In earlier posts I mentioned work was being done to support the latest ECW SDKs in GDAL (see this link). That work is now complete and developers are using the tools. The v4.1 ECW/JP2 SDK has higher performance for both ECW and JP2 data and supports transparency.
Verison 4.2 of the ERDAS ECW/JP2 SDK will be released soon. It contains a few fixes and introduces VC10 development support. GDAL is ready to support v4.2 when it is released.
Do remember, you must get a product license to use the ECW SDK with GDAL. Here is the product page: http://www.erdas.com/products/ERDASECWJPEG2000SDK/Details.aspx
Wednesday, February 23, 2011
Tuesday, February 1, 2011
Hexagon 2011 User Conference, Building a Smarter World June 6-9, 2011
Hexagon has announced Hexagon 2011 with the theme "Building a Smarter World." It will be held June 6 - 9, 2011 in Orlando, Florida USA. This international Conference will include Intergraph, ERDAS, Leica Geosystems, and Hexagon Metrology technologies.
See: http://www.hexagonconference.com/. There is a 1-minute video from Ola Rollén, and other customer interviews as well.
This conference fuses the multiple user conferences held by the separate geospatial entities into one conference, making for greater networking opportunities.
Some of you ERDAS folks remember the early 1990s when ERDAS had a solid user conference of its own drawing around 400 users. Now, Atlanta as a venue was OK (attending Braves baseball playoff) games in the evenings, but honestly Orlando is much more interesting.
See: http://www.hexagonconference.com/. There is a 1-minute video from Ola Rollén, and other customer interviews as well.
This conference fuses the multiple user conferences held by the separate geospatial entities into one conference, making for greater networking opportunities.
Some of you ERDAS folks remember the early 1990s when ERDAS had a solid user conference of its own drawing around 400 users. Now, Atlanta as a venue was OK (attending Braves baseball playoff) games in the evenings, but honestly Orlando is much more interesting.
Monday, January 17, 2011
A Brief History of ERDAS ER Mapper
I thought I would take some time to briefly outline some of the major points in the history of ERDAS ER Mapper. I have rebuilt this history from "What's New" PowerPoints and "What's New" documents, software documentation, software media, software code, advertisements, and personal interviews. I do not have as much materials as I did to build the A Brief History of ERDAS IMAGINE, immediately at hand, but will build the history as I uncover documents.
As a master’s student at the University of South Carolina Department of Geography and Remote Sensing Specialist at SC DNR, I interviewed with ER Mapper while at ASPRS in Baltimore Maryland the week of March 24, 1991 and was invited to interview with ER Mapper in San Diego in mid-May 1991. During my visit in May, I met with David Hayward and Stuart Nixon. David gave me an extensive demo of the software. I was very impressed with the software.
I was somewhat concerned when Stuart stated ER Mapper would be larger than ERDAS within 2-years. ER Mapper hired Jill Andrews rather than me. I accepted a technical sales position at ERDAS and started at ERDAS on July 15, 1991. On May 21 2007, ERDAS announced the purchase of ER Mapper Ltd.
19 Feb 1990, Australian Beta Release (Beta 1)
1 May 1990, ER Mapper 1.0 released
9 Jul 1990, ER Mapper 1.1 released
21 Sep 1990, ER Mapper 1.2 released
10 Jan 1991, ER Mapper 2.0 released
20 May 1992, ER Mapper 3.1 released
26 Aug 1992, ER Mapper 3.2 released
15 Jan 1993, ER Mapper 4.0 released
4 Feb 1994, ER Mapper 4.1a released
18 Oct 1994, ER Mapper 4.2 released
30 Jun 1995, ER Mapper 5.0 released
27 Feb 1997, ER Mapper 5.5 released
4 January 2000, ER Mapper 6.1 released
2 Sept 2008, ER Mapper 7.1 SP1 released
As a master’s student at the University of South Carolina Department of Geography and Remote Sensing Specialist at SC DNR, I interviewed with ER Mapper while at ASPRS in Baltimore Maryland the week of March 24, 1991 and was invited to interview with ER Mapper in San Diego in mid-May 1991. During my visit in May, I met with David Hayward and Stuart Nixon. David gave me an extensive demo of the software. I was very impressed with the software.
I was somewhat concerned when Stuart stated ER Mapper would be larger than ERDAS within 2-years. ER Mapper hired Jill Andrews rather than me. I accepted a technical sales position at ERDAS and started at ERDAS on July 15, 1991. On May 21 2007, ERDAS announced the purchase of ER Mapper Ltd.
