The document discusses potential uses of unmanned aerial systems (UAS) for remote sensing and mapping applications. It provides an overview of The Sanborn Map Company, which specializes in aerial data collection and processing. The company sees opportunities to integrate UAS technology into its existing service offerings to expand into new markets and services. Example applications discussed include agriculture, ranching, emergency response, and infrastructure inspection. Regulatory issues and business models for UAS services are also covered.
IPage UM Services is a specialist UAV company based out of Singapore engaged in aerial surveying and mapping. we are the changing face of professional surveying.
The document discusses the evolution of mobile laser scanning technology from large, bulky systems mounted on vehicles in 2004 to now miniaturized systems that can be used while walking, driving, or flying. As the technology has advanced and become more versatile, the required level of support for users has also had to advance, with multi-level support now available 24/7. Effective support requires understanding the complexities of the technology, ensuring proper training, and having technical experts available to assist users.
The summary discusses the RMUASP April Virtual Meetup agenda and announcements. It mentions that several in-person events were postponed due to COVID-19, including the Spring UAS Round Up in April and Xponential in May. Pix4D then presented on their new photogrammetry products, including Pix4Dmapper, Pix4Dreact, Pix4Dfields, Pix4Dsurvey, Pix4Dmatic, Pix4Dscan, and Pix4Dinspect. They also discussed their training platform and opportunities for certification.
A flagship CTO event, this has grown into a platform for knowledge-sharing among peer groups steering ICT projects in e-delivery of health care, education and governance. This Forum echoes the Commonwealth's 2013 theme: The Road Ahead for Africa.
5.3 Produits & Services en Observation de la Terre au service de la coopérati...grisicap
The document discusses how the Galileo satellite navigation system can help with earth observation products and services. It describes Spot Image's mission to provide geographic information solutions using satellite imagery. Galileo could improve the accuracy of satellite imagery and derived maps by providing precise positioning without ground control points. This would increase the value of earth observation data and enable new location-based services.
Unmanned Aerial Systems for Precision MappingUAS Colorado
Presentation by Renee Walmsley, Remote Sensing Program Manager at Tetra Tech, for the August 16, 2017 Rocky Mountain UAS Professionals Meetup at the Esri Broomfield office.
DSD-INT 2015 - Photogrammetric workflows and use of UA VS, Francesco nex, E-s...Deltares
The document discusses the use of unmanned aerial vehicles (UAVs) for earth observation applications. It provides an overview of UAV classification systems and discusses photogrammetric workflows using UAV imagery. Common applications described include urban monitoring, environmental monitoring, agriculture/forestry, and archaeological documentation. Both pros and cons of UAVs for earth observation are presented, noting their flexibility but also technological and regulatory limitations.
Generation of high resolution DSM using UAV Images Nepal Flying Labs
A final year project by Geomatics Engineering Students at Kathmandu University,Dhulikhel,Kavre.
All the datasets required for this project have been downloaded from the popular Trimble Company.This project makes use of 27 high resolution (2.4 cm average spatial resolution) UAV-acquired images of a sand mine at Tielt-Winge, Belgium . These images have been acquired by a Sony Nex-5R digital camera mounted on a Trimble UX5 Imaging Rover, a fixed wing UAV. Three software: LPS, AgiSoft PhotoScan and PIX4D were used for image processing.
The team members:
1.Uttam Pudasaini : utmpudasaini@hotmail.com
2.Niroj Panta : sadrose777@gmail.com
3.Biplov Bhandari : bionicbiplov45@gmail.com
4.Upendra Oli : Upendraoli@gmail.com
IPage UM Services is a specialist UAV company based out of Singapore engaged in aerial surveying and mapping. we are the changing face of professional surveying.
The document discusses the evolution of mobile laser scanning technology from large, bulky systems mounted on vehicles in 2004 to now miniaturized systems that can be used while walking, driving, or flying. As the technology has advanced and become more versatile, the required level of support for users has also had to advance, with multi-level support now available 24/7. Effective support requires understanding the complexities of the technology, ensuring proper training, and having technical experts available to assist users.
The summary discusses the RMUASP April Virtual Meetup agenda and announcements. It mentions that several in-person events were postponed due to COVID-19, including the Spring UAS Round Up in April and Xponential in May. Pix4D then presented on their new photogrammetry products, including Pix4Dmapper, Pix4Dreact, Pix4Dfields, Pix4Dsurvey, Pix4Dmatic, Pix4Dscan, and Pix4Dinspect. They also discussed their training platform and opportunities for certification.
A flagship CTO event, this has grown into a platform for knowledge-sharing among peer groups steering ICT projects in e-delivery of health care, education and governance. This Forum echoes the Commonwealth's 2013 theme: The Road Ahead for Africa.
5.3 Produits & Services en Observation de la Terre au service de la coopérati...grisicap
The document discusses how the Galileo satellite navigation system can help with earth observation products and services. It describes Spot Image's mission to provide geographic information solutions using satellite imagery. Galileo could improve the accuracy of satellite imagery and derived maps by providing precise positioning without ground control points. This would increase the value of earth observation data and enable new location-based services.
Unmanned Aerial Systems for Precision MappingUAS Colorado
Presentation by Renee Walmsley, Remote Sensing Program Manager at Tetra Tech, for the August 16, 2017 Rocky Mountain UAS Professionals Meetup at the Esri Broomfield office.
DSD-INT 2015 - Photogrammetric workflows and use of UA VS, Francesco nex, E-s...Deltares
The document discusses the use of unmanned aerial vehicles (UAVs) for earth observation applications. It provides an overview of UAV classification systems and discusses photogrammetric workflows using UAV imagery. Common applications described include urban monitoring, environmental monitoring, agriculture/forestry, and archaeological documentation. Both pros and cons of UAVs for earth observation are presented, noting their flexibility but also technological and regulatory limitations.
