This document describes iOne Geoimaging's scalable sensor systems and intelligent automated processing workflow for collecting and analyzing geospatial imagery data from airborne, terrestrial, and mobile platforms. The workflow involves radiometric adjustment, interior and exterior orientation, feature extraction, and production of metric products such as orthophoto, DSM, point clouds, and classification outputs using an open systems software architecture and optional input DEM and raw imagery.
Unmanned Aerial Systems (UAS) Data Quality and Accuracy RealitiesUAS Colorado
Technical presentation from Matt Bethel, Director of Technology for the Geomatics division of Merrick & Company for the April Rocky Mountain UAS Professionals Meetup group. This talk focused on realistic vertical accuracies that can be derived from unmanned aircraft systems (UAS) using photogrammetric (imagery) techniques.
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.
Unmanned Aerial Systems (UAS) Data Quality and Accuracy RealitiesUAS Colorado
Technical presentation from Matt Bethel, Director of Technology for the Geomatics division of Merrick & Company for the April Rocky Mountain UAS Professionals Meetup group. This talk focused on realistic vertical accuracies that can be derived from unmanned aircraft systems (UAS) using photogrammetric (imagery) techniques.
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.
Three-dimensional (3D) laser scanning
uses light detection and ranging (LIDAR)
measurement techniques to quickly and
accurately collect data on the size and shape
of an object or environment. Through the
years, the cost to purchase and operate
stationary and mobile scanning has decreased
and is now changing the way 3D data is
captured and interpreted.
2018 GIS in the Rockies Vendor Showcase (Wed): Laser GIS for Everyone Elimina...GIS in the Rockies
Learn about the new laser offset mapping workflow within Esri Collector for ArcGIS. Understanding how the rapid advances in GIS technology have created an opportunity for
you to do more with less. By integrating lasers with smart devices, mobile mapping apps and GPS/GNSS devices that you might already own, you can maximize productivity with an immediate ROI. The variety of measurement functions laser rangefinders can provide will allow you to complete field tasks quicker and safer.
How Python can Build Links Between Erdas Imagine’s Spatial Modeller and FME D...Safe Software
A presentation on how Python can be used to bring together FME and ERDAS Imagine to produce powerful data management and production workflows. Both applications have support for Python which can be used to bring together the specialist image processing routines within ERDAS Imagine with the power of FME to enable the generation of intelligent business products from a multitude of data inputs.
Adapting remote sensing research for environmental monitoring: Citizen mappin...FOSS4G 2011
Adapting remote sensing research for environmental monitoring: Citizen mapping the BP oil spill with balloons and kites, by the Public Laboratory for Open Technology and Science.
IES has strong expertise in the application of advanced airborne remote sensing for environmental assessments and the management of natural resources. It has developed a unique Airborne Surveillance and Environmental Monitoring System ARSENAL. It integrates eight mutually operable sensors which provide high quality data on the terrestrial, marine and freshwates ecosystems, their structure, chemical composition and spatial characteristics.
The main research themes of IES are satellite simulation; mapping and assessment of forest resurces; mapping, conservation and restoration of biological diversity; assessment and restoration of aquatic ecosystems, research of fish ecology; wildlife mapping and modelling; landscape planning and management; detection and mapping of archaeological heritage.
Nexvision is a hardware and software design house specialized in vision systems and video over IP network technologies.
Covering needs ranging from defense to cinema fields, we spend all our resources and our know-how to find an appropriate high value-added solution for each market. Nexvision is one of the European leaders.
UWB is RTLS (Real Time Location System)
* It is one of the most recent location technologies
* It is extremely precise 10-30cm.
* Tags are quite expensive
* It’s a technology that works well in “empty” environments, without people or assets moving around. Interference can play an important role and significantly affect the accuracy.
Three-dimensional (3D) laser scanning
uses light detection and ranging (LIDAR)
measurement techniques to quickly and
accurately collect data on the size and shape
of an object or environment. Through the
years, the cost to purchase and operate
stationary and mobile scanning has decreased
and is now changing the way 3D data is
captured and interpreted.
2018 GIS in the Rockies Vendor Showcase (Wed): Laser GIS for Everyone Elimina...GIS in the Rockies
Learn about the new laser offset mapping workflow within Esri Collector for ArcGIS. Understanding how the rapid advances in GIS technology have created an opportunity for
you to do more with less. By integrating lasers with smart devices, mobile mapping apps and GPS/GNSS devices that you might already own, you can maximize productivity with an immediate ROI. The variety of measurement functions laser rangefinders can provide will allow you to complete field tasks quicker and safer.