19 Feb 1990, Australian Beta Release (Beta 1)
- Introduces Dynamic Algorithm Compiler (on-the-fly image processing) to Remote Sensing community
- Sun Workstation only
1 May 1990, ER Mapper 1.0 released
9 Jul 1990, ER Mapper 1.1 released
21 Sep 1990, ER Mapper 1.2 released
10 Jan 1991, ER Mapper 2.0 released
- Expanded marketing efforts into Europe and Americas
20 May 1992, ER Mapper 3.1 released
26 Aug 1992, ER Mapper 3.2 released
15 Jan 1993, ER Mapper 4.0 released
- Expanded capabilities to support forestry, land use and water resources
- As reported by GISL Limited, the first PC ER Mapper license was purchased in Europe by GISL Limited, but Windows was not supported until a later version.
4 Feb 1994, ER Mapper 4.1a released
18 Oct 1994, ER Mapper 4.2 released
30 Jun 1995, ER Mapper 5.0 released
- Support Sun, SGI, DEC, HP And Windows NT
- 3D Capability introduced
- Microsoft Windows 95 support added
27 Feb 1997, ER Mapper 5.5 released
- HP-UX and DEC Alpha support dropped, Sun Solaris, SGI Irix, and Windows 95/NT remain
- Improved 3D capability
- Oil and Gas Wizards to exchange data with Charisma, GeoQuest and SeisWorks
- Customers include Landmark, Schlumberger, BP Exploration, Mobile, Texaco and Shell
- Introduce real-time roaming and zooming
- Introduce ortho-rectification of images
- Introduce image compression wizard
- Introduce mosaic wizard
- Introduce image gridding wizard (ascii points and vector datasets)
- Introduce contour to screen wizard, file save as to create files
- Radar processing bundled into core package
- ECW Compression Enhancement Pack added (ECW v2.0)
4 January 2000, ER Mapper 6.1 released
- Image Web Plug-in
- Improved licensing
- Improved ECW performance(70% faster)
- Add GeoTIFF support
- Wizard to support MapInfo .tab files
- Landsat Web publishing wizard
- Introduce Mineral Exploration wizard
- IKONOS, IRS, Landsat and Spot data supported
- Automated tools for orientation, measurement, and error correction
- Maintenance release
- HDF Translator
- Simplified workflows
- Windows XP Support
- Enhanced Compression Tools
- Shapefile I/O
- Spectral Angle Mapper Formula
- Aster Processing Wizard
- Maintenance release
- Reprojection-on-the-fly introduced
- Compression to ECW of Multi-TB images (5TB tested)
- Reproject GeoTIFF and ECW
- Add floating network license support
- Maintenance release
- JPEG2000 support added (Lossly, lossless, NITF), created 1-TB JPEG2000 Landsat mosaic
- Added 13 new Batch Processing Wizards
- Added new projections
- Maintenance release
- Maintenance release
- Add support for ERDAS IMAGINE .img format
- GeoTIFF enhancements (read and write TIFFs up to 2GB, JPEG format TIFF)
- JPEG2000 Alpha Channel Support
2 Sept 2008, ER Mapper 7.1 SP1 released
- Maintenance release
- Significant maintenance effort
- Expanded projection support
- Native support to read IMG
- Clip Region Wizard, included rotated regions
- Add MrSID, RPF (CIB and CADRG) and PCIDSK support
- Joint Licensing with IMAGINE Professional
- License borrowing
- Maintenance release
- Maintenance release
- Support for Windows x32 and x64 for Windows XP, Vista, and 7
- Improved raster file format handling
- ASTER Processing Wizard
- Expanded projection support (use ERDAS projection engine)
- Improved Image Handling and Processing
- Improved handling and visualization of 16-bit and floating point data
- Transparency Masks in ECW and JPEG2000 images
- Implement 'Large Memory Aware' to better utilize RAM
- Upgraded to latest ERDAS ECW/JP2 SDK
- Maintenance release
- Expand 'Large Memory Aware' use
- Handle calibrated IMG files with affine map model
- Write IMG files
- Upgraded to latest ERDAS ECW/JP2 SDK
- Maintenance release
- Upgraded to latest ERDAS ECW/JP2 SDK
- Maintenance release
- Upgraded to latest ERDAS ECW/JP2 SDK
- Maintenance release
- Upgraded to latest ERDAS ECW/JP2 SDK
- Maintenance release
- Upgraded to latest ERDAS ECW/JP2 SDK
Saturday, January 8, 2011
LiDAR for Dummies Book
This resource may no longer available. It seems the login page is sometimes there and sometimes not. :(
I just stumbled across (actually Gene Roe via LinkedIn sent me a note), LiDAR for Dummies. LiDAR for Dummies is a product of Autodesk and DLT Solutions. It is a 'Special Edition' and provides the basics of LiDAR.
I believe reading this book will help us find the wording to more effectively communicate with non-technical management. The for Dummies type books comes close to the 8th grade education communication level, which is the level we should strive to communicate with non-technical management (the decision makers).