Generation of high resolution DSM using UAV Images Nepal Flying Labs
A final year project by Geomatics Engineering Students at Kathmandu University,Dhulikhel,Kavre.
All the datasets required for this project have been downloaded from the popular Trimble Company.This project makes use of 27 high resolution (2.4 cm average spatial resolution) UAV-acquired images of a sand mine at Tielt-Winge, Belgium . These images have been acquired by a Sony Nex-5R digital camera mounted on a Trimble UX5 Imaging Rover, a fixed wing UAV. Three software: LPS, AgiSoft PhotoScan and PIX4D were used for image processing.
The team members:
1.Uttam Pudasaini : utmpudasaini@hotmail.com
2.Niroj Panta : sadrose777@gmail.com
3.Biplov Bhandari : bionicbiplov45@gmail.com
4.Upendra Oli : Upendraoli@gmail.com
Mobileworxs Ec Mobile Gps Applications White Paper[1]MobileWorxs
The document is an Electric Compass white paper that discusses how integrating GPS solutions with mobile computers can benefit mobile enterprises. It provides an overview of GPS technology and its uses. Mobile GPS applications can include vehicle tracking, real-time tracking, turn-by-turn navigation, and using location to verify assets and transactions. These applications can increase productivity, reduce costs, and improve safety and control over field operations. The white paper concludes that combining GPS with mobile computing solutions can improve all aspects of enterprise field operations management.
UAV imagery processed through SfM software yields ortho mosaics that can be then analyzed further. Automated image alignment makes time series analysis possible. Find out how Geomatica can be used to help you get more from imagery. From LAS point cloud interpolation, image to image alignment, vegetation assessment, stockpile measurement, and more. Geomatica also includes a python powered development platform making it the best option to extend processing capability to develop operational applications.
UAV MAPPING, LIDAR MAPPING, LAND AND MINING AND ENGINEERING SURVEY - TESBrett Johnson
Total Earth Solutions is a specialist consulting firm providing aviation, geological, geophysical and geospatial services to the petroleum and mining industries. They aim to offer a complete turnkey service including planning, managing and interpreting surveys to create detailed analyses. They differentiate themselves by focusing on interpretation of geophysical and geospatial data as well as safely managing airborne and ground survey operations. Total Earth Solutions has experience in acquisition, processing and interpretation of data collected from various sources to provide insights for exploration, mining, infrastructure and other industries.
Doug Zeissner and Bryan Tuschhoff, of Michael Baker International, present "UAVs: Understanding Unmanned Aerial Systems (UAS) and Potential Applications" to ASCE OC on December 10, 2015.
Brosure Laser 4D Monitoring Systems 3DLM UK JogjaMurabet, MRT
3D Laser Mapping provides laser scanning solutions including terrestrial, airborne, and mobile laser scanning. Their systems use advanced laser scanning technology and software to rapidly capture high-resolution 3D data with sub-10mm accuracy. Applications include highways, urban mapping, waterways, forestry, overhead lines, city modeling, and more. They integrate RIEGL laser scanners with 3DLM software to create robust surveying systems and offer solutions for monitoring, mapping, and mining applications around the world.
It was 20 years ago!
Dare to Change - Geographic Intelligence – The Key to Information Superiority
Request for assistance:
“I’ve lined up CDF (Chief of the Defence Force) to give a luncheon talk to the members of ASIBA (Australasia Spatial Information Business Association) on Thursday 10 October. Naturally I will have to write his speech! If you have any particular thoughts on what I might include, I would be grateful. The aim will be to give the spatial industry lobby a feeling that Defence recognises, values and needs quality geo information in many areas.
As well, I’ve agreed to speak to AURISA (Australasian Urban and Regional Information Association) on November 27 – guest / keynote speaker I think. Again any ideas you might want to proffer would be welcome”.
[Director, DIGO]
This document describes a semi-automated image processing model called TIRe (Tire Identification from Reflectance) that uses satellite imagery to map illegal waste tire piles. The TIRe model was developed using high-resolution satellite imagery and standard image analysis techniques to identify the darkest pixels in an image, which likely correspond to tire piles absorbing light. The model produces preliminary maps of suspected tire piles that then need field verification. The document provides an example of how the TIRe model is customized and applied to process satellite imagery and create maps delineating known and suspected waste tire piles.
The document summarizes a presentation on CARIS Lake Survey, a project using hydrographic survey data and CARIS software. Students conduct a week-long survey of a lake, collecting data with modern systems and processing it in CARIS. In 2013 they surveyed Spiegel-en Blijkpolderplas lake, finding 15 objects and a maximum depth of 46.4 meters. In 2014 they surveyed Wijde Blik lake, finding 22 objects and a maximum depth of 29.3 meters. The data and charts are made available online.
This document provides an overview of ADCC Infocom Private Limited, an Indian geospatial technology company. It outlines the company's footprint across India, Kenya, Mexico, Zambia and UAE. It highlights key milestones and achievements since 1998. It also lists the various solutions, services and software offerings provided by ADCC across domains like cadastre, resource mapping, municipal GIS, utilities, building, data acquisition and more. Finally, it provides examples of clients across industries like power, manufacturing, mining, telecom and government organizations.
UAV-based remote sensing is being tested as a tool for monitoring smallholder cropping systems in East Africa. The project aims to develop and validate a low-cost UAV system using sweet potato as a pilot crop. Objectives include acquiring and testing sensors, image processing methods, and introducing multi-scaling algorithms. The presentation outlines the hardware, software, image processing techniques and non-linear methods being used to classify crops and varieties from UAV images at farm and regional levels. Next steps involve establishing a UAV regional hub for training and advocacy to improve adoption of the technology.
i-SCOPE delivers an open source toolkit for 3D smart city services based on 3D Urban Information Models
(UIM), created from accurate urban-scale geospatial information. The smart services proposed address the
following three scenarios: 1) Improved inclusion and personal mobility of aging people and diversely able
citizens; 2) Energy dispersion & solar energy potential assessment; 3) Noise mapping & simulation.