How Python can Build Links Between Erdas Imagine’s Spatial Modeller and FME D...Safe Software
A presentation on how Python can be used to bring together FME and ERDAS Imagine to produce powerful data management and production workflows. Both applications have support for Python which can be used to bring together the specialist image processing routines within ERDAS Imagine with the power of FME to enable the generation of intelligent business products from a multitude of data inputs.
Adapting remote sensing research for environmental monitoring: Citizen mappin...FOSS4G 2011
Adapting remote sensing research for environmental monitoring: Citizen mapping the BP oil spill with balloons and kites, by the Public Laboratory for Open Technology and Science.
IES has strong expertise in the application of advanced airborne remote sensing for environmental assessments and the management of natural resources. It has developed a unique Airborne Surveillance and Environmental Monitoring System ARSENAL. It integrates eight mutually operable sensors which provide high quality data on the terrestrial, marine and freshwates ecosystems, their structure, chemical composition and spatial characteristics.
The main research themes of IES are satellite simulation; mapping and assessment of forest resurces; mapping, conservation and restoration of biological diversity; assessment and restoration of aquatic ecosystems, research of fish ecology; wildlife mapping and modelling; landscape planning and management; detection and mapping of archaeological heritage.
Nexvision is a hardware and software design house specialized in vision systems and video over IP network technologies.
Covering needs ranging from defense to cinema fields, we spend all our resources and our know-how to find an appropriate high value-added solution for each market. Nexvision is one of the European leaders.
UWB is RTLS (Real Time Location System)
* It is one of the most recent location technologies
* It is extremely precise 10-30cm.
* Tags are quite expensive
* It’s a technology that works well in “empty” environments, without people or assets moving around. Interference can play an important role and significantly affect the accuracy.
Icaros Photogrammetric Suite (IPS) Module OverviewIcarosMapping
Product Overview - Icaros Photogrammetric Suite (IPS) of software. Includes descriptions of each module of IPS, to include aerial triangulation, elevation extraction, orthoproduction, and advanced editing tools.
Aerial Services, Inc. (ASI) is an integrated team of professionals providing premier services and products to government, utilities, engineers, and other geospatial customers. Based in the Iowa heartland for over 40 years, Aerial Services’ Midwestern work ethic, cutting-edge technology, and experienced staff combine to harness the power of geographic information and provide solutions you need.
Lessons learned building a big data analytics engine, from proprietary to ope...J On The Beach
Lessons learned building a big data analytics engine, from proprietary to open source by Álvaro Santamaria & Joel Brunger
After spending four years building a proprietary all-in-one streaming analytics engine for financial services, it became clear that open-source was starting to pull ahead. Alvaro will talk about the challenges of creating an IT operations solution for financial services; what to build, what not to build, and how to use open source tools to get past the infrastructure and focus on the business problems that matter.
Towards an adaptable spatial processing architectureArmando Guevara
An Adaptable Spatial Processing Architecture (ASPA) is what is needed to meet the demands of both multidisciplinary and specialized applications. ASPA fundamentals are based on a GFM that has a set of functional (GISP) primitives clearly defined that allows the automatic construction of a SOM. ASPA has to be designed based on the six continuity criterions given above. In this respect, ASPA would be an expert monitor based on a high level language consisting of spatial operators that have definable hierarchical constructs. These spatial operators can be organized following a programmable schema that would allow them to generate the SOM. ASPA would work in conjunction with a data base management system (DBMS). The DBMS would respond to both spatial and non-spatial operators. The heart of ASPA and the DBMS would be a GFM.
iOne STKA Technology Innovation Forum - The Science of Where 5.16.13Armando Guevara
• “With the iOne family of modular and scalable sensors, Visual Intelligence has set out to build and deliver the most economical and best performing oblique / 3D geoimaging system. Our partnership with Pix4D is aimed to providing our customers the most streamlined and efficient image oblique processing, modeling and product generation. Further, since our iOne sensors are scalable to the miniaturization level, we share with Pix4D an open systems approach whereby the same software workflow can be applied from the large systems all the way down to the UAV and miniaturized (mobile) systems.”
On the spatial enabling of information paradigm rev 06Armando Guevara
This paper was first written in 1994. At the time a paradigm shift in Information Technology (IT) was beginning to take place as documented in summary by Business Week, on October 25, 1993, in the article by Don Tapscott - “Paradigm Shift: How Information Technology is Reinventing the Enterprise”. Through the years the basic premises established in the original paper have prevailed. We continue in essence to be moved by “The Power of I®” and with that, a new wave of spatially enabled Internet Services (Is-Net.Net®). But there is quite a significant amount of work do be done in the area of spatial semantics and spatial ontologies. We are now on the road towards the automation of cognitive processes for classification and information generation.