I just stumbled across (actually Gene Roe via LinkedIn sent me a note), LiDAR for Dummies. LiDAR for Dummies is a product of Autodesk and DLT Solutions. It is a 'Special Edition' and provides the basics of LiDAR.
I believe reading this book will help us find the wording to more effectively communicate with non-technical management. The for Dummies type books comes close to the 8th grade education communication level, which is the level we should strive to communicate with non-technical management (the decision makers).
Friday, January 7, 2011
Hexagon’s Ola Rollén says Hexagon acquisition of Huntsville-based Intergraph 'all about the people'
This article was written by Budd McLaughlin of the The Huntsville (Alabama) Times Published: Sunday, November 14, 2010, 7:32 AM
-------------
HUNTSVILLE, AL -- When Hexagon first started looking at Intergraph about six years ago, there was one thing that caught the eye of CEO Ola Rollen ... well, maybe there were 5,000 that caught his eye.
5,000 employees, that is.
"It's all about the people," Rollen said. "Intergraph is a great company with great people."
The Stockholm-based company acquired Intergraph in July, and the $2.125 billion deal closed last month. Hexagon has 11,000 employees in 42 countries; of Intergraph's 5,000 employees, about 1,200 are in Huntsville.
A veteran of more than 70 acquisitions, Rollen said this one was "fantastic."
Hexagon is a measurement-technology and systems company, and its combination with Intergraph's highly regarded engineering software is expected to help customers make better and faster decisions.
"We've gotten positive (feedback) from industry analysts," he said. "They could see the foresightedness. ... We're one step ahead (of the competition)."
Unlike a lot of mergers and acquisitions in which the smaller company becomes a subsidiary or division of the larger company, Rollen said there are no plans to drop the Intergraph brand.
He is CEO of Intergraph, succeeding Halsey Wise. Meanwhile, Intergraph's two divisions - Process, Power & Marine and Security, Government & Infrastructure - will continue to operate under the leadership of Gerhard Sallinger and John Graham.
"Intergraph is a strong brand," Rollen said. "It would be foolish to change it. In the industry, people see Intergraph as it's related to the product. I don't see a need to promote Hexagon.
"Why (drop) something we think is good? That's stupid."
He also sees Intergraph continuing to grow and Hexagon benefiting from that growth. Hexagon's vision is to be a market leader, ranking number one or number two in each strategic business in order to generate growth and shareholder value.
The company's strategy is to be the most cost-efficient and innovative supplier, have the best management skills in the business, and have short and rapid decision processes.
Intergraph's solutions, meanwhile, help its customers design, build and operate more efficient plants, ships and offshore facilities, create intelligent maps, protect critical infrastructure and provide security for hundreds of millions of people around the world.
"There are all good intentions when you acquire a company," he said. "Sometimes, they forget why they acquired a company. We think Intergraph is a great company, and we evaluated it against the competition.
"I have a positive outlook for the business. We'll continue to grow Intergraph internationally and have a good footprint."
The company's Process, Power & Marine division will be particularly important in the future, he said.
"Four billion people are joining the global economy, and there will be an increased need for energy," he said. "It will be more and more important how we extract energy. Intergraph has the technologies to do that safely."
However, with his positive outlook, Rollen sees a downside to Intergraph's success, particularly with the Security, Government & Infrastructure division.
"Unfortunately, if you look at the (world events), Intergraph technologies have become more and more important," he said. "With al-Qaida (and other terrorist groups), public safety is most important.
"It requires more technology and more intelligence."
Rollen makes his home in London and said Huntsville was "a pleasant surprise."
He didn't have any preconceived images of the Rocket City, as much as he did of the state, but he called it "quite a fascinating city with an educated work force."
Rollen also reiterated that there were no plans for him to implement any changes because of the acquisition.
"Every acquisition is unique," he said. "You need to understand the people and you need to listen a lot.
"In general, the best we could do is if we don't notice any change at all. That's when we've succeeded."
-------------
HUNTSVILLE, AL -- When Hexagon first started looking at Intergraph about six years ago, there was one thing that caught the eye of CEO Ola Rollen ... well, maybe there were 5,000 that caught his eye.
5,000 employees, that is.
"It's all about the people," Rollen said. "Intergraph is a great company with great people."
The Stockholm-based company acquired Intergraph in July, and the $2.125 billion deal closed last month. Hexagon has 11,000 employees in 42 countries; of Intergraph's 5,000 employees, about 1,200 are in Huntsville.
A veteran of more than 70 acquisitions, Rollen said this one was "fantastic."
Hexagon is a measurement-technology and systems company, and its combination with Intergraph's highly regarded engineering software is expected to help customers make better and faster decisions.