IRJET- Comparison on Measurement of a Building using Total Station, ARCGI...IRJET Journal
The document compares measurement of a building using a total station, ArcGIS, and Google Earth. A total station is an electronic surveying instrument that combines an electronic theodolite and an electronic distance measurement device to measure horizontal and vertical angles and distances. ArcGIS and Google Earth are GIS software that allow users to view satellite imagery and measure distances on maps. The document finds that while a total station provides the most accurate measurements, ArcGIS and Google Earth offer faster measurement capabilities and can be used by non-experts to measure distances on a building within 10 minutes.
The document describes the i-SCOPE project which aims to develop an open source toolkit for 3D smart city services based on 3D Urban Information Models (UIMs). The toolkit will include services to create CityGML models from geospatial data and develop smart services around mobility for disabled citizens, energy efficiency, and noise mapping. It will be tested on existing prototypes and involve city administrations. The objectives are to improve decision making around urban planning issues and involve citizens by collecting real-time geospatial data while ensuring privacy and security. The toolkit and specifications will be open source and maintained by a European Economic Interest Grouping after the project.
This document discusses how drones can be used across various applications in the architecture, engineering, and construction (AEC) industry. It outlines over a dozen ways drones can assist with construction, surveying, project management, safety inspections, and more. These include creating 3D models and maps for planning, monitoring progress, tracking materials and equipment, and communicating updates in real-time. The document promotes a drone solution for AEC professionals to more efficiently capture data, save time and costs, and improve project workflows and communication.
This document summarizes scanning, mobile mapping, and aerial imaging solutions from Gulf Positioning Systems for monitoring and managing quarry and mining operations. It describes static laser scanning using a Trimble TX8 scanner, mobile spatial mapping with a Trimble MX2 system, and aerial imaging with a Trimble UX5 HP drone. Gulf Positioning provides end-to-end solutions including data collection, processing, analytics and management services to increase efficiency and profitability.
1. The document discusses using infrared technology, GPS, and GIS mapping capabilities from aircraft to provide situational awareness and fire mapping for ground crews.
2. It describes software and mobile apps that allow overlaying fire perimeter maps, infrastructure data, and infrared footage on detailed topo maps for coordination between air and ground teams.
3. Future plans include developing smartphone apps to deliver daily fire maps offline, track personnel and equipment, and potentially transmit live video from aircraft to ground crews.
For the full video of this presentation, please visit:
https://www.edge-ai-vision.com/2021/02/using-an-isp-for-real-time-data-augmentation-a-presentation-from-pony-ai/
Timofey Uvarov, Camera System Lead at Pony.AI, presents the “Using an ISP for Real-time Data Augmentation” tutorial at the September 2020 Embedded Vision Summit.
Image signal processors (ISPs) are tasked with processing raw pixels delivered by image sensors in order to optimize the quality of images. In computer vision applications, much attention is focused on tuning the ISP, both to obtain good training data and to optimize image quality in deployed systems when faced with widely varying, dynamic imaging conditions (e.g., changes in lighting).
In this presentation, Uvarov describes a data-driven solution to these challenges developed in a collaboration between Pony.AI and On Semiconductor. His company’s approach manipulates the ISP configuration during training data collection in order to perform real-time data augmentation. By training deep neural networks (DNNs) with the resulting augmented data, Pony.AI is able to create DNNs that are robust to variations in imaging conditions and ISP settings.
Survey Grade LiDAR Technologies for Transportation EngineeringQuantum Spatial
This presentation was given during the 2013 Annual Civil Engineering Conference by Tim Stagg of AeroMetric. It covers system/sensor configurations, application advantages/disadvantages, analysis from sensor data, feature extraction/deliverables, and client pains in relation to survey grade LiDAR technologies for transportation engineering.
The document discusses future developments in hydrographic software by QPS. It summarizes that QPS will focus on managing increasing data volumes from new sensor technologies through real-time processing and cloud computing. New visualization and user experience techniques will be needed to analyze larger and more complex 4D datasets. QPS will integrate new sensors like sub-bottom profilers and ADCPs into its software suite and optimize workflows. Short term developments at QPS include changes to its product suite and a new feedback voting system.
James Lord - USCAD, Solutions Consultant and Edward Tallmadge - CEO, CyberCAD, Inc. present "UAV - Unmanned Aerial Vehicles to ASCE OC on December 10, 2015.
The document discusses using unmanned aerial vehicles (UAVs) to provide pipeline inspection services as an alternative to traditional manual inspections which are expensive, time-consuming, and prone to errors. It introduces a UAV product called "The Willow" that can autonomously capture high-resolution images and data during various stages of pipeline development and send it to the cloud for processing and generating reports. Key advantages of this UAV solution include experience executing similar projects, an integrated platform for professional services, and using cutting-edge technologies for data collection and analysis.
During the 2019 NADO Annual Training Conference (October 19 - 22 in Reno, NV), Rod Schilling shared information on the Nevada Department of Transportation's effort to improve information about roadway conditions by equipping snow plows and other maintenance vehicles with sensors.
Mobileworxs Ec Mobile Gps Applications White Paper[1]MobileWorxs
The document is an Electric Compass white paper that discusses how integrating GPS solutions with mobile computers can benefit mobile enterprises. It provides an overview of GPS technology and its uses. Mobile GPS applications can include vehicle tracking, real-time tracking, turn-by-turn navigation, and using location to verify assets and transactions. These applications can increase productivity, reduce costs, and improve safety and control over field operations. The white paper concludes that combining GPS with mobile computing solutions can improve all aspects of enterprise field operations management.
