged with the mapping system and whether it impacted perceptions of landscape values in the community. Funding was provided by the Cartography Specialty Group with special thanks to Dr. Robert E. Roth.
Open Data Kit (ODK) is an open-source suite of tools that allows for mobile data collection and submission to an online server. It includes ODK Collect for mobile data entry, ODK Aggregate as a backend server for storage and analysis, and tools for building custom forms like ODK Build. The presentation provides an overview of installing and using the ODK system, including deploying Aggregate on Google App Engine or a local server, designing forms, collecting and analyzing data, and exporting it to formats like CSV, KML, and publishing to Google Fusion Tables. Examples are given of displaying collected data on maps and with charts through the ODK Aggregate interface.
The Wisconsin Geographic Information Coordination Council (WIGICC) was created to coordinate geographic information statewide. It is comprised of 19 voting members from state and local government, tribal, private, non-profit, and education sectors. WIGICC works to improve access, utility, and value of geographic data through leadership, collaboration, data sharing, and advising decision-makers. Recent accomplishments include supporting statewide initiatives and representing geospatial interests to legislators.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow, releases endorphins, and promotes changes in the brain which help enhance one's emotional well-being and mental clarity.
This document discusses the land records review process in one county to identify common mistakes. It describes how the county assistant surveyor reviews Certified Survey Maps (CSMs), subdivision plats, and condominium plats submitted for recording, though not plats of survey. The review aims to ensure compliance with regulations and address issues like accurate parcel boundaries, public safety, and environmental concerns before updating tax and land records. The surveyor drafts parcel boundaries in CAD software and checks for errors in distances, areas, and legal descriptions compared to the submitted survey. Comments are provided to the applicant and other county departments for revision before recording.
This document summarizes research analyzing spatial patterns of usage of the WHAIFinder mapping tool to measure the effectiveness of community outreach. Usage data from over 16,000 visits by nearly 10,000 unique visitors over one year was collected and analyzed. Results found relatively uniform usage across Wisconsin with some underserved areas. A statistical model found a moderate relationship between visitor numbers and county population, and a stronger relationship with broadband access, though some variance remained unexplained. The research provides a quantitative method to evaluate information delivery and identify opportunities to improve outreach goals.
This document discusses mapping tools in the SVRS system, the benefits and problems of mapping, and provides contact information for Zachary Robinson and Sarah Whitt at the Wisconsin government who can provide assistance with mapping in SVRS. It also thanks county and municipal GIS partners for their data assistance throughout the year.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against developing mental illness and improve symptoms for those who already suffer from conditions like anxiety and depression.
The document discusses a collaboration between various Wisconsin organizations to coordinate LiDAR data access through hosting the data on WisconsinView. It notes the need for a centralized location for LiDAR data in Wisconsin. Through collaboration between Wisconsin organizations including WIGICC, WI DNR, WisconsinView, and others, LiDAR data collected by counties will be hosted on WisconsinView for public access. The objective is for WisconsinView to serve as a single location to access Wisconsin LiDAR data, starting with derived products and working towards hosting all collected LiDAR data.
The document summarizes efforts by the Wisconsin DNR to extend Wisconsin's hydrologic database with landscape attributes. Key points include:
- The DNR delineated HUC16 watersheds and 24K riparian zones for Wisconsin streams and lakes, assigning over 997 attributes to each.
- A neural network model was developed to estimate historic and future daily stream temperatures using watershed characteristics and weather data.
- The enhanced hydrologic database allows modeling of fish communities, nutrient loading, and how stream biology may be impacted by climate change.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
This document discusses strategies for creating integrative mapping applications. It provides three key takeaways: 1) Integrative apps increase ROI by extending app lifespan, optimizing existing apps, and streamlining processes; 2) Technology should enhance business processes to optimize resource utilization; 3) Customers expect superior mobile experiences with standardized UIs, organizational branding integration, and emotional connections. It then discusses decreasing investment costs through tools like Esri FlexViewer and increasing value by ensuring usability, usefulness, and desirability.
Matt Eitrem has been the GIS Coordinator for the City of Ashland, Wisconsin since 2008. In 2011-2012, 22% of the city's sanitary sewer mains were video inspected using GIS throughout the project. GIS was used in all phases from the request for proposals, implementation, quality assurance/quality control, and integrating the data. The contractor delivered data in an Access database and flat files that were directly imported into the GIS. Relationship classes and routing were set up to analyze the inspection and observation data in the GIS.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
PRORAGIS is a national database launched in 2011 by the National Recreation and Park Association (NRPA) that allows park and recreation agencies to input data about their operations to benchmark against peers. It merged two previous NRPA tools - an operating ratio study and a GIS mapping model. Agencies can use PRORAGIS to compare budgets, facilities, and programs with similar agencies, assist with master planning, and help justify funding requests. Inputting data is free for agencies and involves filling out an online profile with information about jurisdiction, departments, programs, budgets, personnel, facilities, and maps of parks, trails, and amenities.
The document provides a summary of the top 10 accomplishments for the GeoMoose project in 2012. Key points include establishing a project steering committee and request for comments process, completing the OSGEO incubation process, rewriting code to be more extensible, integrating the Dojo toolkit, improving documentation, developing more extensions and hooks, rewriting vector and feature editing layers, contributions from volunteers and funding partners, and plans for continued collaboration and a 2013 roadmap.