"We've gotten positive (feedback) from industry analysts," he said. "They could see the foresightedness. ... We're one step ahead (of the competition)."
Unlike a lot of mergers and acquisitions in which the smaller company becomes a subsidiary or division of the larger company, Rollen said there are no plans to drop the Intergraph brand.
He is CEO of Intergraph, succeeding Halsey Wise. Meanwhile, Intergraph's two divisions - Process, Power & Marine and Security, Government & Infrastructure - will continue to operate under the leadership of Gerhard Sallinger and John Graham.
"Intergraph is a strong brand," Rollen said. "It would be foolish to change it. In the industry, people see Intergraph as it's related to the product. I don't see a need to promote Hexagon.
"Why (drop) something we think is good? That's stupid."
He also sees Intergraph continuing to grow and Hexagon benefiting from that growth. Hexagon's vision is to be a market leader, ranking number one or number two in each strategic business in order to generate growth and shareholder value.
The company's strategy is to be the most cost-efficient and innovative supplier, have the best management skills in the business, and have short and rapid decision processes.
Intergraph's solutions, meanwhile, help its customers design, build and operate more efficient plants, ships and offshore facilities, create intelligent maps, protect critical infrastructure and provide security for hundreds of millions of people around the world.
"There are all good intentions when you acquire a company," he said. "Sometimes, they forget why they acquired a company. We think Intergraph is a great company, and we evaluated it against the competition.
"I have a positive outlook for the business. We'll continue to grow Intergraph internationally and have a good footprint."
The company's Process, Power & Marine division will be particularly important in the future, he said.
"Four billion people are joining the global economy, and there will be an increased need for energy," he said. "It will be more and more important how we extract energy. Intergraph has the technologies to do that safely."
However, with his positive outlook, Rollen sees a downside to Intergraph's success, particularly with the Security, Government & Infrastructure division.
"Unfortunately, if you look at the (world events), Intergraph technologies have become more and more important," he said. "With al-Qaida (and other terrorist groups), public safety is most important.
"It requires more technology and more intelligence."
Rollen makes his home in London and said Huntsville was "a pleasant surprise."
He didn't have any preconceived images of the Rocket City, as much as he did of the state, but he called it "quite a fascinating city with an educated work force."
Rollen also reiterated that there were no plans for him to implement any changes because of the acquisition.
"Every acquisition is unique," he said. "You need to understand the people and you need to listen a lot.
"In general, the best we could do is if we don't notice any change at all. That's when we've succeeded."
Wednesday, January 5, 2011
Capitalizing on Local Government’s Investment in LiDAR
Jarlath O'Neil-Dunne wrote an article in LiDAR News titled Capitalizing on Local Government’s Investment in LiDAR. Jarlath writes, "In my work using LiDAR data sourced from local government to map land cover in urbanized areas, I find that even in major cities with well-established GIS departments, the point cloud has never been looked at and the term “LiDAR” is typically taken to mean a high-resolution bare earth Digital Elevation Model (DEM)."
I agree with this statement.
Also, the GIS mover and shakers within the State of Georgia are trying to get a elevation project off the ground. Actually, this effort began over a decade ago when I was at the Georgia Tech Center for GIS and a active member of GISCC. (The lesson here, be persistent.)
Because the State of Georgia has 159 counties, it is hard to get the various political powers to agree on spending the money for this project. There has been and will continue to be many surprise floods in Georgia until the state's elevation is mapped correctly. What is sad, nearby states with less financial resources mapped their state's elevation using Lidar many years ago. Thus they are far more prepared for floods than Georgia.
Is political pride getting in the way, or is it lack of education? The Carl Vinson Institute of Government at University of Georgia is trying to overcome the education issue. The Vinson Institute's Office of Information Technology Outreach Services (ITOS) created a Lidar 101 education video to help legislators and other decision makers understand Lidar. It is 13 minutes and 13 seconds long.
Other Lidar post on this blog...
I agree with this statement.
Also, the GIS mover and shakers within the State of Georgia are trying to get a elevation project off the ground. Actually, this effort began over a decade ago when I was at the Georgia Tech Center for GIS and a active member of GISCC. (The lesson here, be persistent.)
Because the State of Georgia has 159 counties, it is hard to get the various political powers to agree on spending the money for this project. There has been and will continue to be many surprise floods in Georgia until the state's elevation is mapped correctly. What is sad, nearby states with less financial resources mapped their state's elevation using Lidar many years ago. Thus they are far more prepared for floods than Georgia.
Is political pride getting in the way, or is it lack of education? The Carl Vinson Institute of Government at University of Georgia is trying to overcome the education issue. The Vinson Institute's Office of Information Technology Outreach Services (ITOS) created a Lidar 101 education video to help legislators and other decision makers understand Lidar. It is 13 minutes and 13 seconds long.