UAV imagery processed through SfM software yields ortho mosaics that can be then analyzed further. Automated image alignment makes time series analysis possible. Find out how Geomatica can be used to help you get more from imagery. From LAS point cloud interpolation, image to image alignment, vegetation assessment, stockpile measurement, and more. Geomatica also includes a python powered development platform making it the best option to extend processing capability to develop operational applications.
UAV MAPPING, LIDAR MAPPING, LAND AND MINING AND ENGINEERING SURVEY - TESBrett Johnson
Total Earth Solutions is a specialist consulting firm providing aviation, geological, geophysical and geospatial services to the petroleum and mining industries. They aim to offer a complete turnkey service including planning, managing and interpreting surveys to create detailed analyses. They differentiate themselves by focusing on interpretation of geophysical and geospatial data as well as safely managing airborne and ground survey operations. Total Earth Solutions has experience in acquisition, processing and interpretation of data collected from various sources to provide insights for exploration, mining, infrastructure and other industries.
Doug Zeissner and Bryan Tuschhoff, of Michael Baker International, present "UAVs: Understanding Unmanned Aerial Systems (UAS) and Potential Applications" to ASCE OC on December 10, 2015.
Brosure Laser 4D Monitoring Systems 3DLM UK JogjaMurabet, MRT
3D Laser Mapping provides laser scanning solutions including terrestrial, airborne, and mobile laser scanning. Their systems use advanced laser scanning technology and software to rapidly capture high-resolution 3D data with sub-10mm accuracy. Applications include highways, urban mapping, waterways, forestry, overhead lines, city modeling, and more. They integrate RIEGL laser scanners with 3DLM software to create robust surveying systems and offer solutions for monitoring, mapping, and mining applications around the world.
It was 20 years ago!
Dare to Change - Geographic Intelligence – The Key to Information Superiority
Request for assistance:
“I’ve lined up CDF (Chief of the Defence Force) to give a luncheon talk to the members of ASIBA (Australasia Spatial Information Business Association) on Thursday 10 October. Naturally I will have to write his speech! If you have any particular thoughts on what I might include, I would be grateful. The aim will be to give the spatial industry lobby a feeling that Defence recognises, values and needs quality geo information in many areas.
As well, I’ve agreed to speak to AURISA (Australasian Urban and Regional Information Association) on November 27 – guest / keynote speaker I think. Again any ideas you might want to proffer would be welcome”.
[Director, DIGO]
This document describes a semi-automated image processing model called TIRe (Tire Identification from Reflectance) that uses satellite imagery to map illegal waste tire piles. The TIRe model was developed using high-resolution satellite imagery and standard image analysis techniques to identify the darkest pixels in an image, which likely correspond to tire piles absorbing light. The model produces preliminary maps of suspected tire piles that then need field verification. The document provides an example of how the TIRe model is customized and applied to process satellite imagery and create maps delineating known and suspected waste tire piles.
The document summarizes a presentation on CARIS Lake Survey, a project using hydrographic survey data and CARIS software. Students conduct a week-long survey of a lake, collecting data with modern systems and processing it in CARIS. In 2013 they surveyed Spiegel-en Blijkpolderplas lake, finding 15 objects and a maximum depth of 46.4 meters. In 2014 they surveyed Wijde Blik lake, finding 22 objects and a maximum depth of 29.3 meters. The data and charts are made available online.
This document provides an overview of ADCC Infocom Private Limited, an Indian geospatial technology company. It outlines the company's footprint across India, Kenya, Mexico, Zambia and UAE. It highlights key milestones and achievements since 1998. It also lists the various solutions, services and software offerings provided by ADCC across domains like cadastre, resource mapping, municipal GIS, utilities, building, data acquisition and more. Finally, it provides examples of clients across industries like power, manufacturing, mining, telecom and government organizations.
UAV-based remote sensing is being tested as a tool for monitoring smallholder cropping systems in East Africa. The project aims to develop and validate a low-cost UAV system using sweet potato as a pilot crop. Objectives include acquiring and testing sensors, image processing methods, and introducing multi-scaling algorithms. The presentation outlines the hardware, software, image processing techniques and non-linear methods being used to classify crops and varieties from UAV images at farm and regional levels. Next steps involve establishing a UAV regional hub for training and advocacy to improve adoption of the technology.
i-SCOPE delivers an open source toolkit for 3D smart city services based on 3D Urban Information Models
(UIM), created from accurate urban-scale geospatial information. The smart services proposed address the
following three scenarios: 1) Improved inclusion and personal mobility of aging people and diversely able
citizens; 2) Energy dispersion & solar energy potential assessment; 3) Noise mapping & simulation.
IRJET- Comparison on Measurement of a Building using Total Station, ARCGI...IRJET Journal
The document compares measurement of a building using a total station, ArcGIS, and Google Earth. A total station is an electronic surveying instrument that combines an electronic theodolite and an electronic distance measurement device to measure horizontal and vertical angles and distances. ArcGIS and Google Earth are GIS software that allow users to view satellite imagery and measure distances on maps. The document finds that while a total station provides the most accurate measurements, ArcGIS and Google Earth offer faster measurement capabilities and can be used by non-experts to measure distances on a building within 10 minutes.
The document describes the i-SCOPE project which aims to develop an open source toolkit for 3D smart city services based on 3D Urban Information Models (UIMs). The toolkit will include services to create CityGML models from geospatial data and develop smart services around mobility for disabled citizens, energy efficiency, and noise mapping. It will be tested on existing prototypes and involve city administrations. The objectives are to improve decision making around urban planning issues and involve citizens by collecting real-time geospatial data while ensuring privacy and security. The toolkit and specifications will be open source and maintained by a European Economic Interest Grouping after the project.