This document presents elevation hydrology tools that simplify watershed delineation and analysis. The tools allow for clipping data to an area of interest to reduce size, and streamlining processes like flow direction, accumulation, and stream network derivation. They also enable watershed delineation and attribute calculation, including area, average slope, and runoff curve number. The document provides an overview of Python scripting solutions used and defines the runoff curve number as an empirical parameter for predicting runoff or infiltration from rainfall excess that is widely used to determine approximate direct runoff from rainfall events based on land cover and soil group.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
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ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
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Physiology and chemistry of skin and pigmentation, hairs, scalp, lips and nail, Cleansing cream, Lotions, Face powders, Face packs, Lipsticks, Bath products, soaps and baby product,
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A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
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Assessment and Planning in Educational technology.pptx
Winnebago County GIS Applied at the EAA
1. GIS Applied at the Experimental
Aircraft Association (E.A.A.)
Convention
2. History and Statistics of E.A.A. AirVenture
Oshkosh Convention Grounds
• E.A.A. headquarters and convention came to
Oshkosh, WI in the early 1970’s.
• Number of attendees of the 7 – 10 day
convention averages over 500,000.
• Has roughly 354 buildings yearly with most of
them stationary and others are moved around
the grounds.
• All buildings have a physical address assigned and
posted on the structure.
• Convention grounds cover almost 3 square miles.
3. 2010 Aerial View of the E.A.A. AirVenture
Oshkosh Grounds
Aerial Courtesy of E.A.A.
4. Yearly GIS Maintenance of E.A.A. Convention
Grounds Infrastructure
• In 1994, Winnebago County GIS was requested by various
County Departments and E.A.A. Facilities to maintain the
infrastructure of the convention grounds.
• Since 1994 to present, Winnebago County GIS personnel
notifies the E.A.A. Facilities Manager in May for site plan maps
of any changes that have occurred since the prior convention.
• There are 6 vector layers, 3 text label layers and 4 databases
that are maintained by Winnebago County GIS.
5. Process Order of Editing GIS Layers and Databases
for the E.A.A. Convention Grounds
• Contact the E.A.A. Facilities for hardcopies of site plan maps
and/or digital data from their contracted engineering
company of any changes of the GIS layers mentioned below.
• Edit the pavement edge line layer of roads and parking lots.
• Edit street centerlines and related database.
• Edit building footprint area features and tag with E.A.A.
assigned building number (ex. 35).
• Edit physical address point layer and tag with a parcel number-
address number combination (91323010000-1295). Related
database is also edited.
• Edit street centerlines for E911 address range line layer and
related database.
6. Process Order of Editing GIS Layers and Databases
for the E.A.A. Convention Grounds (continued)
• Edit E.A.A. grid area feature layer and tag with the grid
location identifier (ex. G1), but only if needed.
• Edit E.A.A. building number, physical address and street name
text, in that order.
• Work with E.A.A. Facilities Secretary in updating the Building
Alpha/Numeric Listings using MicroSoft Excell.
• Link edited GIS Genamap layers to their associated VI Text
Editor databases.
• Export Genamap files to ESRI SHAPE files for Arc applications.
• Print yearly maps and database information in hardcopy and
provide electronic PDF format for a number of agencies.
7. Pavement Edge & Street Name Update
Hardcopy map of requested
pavement edge and street
name update (highlighted)
from E.A.A. contracted
engineer digital data.
End result in the GIS of re-projecting and
some heads-up digitizing with existing
pavement edge, along with 2009 color
aerial photography as a backdrop.
2010 aerial view of new pavement
edge during 2010 E.A.A. AirVenture
Oshkosh Convention. Photo
courtesy of E.A.A.
9. Transportable E.A.A. Building
(Showing E.A.A. Building Number & Physical Address)
E.A.A. building number 90 has a
physical address of 1222 Kilps
Ave. which is linked to the
database shown below.
10. E.A.A. Building Listing Updates
After all the GIS vector and
text layers, along with related
databases, are updated for
the upcoming E.A.A.
AirVenture Oshkosh
Convention, the E.A.A.
building listing database
needs to be updated with
close communication between
the E.A.A. Facilities secretary
and GIS Database
Administrator. GIS oversees
the grid location and the
assigned physical address
information. Through emailed
copies of the Excell Database,
the listings of the building
alphabetic and numeric listing
get updated by the E.A.A.
Facilities secretary. Final
electronic copies are sent
from E.A.A. Facilities to
Winnebago Co. GIS.
18. 2010 Aerial View of a Portion of the E.A.A.
Grounds
Courtesy of E.A.A. AirVenture Oshkosh
19. Agencies That Benefit From Winnebago County
GIS During the E.A.A. Convention
• City of Oshkosh Community Development/GIS, Engineering
Dept., Fire Depts. (City and surrounding Townships), Police
Dept. and Tourism.
• E.A.A. Attendees, Facilities Office and Security.
• F.A.A. and F.E.M.A.
• Flight -for-Life Agencies.
• U.S. Coast Guard.
• U.S. Military Reserves.
• Winnebago County GIS, Emergency Mgt., Health Dept.,
Planning /Zoning Dept., and Sheriff’s Dept.
• Wisconsin E.W.R.P.C., Emergency Mgt., and D.N.R..
• Zillions of Private Agencies/Businesses that cannot fit on this
slide.