Other Lidar post on this blog...
Wednesday, December 29, 2010
ERDAS ECW JPEG2000 SDK v4.1 and v4.2 (another GDAL Update)
With the recent release of the ERDAS 2011 software portfolio, the ERDAS ECW JPEG2000 SDK team has been able to focus with Frank Warmerdam on the latest ECW SDK GDAL work. I have recently spoken with Frank on the subject. The joint goal is to update to the latest ECW SDK and expand GDALs capabilities in using the ECW SDK, and allowing use of some ECW SDK tools not available to GDAL customers heretofore. I will post more details, when the work is almost complete to discuss all that is now included in GDALs support of the ECW SDK.
But I will say this, if you plan to access the ECW SDK via GDAL, you will be happy. Also, you may want to consider contracting to Frank to help with your implementation. ERDAS is working closely with him, and Frank can help you put rock-solid ECW and JPEG2000 support (using the ECW SDK) in your products.
Do remember, you must get a product license to use the ECW SDK with GDAL. Here is the product page: http://www.erdas.com/products/ERDASECWJPEG2000SDK/Details.aspx
See info on the latest ERDAS ECW/JP2 SDK.
But I will say this, if you plan to access the ECW SDK via GDAL, you will be happy. Also, you may want to consider contracting to Frank to help with your implementation. ERDAS is working closely with him, and Frank can help you put rock-solid ECW and JPEG2000 support (using the ECW SDK) in your products.
Do remember, you must get a product license to use the ECW SDK with GDAL. Here is the product page: http://www.erdas.com/products/ERDASECWJPEG2000SDK/Details.aspx
See info on the latest ERDAS ECW/JP2 SDK.
Tuesday, December 28, 2010
Expanding Lidar Value in Local Governments
I often hear local governments who are flying Lidar to establish the terrain component of their aerial ortho projects. These local governments request a copy of the ‘raw’ Lidar data. What does ‘raw’ mean?
Typically, what the local government really wants is not the ‘raw’ Lidar data, but all Lidar returns further down the processing line. Commercial tools to process ‘raw’ Lidar imagery are not easy to use, nor are they currently cost effective. ERDAS, the inventor of commercial remote sensing, has historically been the company to introduce cost-effective remote sensing tools into the market-place. (I see Lidar as a remote sensing tool that heretofore has been used most successfully by photogrammetrists.)
It is understandable that local governments want more than detailed terrain model from their Lidar collection. Heretofore, Lidar collections have centered on elevation, but there is much more value available in Lidar data than only an elevation model. It is my belief, to use Lidar only as an elevation source, is like using imagery only as a backdrop to a GIS vector dataset; valuable, but very wasteful of the tax payer’s money.
Local governments need more value from their Lidar collections than just elevation, but that value is not easily captured in the ‘raw’ data. What Lidar data do local governments need to request? They need Lidar data that has been bore-sighted. Bore-sighting removes the small imprecision found in the GPS and IMU. These errors can be quite significant errors at a flying height of 5,000 feet (1500m).
After bore-sighting, the data are edited to define ground points and other features. This is a needed step to prepare the point cloud for terrain purposes. Yet, the Editing process can introduce very valuable information. Here is where vendor can classify the points into categories. The philosophy that points should be flagged with a classification, rather than be deleted from the dataset, emerged during the development of the LAS data format standard.
Of the several classification categories that can be defined in a LAS file, the categories local governments may wish to take advantage are: Ground; Low Vegetation; Medium Vegetation; High Vegetation; Building; and Water.
It is my opinion; the local government should obtain the intermediate product at this stage. All returns, bore-sighted and classified, no points added or removed. And, a full QA/QC report. If it were me, I’d ask for the intensity information as well.
The final need, the LAS tiles should each have fully defined horizontal and vertical coordinate systems (as ASPRS suggests). So many times local governments accept LAS tiles that only have the horizontal datum defined. Without knowing the vertical datum, you do not really know the height. Also, putting the vertical datum inside the LAS file rather than on a yellow sticky note on the DVD is far more appropriate. (And what happens when the yellow sticky note looses its sticky?)
Local governments ask, what can I use to work with my Lidar data? I said earlier, “Commercial tools to process ‘raw’ Lidar imagery are not easy to use, nor are they currently cost effective. ERDAS, the inventor of commercial remote sensing, has historically been the company to introduce cost-effective remote sensing tools into the market-place.” Now, ERDAS is presenting tools to convert your Lidar data to raster for further processing.
But why raster?
- Raster conversion of the point cloud can shrink LAS file to a IMG file ¼ the file size of the LAS (you only store x & y values once in the raster UL corner). But that is not the main reason, as I suggest keeping the LAS files in backup for the day when point processing engines are cost effective.