This document discusses how drones can be used across various applications in the architecture, engineering, and construction (AEC) industry. It outlines over a dozen ways drones can assist with construction, surveying, project management, safety inspections, and more. These include creating 3D models and maps for planning, monitoring progress, tracking materials and equipment, and communicating updates in real-time. The document promotes a drone solution for AEC professionals to more efficiently capture data, save time and costs, and improve project workflows and communication.
This document summarizes scanning, mobile mapping, and aerial imaging solutions from Gulf Positioning Systems for monitoring and managing quarry and mining operations. It describes static laser scanning using a Trimble TX8 scanner, mobile spatial mapping with a Trimble MX2 system, and aerial imaging with a Trimble UX5 HP drone. Gulf Positioning provides end-to-end solutions including data collection, processing, analytics and management services to increase efficiency and profitability.
1. The document discusses using infrared technology, GPS, and GIS mapping capabilities from aircraft to provide situational awareness and fire mapping for ground crews.
2. It describes software and mobile apps that allow overlaying fire perimeter maps, infrastructure data, and infrared footage on detailed topo maps for coordination between air and ground teams.
3. Future plans include developing smartphone apps to deliver daily fire maps offline, track personnel and equipment, and potentially transmit live video from aircraft to ground crews.
For the full video of this presentation, please visit:
https://www.edge-ai-vision.com/2021/02/using-an-isp-for-real-time-data-augmentation-a-presentation-from-pony-ai/
Timofey Uvarov, Camera System Lead at Pony.AI, presents the “Using an ISP for Real-time Data Augmentation” tutorial at the September 2020 Embedded Vision Summit.
Image signal processors (ISPs) are tasked with processing raw pixels delivered by image sensors in order to optimize the quality of images. In computer vision applications, much attention is focused on tuning the ISP, both to obtain good training data and to optimize image quality in deployed systems when faced with widely varying, dynamic imaging conditions (e.g., changes in lighting).
In this presentation, Uvarov describes a data-driven solution to these challenges developed in a collaboration between Pony.AI and On Semiconductor. His company’s approach manipulates the ISP configuration during training data collection in order to perform real-time data augmentation. By training deep neural networks (DNNs) with the resulting augmented data, Pony.AI is able to create DNNs that are robust to variations in imaging conditions and ISP settings.
Survey Grade LiDAR Technologies for Transportation EngineeringQuantum Spatial
This presentation was given during the 2013 Annual Civil Engineering Conference by Tim Stagg of AeroMetric. It covers system/sensor configurations, application advantages/disadvantages, analysis from sensor data, feature extraction/deliverables, and client pains in relation to survey grade LiDAR technologies for transportation engineering.
The document discusses future developments in hydrographic software by QPS. It summarizes that QPS will focus on managing increasing data volumes from new sensor technologies through real-time processing and cloud computing. New visualization and user experience techniques will be needed to analyze larger and more complex 4D datasets. QPS will integrate new sensors like sub-bottom profilers and ADCPs into its software suite and optimize workflows. Short term developments at QPS include changes to its product suite and a new feedback voting system.
James Lord - USCAD, Solutions Consultant and Edward Tallmadge - CEO, CyberCAD, Inc. present "UAV - Unmanned Aerial Vehicles to ASCE OC on December 10, 2015.
The document discusses using unmanned aerial vehicles (UAVs) to provide pipeline inspection services as an alternative to traditional manual inspections which are expensive, time-consuming, and prone to errors. It introduces a UAV product called "The Willow" that can autonomously capture high-resolution images and data during various stages of pipeline development and send it to the cloud for processing and generating reports. Key advantages of this UAV solution include experience executing similar projects, an integrated platform for professional services, and using cutting-edge technologies for data collection and analysis.
During the 2019 NADO Annual Training Conference (October 19 - 22 in Reno, NV), Rod Schilling shared information on the Nevada Department of Transportation's effort to improve information about roadway conditions by equipping snow plows and other maintenance vehicles with sensors.
IPage UMS, Singapore Started Operations in India Dev R
IPage UM Services is a specialist Aerial mapping company based out of Singapore engaged in aerial surveying and mapping. Started our Indian operations in AP and Telangana. We are the face of changing professional surveying.
Achieving more with your land starts with obtaining accurate, up-to-date data and comprehensive information. At IPage, we are operating top of the line UAVs (Unmanned Aerial Vehicles) since late 2013, and are getting fantastic results from these new technologies. As specialists in UAV surveying and mapping, we survey large areas of land quickly and in more details than on the ground traditional surveying methods can.
This document discusses Kongsberg Maritime's autonomous underwater vehicles (AUVs) including Seaglider, MUNIN, HUGIN, REMUS 100, REMUS 600, and REMUS 6000. It provides specifications for each, describing their depth ratings, payloads, power sources, endurance, and other key features. Application areas are also listed, and considerations for operating AUVs in shallow water like positioning, attitude control, and launch/recovery are covered. The document focuses in particular on the MUNIN AUV and its modular, reconfigurable design.
Revolutionize Land Surveying with Cutting-Edge Mapping Drones.pptxCustomizedDrones1
Forget the days of treacherous climbs and time-consuming manual measurements. Mapping drones, also known as aerial surveying drones, have revolutionized the way we collect geospatial data. At Customized Drones™, we offer a complete solution for your aerial mapping needs.
Commercial Drone Best Practices: How to Incorporate Data and Job SpecsColin Snow
Drones are an exciting platform that is now emerging as a competitive technology in a number of professional surveying data collection scenarios - including mobile and airborne LiDAR. This presentation presents an overview of what to consider when adding a remotely piloted airborne photogrammetry or laser scanning system to your practice.