- The files being converted into raster allows a visual QA/QC of the data.
- Open Lidar collections up to the ERDAS community in a very cost effective manner (no additional costs). Once the data are in raster, the Spatial Modeler, Model Maker, Classification, Expert Classification, and Objective are available to the customer to process the data.
Wednesday, December 22, 2010
Latest ERDAS Field Guides on-line
ERDAS has published the December 2010 ERDAS Field Guides in both HTML Verison and PDF Version on their website. I keep the links up-to-date in the Informative Links section on this blog.
Monday, December 20, 2010
ERDAS 2011 Software - Available Now!
The following was just released to the press....
Norcross, GA — ERDAS proudly announces the official release of ERDAS 2011 Software, including ERDAS IMAGINE, LPS, ERDAS APOLLO, ERDAS Extensions for ArcGIS 10 and other leading desktop and server products.
Portfolio-wide changes for the ERDAS 2011 Software Release include the ability to localize ERDAS products for a global audience, integrated support for Bing™ Maps base imagery and map data, distributed processing throughout the desktop offerings, and a new product, ERDAS Engine. ERDAS Engine is a simple, cost-effective solution that boosts processing power for ERDAS IMAGINE and LPS, leveraging existing hardware resources for increased production needs or situations requiring faster production output.
“ERDAS already offers customers the most powerful, comprehensive geospatial software tools in the industry. This release revolutionizes the way our customers utilize our applications, truly integrating them into their overall workflow.” said Joel Campbell, President, ERDAS.
ERDAS IMAGINE is the world’s leading geospatial desktop authoring platform, incorporating image processing and analysis, remote sensing and GIS. ERDAS IMAGINE 2011 features upgraded and streamlined imagery analysis workflows, the ability to geolink to Google Earth, and export to Microsoft PowerPoint, Word, or JPEG with a single click. ERDAS IMAGINE 2011 also introduces Hyperspherical Color Space (HCS) pan sharpening, developed specifically for DigitalGlobe’s WorldView-2 data.
LPS is a powerful, workflow-oriented photogrammetry system for production mapping. A key theme for the LPS 2011 release is distributed processing, which enables users to leverage multi-core CPUs and multiple networked servers to accelerate project completion. In addition, LPS 2011 enables ortho generation for a specific area of imagery defined by a shape file or AOI.
ERDAS Extensions for ArcGIS 10 is a production suite of stereo visualization tools that seamlessly integrate into the ArcGIS® 10 environment. Stereo visualization enables users to view imagery in 3D, facilitating interpretation of topological features, enabling more spatially accurate feature collection than digitizing features from an orthorectified image.
ERDAS APOLLO is the market leading geospatial solution for managing and serving imagery, consistently delivering virtually any digital object in an enterprise, faster, using less hardware than server-based products. ERDAS APOLLO 2011 introduces clustering, enabling multiple servers to work in concert to fulfill data searches and requests, increasing the number of supportable users. ERDAS APOLLO 2011 can also catalog and serve LIDAR and point cloud files (LAS).
Campbell continued, “By integrating other popular geospatial tools, boosting the processing capability of the software, and streamlining workflows, we’re enabling users to accomplish more, faster, easier, and more accurately and economically than was previously possible, or can be done with any other competitive offering.”
All products are now available for download on the ERDAS website. For a more detailed list of What’s New in ERDAS 2011, a webinar showcasing new features, and full product descriptions, technical specifications for each product in the ERDAS portfolio, please visit http://www.erdas.com/.
To request more information about ERDAS or its products and services, please call +1 770 776 3400, toll free +1 877 GO ERDAS.
-------------
Refer to What's New in ERDAS 2011 Software Release, a document with more details.
To be directed to the ERDAS IMAGINE download page, chick here:
Finally, a much higher-speed download mechanism has been implemented on a global basis. This will help customers from all corners of the globe to more rapidly download 2011 and get started with the new tools and enhancements right-a-way.
Norcross, GA — ERDAS proudly announces the official release of ERDAS 2011 Software, including ERDAS IMAGINE, LPS, ERDAS APOLLO, ERDAS Extensions for ArcGIS 10 and other leading desktop and server products.
Portfolio-wide changes for the ERDAS 2011 Software Release include the ability to localize ERDAS products for a global audience, integrated support for Bing™ Maps base imagery and map data, distributed processing throughout the desktop offerings, and a new product, ERDAS Engine. ERDAS Engine is a simple, cost-effective solution that boosts processing power for ERDAS IMAGINE and LPS, leveraging existing hardware resources for increased production needs or situations requiring faster production output.
“ERDAS already offers customers the most powerful, comprehensive geospatial software tools in the industry. This release revolutionizes the way our customers utilize our applications, truly integrating them into their overall workflow.” said Joel Campbell, President, ERDAS.
ERDAS IMAGINE is the world’s leading geospatial desktop authoring platform, incorporating image processing and analysis, remote sensing and GIS. ERDAS IMAGINE 2011 features upgraded and streamlined imagery analysis workflows, the ability to geolink to Google Earth, and export to Microsoft PowerPoint, Word, or JPEG with a single click. ERDAS IMAGINE 2011 also introduces Hyperspherical Color Space (HCS) pan sharpening, developed specifically for DigitalGlobe’s WorldView-2 data.
LPS is a powerful, workflow-oriented photogrammetry system for production mapping. A key theme for the LPS 2011 release is distributed processing, which enables users to leverage multi-core CPUs and multiple networked servers to accelerate project completion. In addition, LPS 2011 enables ortho generation for a specific area of imagery defined by a shape file or AOI.
ERDAS Extensions for ArcGIS 10 is a production suite of stereo visualization tools that seamlessly integrate into the ArcGIS® 10 environment. Stereo visualization enables users to view imagery in 3D, facilitating interpretation of topological features, enabling more spatially accurate feature collection than digitizing features from an orthorectified image.
ERDAS APOLLO is the market leading geospatial solution for managing and serving imagery, consistently delivering virtually any digital object in an enterprise, faster, using less hardware than server-based products. ERDAS APOLLO 2011 introduces clustering, enabling multiple servers to work in concert to fulfill data searches and requests, increasing the number of supportable users. ERDAS APOLLO 2011 can also catalog and serve LIDAR and point cloud files (LAS).
Campbell continued, “By integrating other popular geospatial tools, boosting the processing capability of the software, and streamlining workflows, we’re enabling users to accomplish more, faster, easier, and more accurately and economically than was previously possible, or can be done with any other competitive offering.”
All products are now available for download on the ERDAS website. For a more detailed list of What’s New in ERDAS 2011, a webinar showcasing new features, and full product descriptions, technical specifications for each product in the ERDAS portfolio, please visit http://www.erdas.com/.
To request more information about ERDAS or its products and services, please call +1 770 776 3400, toll free +1 877 GO ERDAS.
-------------
Refer to What's New in ERDAS 2011 Software Release, a document with more details.
To be directed to the ERDAS IMAGINE download page, chick here:
Finally, a much higher-speed download mechanism has been implemented on a global basis. This will help customers from all corners of the globe to more rapidly download 2011 and get started with the new tools and enhancements right-a-way.
Thursday, December 9, 2010
Workflows and Integration Characterize ERDAS 2011 Release
Below is a link to a November 29, 2010 GISCafe GISWeekly article on the rapidly approaching ERDAS 2011 product release.
One point made, "ERDAS Engine is a solution that boosts processing power for ERDAS IMAGINE and LPS, leveraging existing hardware resources for increased production needs or situations requiring faster workflow throughput."
Article by Susan Smith, Managing Editor of GISCafe, based on an interview with Joel Campbell
One point made, "ERDAS Engine is a solution that boosts processing power for ERDAS IMAGINE and LPS, leveraging existing hardware resources for increased production needs or situations requiring faster workflow throughput."
Article by Susan Smith, Managing Editor of GISCafe, based on an interview with Joel Campbell
Wednesday, December 8, 2010
US Census Bureau Utilizes ERDAS APOLLO
The press release below was just distributed to the press. The performance and efficiency of the ECW SDK implementation in ERDAS APOLLO Essentials IWS is really nice. The image serving is so efficient (APOLLO can do a lot with a very little), the US Census Bureau is considering scaling the image serving hardware down (number of cores) to a lower cost solution to save taxpayers money on hardware.
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Norcross, GA, USA – For the 2010 census, the US Census Bureau used ERDAS’ server-based technologies for timely updating of their integrated national mapping and address system.
In 2007, the Census Bureau began implementing ERDAS ADE to provide a real-time, interactive web editing solution based on the Oracle Spatial 10g/11g topology model. The project, named Geographic ADE-based Topological Real-time Editing System (GATRES), provides tools for selecting and updating features and housing units, creating links to other features.
ERDAS ADE allows multiple users to simultaneously view and edit the same feature in Oracle’s Topology Data Model. With ERDAS ADE, the Census Bureau has a visual tool for managing primitive attributes and tracking spatial and non-spatial features and metadata. Users work with address ranges linked to the spatial data in the Master Address File/Topologically Integrated Geocoding and Referencing (MAF/TIGER) System.