This document discusses apps, maps, and drones for forest landowners and managers. It provides an overview of mapping and logging apps that can be used with GPS receivers and drones for forestry applications like inventory, inspections, and mapping. Specific apps and hardware are highlighted, such as the 4Loads logging app and Trimble PG200 GPS. It also reviews the desktop mapping program Terrain Navigator Pro and current FAA regulations for commercial drone use.
An APM webinar, held on 27 October 2020, presented by Tim Whitaker, Andy Huggett and Peter Brown
https://www.apm.org.uk/news/drones-in-project-management-webinar/
https://youtu.be/cZNVyG5aOrk
FULL PROJECT MANAGEMENT AND CONSULTANCY
- Single-point responsibility;
- Improved schedule and performance;
- Cost control and value engineering;
- Enhanced client risk management;
- Coordination of global participation.
3D LASER SCANNING
- Consistent as-built documentation for CAD specifications of the plant layout;
- Monitoring installation behavior over time;
- Prefabrication purposes;
- Deformation analysis and 3D positioning.
CLASH DETECTION AND REPORTING
- Clash / Interference check between existing conditions and new designed elements.
DIMENSION CONTROL
- Dimensional assessments for installations, equipment's and structures;
- Correspondence check between CAD project and point clouds;
- Tank / vessel volumetric information;
3D MODELLING
- Complete 3D CAD models based on 3D point clouds.
2D DRAWINGS
- P&IDs, isometrics, sections, elevations, plans.
DATA CONVERSION
- Point clouds conversion to various data formats to meet client ’s requirements.
We compared the accuracy of geospatial data derived from a RPAS and an RTK GPS
Aim: To understand the mapping applications RPAS can deployed for
Objective: By the end of this presentation the audience will be able to list the horizontal and vertical accuracies achieved by a RPAS
Check http://www.rpas.ie
Niruthi provides agricultural insurance and ensures food security using technology. It collects weather data from satellites and sensors, monitors crop growth, and provides yield assessments. Its systems offer location-specific climate data, crop forecasts, and expert alerts. This helps insurance providers offer affordable coverage scaled to individual farms.
Drone photography was used to map 116 acres of land in Manipur, India for development of Manipur Technical University. Over 4000 aerial images were taken with a DJI Phantom 4 drone and stitched together to create a high resolution digital elevation model and orthophoto of the site. This accurate 3D model and aerial imagery allowed planners to easily demarcate the plot boundaries, calculate elevations, and estimate development costs. The drone survey was much faster and more precise than relying on outdated paper maps and low resolution satellite imagery.
MAPS GEOSYSTEM is an engineering consulting firm based in Agra, India that provides surveying, planning, design, and estimate services for infrastructure projects. The company's services include topographic surveying, land surveying, building surveying, as well as project planning and management for roads, highways, rail, irrigation, airports, transmission lines, pipelines, and solar power projects. MAPS GEOSYSTEM has a team of survey engineers, consultants, and support staff and uses equipment like total stations, digital levels, and GPS for precision surveying. Some of the company's recent projects include transmission line surveys, road surveys for state highway conversions, and topographic surveys for water supply projects.
This document introduces GNSS raw measurements that are available on Android smartphones through the android.location API. It discusses two main GNSS APIs - android.gms.location which simplifies positioning for applications but focuses on battery life, and android.location which gives access to more detailed GNSS observations at the cost of increased battery usage. Applications that could make use of raw GNSS measurements on smartphones include crowdsourcing, low-cost reference networks, and improving positioning in urban areas. Sample code is provided showing how to access raw observations and calculate a position from them.
UAS Applications for Civil EngineeringUAS Colorado
Presentation provided by Mary Wohnrade, Brendan Thompson and Don Schoen of Wohnrade Civil Engineers at the October 26, 2016 Rocky Mountain UAS Professionals Meetup group.
Integrating Drone Technology with Schedule and Project Controls Datap6academy
Case study/demonstration of how data collected with Drone technology is integrated with Primavera scheduling and Contract Management data. Our challenge was to develop a method to cross reference various datasets with Contract Manager and P6v7 data. Resulting in bringing this information together and publishing it on the web through a Geospatial Dashboard • Discuss the use of Drone technology to collect data collection on projects. • Discuss various tools and techniques used to overcome potential barriers. • Show how this information is of value to the project team. • Display the integrated data using our Geospatial Dashboard ( OneTouchPM®) • Discuss various tools and techniques used to integrate Drone data into our systems.
Referenced: www.p6academy.com
Source: http://coll15.mapyourshow.com
Unmanned aerial vehicles (UAVs), also known as drones, provide a low-cost platform for aerial photography, mapping, and remote sensing applications. They can carry various sensor payloads and be used for infrastructure inspection, wildlife monitoring, search and rescue operations, and more. Regulations currently require certification to operate drones commercially, but their utility is driving efforts to expand approved uses. This document discusses various drone types, payloads, examples of applications, and the training and equipment required.
Photogrammetry predicts infrastructure problems before they happenNI BT
Photogrammetry plays a varied role in Predicts Infrastructure Problems like bridges, dams, and skyscrapers. Photogrammetry and UAV technologies, it is now possible to detect the issue before they arise and thus can save lives as well as money in the process.
Artificial intelligence can help improve fuel efficiency in aerospace in three key ways:
1) AI tools can optimize climb profiles for pilots to save up to 6% of fuel during climbs.
2) AI algorithms can help designers explore design options faster to integrate more functionality while lowering fuel consumption and carbon footprints.
3) Virtual reality and AI-enabled cockpit systems can help improve pilot training and ensure safety by monitoring fuel, system status, and weather conditions.