Later, the US Census Bureau enhanced the system, adding ERDAS APOLLO to manage and rapidly serve the organization’s massive amounts of imagery. This massive data repository included one meter (or better) imagery for the majority of the counties in the United States, for multiple years. ERDAS APOLLO consistently delivers more data, quicker, using less hardware than other image serving products. An interoperable Open Geospatial Consortium (OGC) and International Organization for Standardization (ISO) based solution, ERDAS APOLLO also easily delivers feature data, terrain and virtually any digital object in an enterprise.
ERDAS APOLLO also provides imagery backdrops to the vector data in GATRES. In addition, ERDAS APOLLO works as a plug-in with the organization’s other geospatial desktop products. With ERDAS APOLLO, users can quickly search the catalog and serve files using the Enhanced Compression Wavelet Protocol (ECWP), as well as JPEG2000, an ISO-certified compressed image format. ECWP allows streaming of ECW files, enabling rapid delivery of terabyte-sized images over the internet using inexpensive server technology.
With ERDAS’ technology, the solution was able to scale over many remote US Census sites, providing multiple users the ability to dynamically edit and update Oracle Spatial information. In addition, this enterprise system was able to efficiently distribute processes, enabling the US Census Bureau to save hardware costs. ERDAS APOLLO regularly handled several hundred users and the CPU usage rarely exceeded approximately 30% once ERDAS APOLLO was optimized for the Census production environment. While the workload has now decreased, ERDAS APOLLO continues to handle 100-150 users simultaneously.
“The US Census Bureau provides comprehensive and high quality data about the nation’s people and economy,” said Kurt Schwoppe, Vice President, Services, ERDAS. “For the 2010 census, we were able to leverage our imagery expertise, providing a comprehensive solution that could not only handle the Bureau’s massive amount of geospatial data, but also enable users to quickly update and deliver this information in a variety of environments.”
The US Census Bureau continues to use both ERDAS IMAGINE and ERDAS ER Mapper. For more information about ERDAS or its products and services, please call +1 770 776 3400, toll free +1 877 GO ERDAS, or visit www.erdas.com.
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Norcross, GA, USA – For the 2010 census, the US Census Bureau used ERDAS’ server-based technologies for timely updating of their integrated national mapping and address system.
In 2007, the Census Bureau began implementing ERDAS ADE to provide a real-time, interactive web editing solution based on the Oracle Spatial 10g/11g topology model. The project, named Geographic ADE-based Topological Real-time Editing System (GATRES), provides tools for selecting and updating features and housing units, creating links to other features.
ERDAS ADE allows multiple users to simultaneously view and edit the same feature in Oracle’s Topology Data Model. With ERDAS ADE, the Census Bureau has a visual tool for managing primitive attributes and tracking spatial and non-spatial features and metadata. Users work with address ranges linked to the spatial data in the Master Address File/Topologically Integrated Geocoding and Referencing (MAF/TIGER) System.
Later, the US Census Bureau enhanced the system, adding ERDAS APOLLO to manage and rapidly serve the organization’s massive amounts of imagery. This massive data repository included one meter (or better) imagery for the majority of the counties in the United States, for multiple years. ERDAS APOLLO consistently delivers more data, quicker, using less hardware than other image serving products. An interoperable Open Geospatial Consortium (OGC) and International Organization for Standardization (ISO) based solution, ERDAS APOLLO also easily delivers feature data, terrain and virtually any digital object in an enterprise.
ERDAS APOLLO also provides imagery backdrops to the vector data in GATRES. In addition, ERDAS APOLLO works as a plug-in with the organization’s other geospatial desktop products. With ERDAS APOLLO, users can quickly search the catalog and serve files using the Enhanced Compression Wavelet Protocol (ECWP), as well as JPEG2000, an ISO-certified compressed image format. ECWP allows streaming of ECW files, enabling rapid delivery of terabyte-sized images over the internet using inexpensive server technology.
With ERDAS’ technology, the solution was able to scale over many remote US Census sites, providing multiple users the ability to dynamically edit and update Oracle Spatial information. In addition, this enterprise system was able to efficiently distribute processes, enabling the US Census Bureau to save hardware costs. ERDAS APOLLO regularly handled several hundred users and the CPU usage rarely exceeded approximately 30% once ERDAS APOLLO was optimized for the Census production environment. While the workload has now decreased, ERDAS APOLLO continues to handle 100-150 users simultaneously.
“The US Census Bureau provides comprehensive and high quality data about the nation’s people and economy,” said Kurt Schwoppe, Vice President, Services, ERDAS. “For the 2010 census, we were able to leverage our imagery expertise, providing a comprehensive solution that could not only handle the Bureau’s massive amount of geospatial data, but also enable users to quickly update and deliver this information in a variety of environments.”
The US Census Bureau continues to use both ERDAS IMAGINE and ERDAS ER Mapper. For more information about ERDAS or its products and services, please call +1 770 776 3400, toll free +1 877 GO ERDAS, or visit www.erdas.com.
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