The National Geodetic Survey has developed tools within ArcGIS to allow for the fusion of geodetic and GIS data. These tools include scripts for working with geodetic data files within a GIS environment. The NGS has also developed methods for including high-accuracy geodetic data in GIS, with median accuracies of 0.9 cm horizontally and 1.5 cm vertically. These tools and methods allow for an integration of geodetic and spatial data.
This document summarizes the work of the National Geodetic Survey (NGS) to define, maintain and provide access to the National Spatial Reference System (NSRS). It outlines NGS's plans to replace NAD83 and NAVD88 by 2022 with new geometric and geopotenial datums based on CORS and GNSS observations to improve horizontal and vertical positional accuracy to 1 cm and 2 cm respectively. It also describes ongoing airborne gravity surveys and geoid modeling efforts to establish a new gravimetric geoid to support orthometric heights.
The document appears to be a list of over 400 projects completed by Frederick Law Olmsted, Jr. including parks, subdivisions, schools, and other landscaping projects across several US states and Canadian provinces. The projects are listed with names of locations and clients/companies.
Edwards frontier precision terrestrial imagingandmeasurementGeCo in the Rockies
This document discusses photogrammetry and LiDAR hardware and software solutions for capturing 360 degree imagery. It focuses on the NCTech iStar 360 imaging system, describing its key features like being easy to deploy, integrating with other software, capturing GPS and compass tagged images remotely, and providing a live spherical preview. Examples of iStar 360 tours are also provided. The document also briefly mentions the Trimble V10 imaging system and invites the reader to ask any questions.
Siddle connecting surveying and mgis to mesa countys rtrnGeCo in the Rockies
This document discusses the benefits of connecting to the Mesa County VRS/RTVRN network. It provides an overview of what the network is, how it works to improve GPS accuracy in real-time, and how users can connect and take advantage of the free resource using various mapping and surveying software applications. Instructions are provided on registering an account and setting up the connection in programs like TerraSync, ArcPad, ArcGIS for Windows Mobile, and TerraFlex.
The document discusses the history of establishing boundaries and surveying control stations in the Four Corners region where the borders of Arizona, Colorado, New Mexico, and Utah intersect. It describes how the 32nd meridian west of the Washington Meridian, established by Congress in 1863, was used to separate Arizona and New Mexico, placing the boundaries approximately 3 miles farther west than if defined by the 109th meridian west of Greenwich. The document also summarizes multiple historical surveys around 1868-1901 that worked to further define and mark the borders between the four states in the Four Corners area.
The document discusses Esri's Living Atlas, which is a collection of maps and geospatial data hosted on ArcGIS Online. It provides an overview of key elements of the Living Atlas including its content, how users can contribute data to it through Community Maps, and the review process for contributed layers and maps. The Living Atlas aims to provide foundational geospatial data and maps on a variety of topics to support mapping and analysis.
The document discusses appropriate use of mobile devices for GPS/GNSS mapping. It provides background on the evolution of mobile mapping from proprietary systems in the late 1990s to current iOS, Android and Windows devices. Key points discussed include deciding on appropriate use based on organizational needs, roles, location, workflows and budgets. Accuracy requirements differ depending on whether the role involves data generation versus data consumption. The document also discusses advantages and disadvantages of different platforms and factors to consider in choosing the best platforms.
This document summarizes Colorado's efforts to evaluate the quality of its state address dataset according to ISO 19157 standards. It discusses developing quality measures, sampling methodology, and analyzing the dataset for completeness, positional accuracy, logical consistency, temporal quality, and thematic accuracy. Key findings include apartments having more omissions, lower positional accuracy, and thematic errors than other address types like houses and commercial properties. The analysis aims to identify areas for improvement to the address dataset.
The document discusses ArcGIS for Local Government and State Government, which are suites of configurable and customizable maps, apps, and tools focused on common government workflows that can help agencies leverage geospatial data, produce map products, maintain a common operational picture during events, and share information with the public. It emphasizes that ArcGIS provides a platform approach that can be deployed on-premise or in the cloud to address resource constraints while delivering applications throughout an organization with less staff, budget, and technical expertise.
HERE builds its maps using a variety of data sources and processes. They collect field data using local offices around the world. They also incorporate data from local governments and communities. Maps are built by production teams and refined based on feedback from expert communities and users. Local involvement through sharing local data and providing edits via Map Creator helps HERE create more accurate maps.
The document discusses several statistics related to commercial vehicle crashes: 88% of large truck crashes are caused by risky driver behaviors like speeding or illegal maneuvers; crash likelihood increases 325% for commercial drivers with a previous reckless driving violation; 27% of non-driver related crashes are caused by brake failure; 56% of car-truck crashes cite car driver behavior as a critical reason; and 66% of truck crashes involve at least one other vehicle. It also provides contact information for several people at the Institute for Transportation Research and Education who manage a decision support system for commercial vehicle enforcement planning.
The National Map Corps is a crowdsourcing project run by the U.S. Geological Survey that collects volunteered geographic information to update The National Map. Volunteers use an online editor to add, modify, and verify structure points such as buildings. Since 2012, volunteers have made over 73,000 contributions updating over 58,000 structure points across 50 U.S. states. The USGS integrates this crowdsourced data into their authoritative databases and products after processing the data for quality.
The document describes a hazard mitigation planning project for the Seward Bear Creek Flood Service Area near Seward, Alaska. The project team updated the local hazard mitigation plan by evaluating natural hazards in the area like flooding, developing damage estimates using Hazus software, and considering scenarios for climate change and land use change. They encountered challenges with data collection and modeling hazards in the Alaskan environment. The team used LiDAR data and user-defined facilities in Hazus to model flooding risks and assess climate change impacts on glacially-fed rivers. They also adapted 2D alluvial fan flood models and tsunami maps into Hazus for risk assessments.
The document discusses getting started with web mobile GIS. It covers responsive design principles like mobile-first design and progressive enhancement. It also discusses hybrid mobile app development using PhoneGap/Cordova to wrap web apps with native functionality. Additionally, it provides examples of jQuery Mobile and Bootstrap for building responsive web apps, techniques for offline editing of geospatial data on mobile devices, and tools for optimizing web content for mobile like the ArcGIS Web Optimizer.
The Colorado Employee Residence Reports (CERR) are used to determine the residence of mineral and energy industry workers in Colorado. This information is then used to calculate severance tax and federal mineral lease direct payments to local governments. The CERR processing for Weld County has greatly improved over time through streamlining workflows, increasing efficiencies, and reducing manual data entry. Key aspects of the CERR processing include data collection, geocoding addresses, analyzing residence patterns, and producing required reports and maps.
Jason Caldwell from Sanborn presented on how remote sensing and GIS can support community sustainability and land use policy development through land cover mapping. Land cover mapping identifies the physical state of the landscape (e.g. vegetation, impervious surfaces, water) and can help communities with applications like watershed management, green infrastructure planning, wildfire risk assessment, and more. High resolution aerial and satellite imagery can be classified to create detailed land cover maps. These maps provide essential information for policy decisions around issues like development, environmental protection, and resource management.
This document discusses how geographic information systems (GIS) are used in Next Generation 9-1-1 (NG9-1-1) systems. It provides background on GIS, traditional 9-1-1 systems, and the transition to NG9-1-1. In NG9-1-1, GIS data is used for location validation, geospatial call routing to route emergency calls to the appropriate public safety answering point, and mapping displays to show caller locations. Key elements like the spatial information function and emergency call routing function interact with GIS data to perform validation and routing functions in NG9-1-1.
This document discusses inexpensive mobile mapping solutions that are compatible with both Android and iOS platforms. It introduces the Avenza PDF Maps, OruxMaps, and CarryMap Observer applications. Avenza PDF Maps allows users to load georeferenced maps and record location data. OruxMaps enables users to create waypoints, tracks, and share locations between devices. CarryMap Observer is more full-featured, allowing customization, identification of map features, and data collection capabilities. The document provides an overview and demo of each application.
This study used Poisson regression and R software to analyze the relationship between street connectivity, socioeconomic factors, and park use in Denver, Colorado. Higher percentages of low-to-moderate income houses near parks and higher pedestrian stress levels along streets surrounding parks were found to correlate with lower park use. Conversely, larger park size and higher bicycle stress levels near parks were found to correlate with greater park use.
3. Company Overview
• Sanborn is an industry leader in terms of acquisition
resources and data processing throughput, assets included:
– Aircraft (12)
– UltraCam Eagle Digital (3)
– UltraCamD (2)
– Integraph Z/I (4)
– 5-way oblique system (4)
– Airborne GPS systems (7)
– Inertial Navigation Systems (6)
– Trimble GPS survey equipment
– IT Infrastructure (over a Petabyte of storage)
– Over 1,200 distributive processing CPUs
4. 4
Decision
Support
Visualization
Systems
Software Applications
Value Added Services
(Base Map Analysis)
Data and Map Production
Comprehensive Solutions
• Decision Support Systems
– Wildfire Management
– Forestry and Ecosystem Management
– Emergency Response
• Visualization Systems
– 2D
– 3D
– Prism 4D, Common Operating Picture
• Software Applications
– GIS Software Development
(Enterprise/Desktop/Web)
– Portals and Distribution Tools
• Value-Added Services
– Land use and land cover analyses
– Change detection
– Other imagery analysis services
• Mapping & Remote-Sensed Services
– LiDAR, Digital Orthoimagery,
Photogrammetric, Topographical Maps
10. Storm Water Utility and Fee Management Using
Impervious Data
Cities can revamp their Storm Water Utility
Rate Structure using Google Imagery and
Sanborn’s Premium Impervious Data
10
Stormwater Needs
Assessment &
Rate Structure
Development
Ordinance for
New Rate
Structure
Public Info
Review &
Adjustment
Billing
&
Collection
Update
&
Maintenance
13. 2D map of the scanned environment
3D LiDAR intensity point cloud of the scanned area
A topological map of the area
Derivative products:
i. 3D LiDAR intensity point cloud can be vectorized to extract objects in the scene
ii. Create photo-realistic 3D model of the building interiors
iii. Building inventory of the quantity, locations and dimensions of all scanned objects
7/12/2014 13
17. • Integrate technology into existing
17
UAS and Sanborn
Expand value
propositions
within existing
set of target
verticals
Develop new
offerings for
existing target
verticals
Expand offerings
into
new verticals
Develop new offerings
for new verticals and
expand geographies
New
Verticals
Current
Verticals
products and services
• Allows for expansion into new
Markets
• Allows for expansion into new
Services
Current Value Propositions New Value Propositions
19. http://www.youtube.com/watch_popup?v=c0
gvbN5uxEs&vq=large
Avenger E: Electric UAS
• Operational Altitude: 5,000 - 12,000 Ft WGS, no Lift Loss
• System that is sensor agnostic
• Full Autopilot : Autonomous flying, terrain following, target tracking, real
time GPS waypoints, simultaneous helicopters, etc. Dual Mode – Wireless
and Laptop
• Automated return home, max/min altitude setting
• Payload max of 10-15lbs
• Can fly in 50+ MPH cross winds, can land and take off in a small area
• Manufacture with build, training and maintenance programs
• Full Turn Key systems: Maintenance, Training and Helicopters, Ground
Stations, Wireless communications, etc.
20. Flight Management Integration
• Auto Take-Off, flight and Landing
• Waypoints – 10 CM Accuracy
• Terrain Following
• Remote camera settings and GPS integration
• Real Time Vehicle Data during flight