Saturday, March 3, 2012

AgriCharts Brings Advanced Interactive Weather to Agribusiness Websites

AgriCharts, the agricultural division of Barchart.com, Inc., which provides market data, agribusiness website hosting and technology solutions to the agricultural industry, announces a new relationship with Weather Decisions Technologies (WDT), a global leader in state-of-the-art weather services, to provide WDT's iMap, a dynamic and interactive weather mapping solution, to clients of AgriCharts. The new interactive weather maps are available to clients using AgriCharts' website hosting service and content solutions. The iMap solution utilizes the Google Maps API and provides users with the ability to launch the weather map into full screen mode, as well as view weather from a global level all the way down to a farm level, including local high resolution.
"We are excited to announce our relationship with WDT. Their iMap solution delivers our clients with a world-class interactive weather solution that can be instantly integrated into their website," said Mark Haraburda, AgriCharts Managing Director. "With this new tool agribusinesses can provide their clients and website visitors with access to the best interactive weather service available direct from their website," added Haraburda.
"Weather is a very high priority for farmers and producers as well as up-chain service providers and processors," said Mike Gauthier, Sr. Vice President of Sales for WDT.
"With AgriCharts, we are bringing the most powerful, innovative, and accurate weather, radar and satellite data available in the United States, transforming AgriCharts' client websites into reliable decision-making tools for hundreds of agribusiness and thousands of farmers," said Gauthier.
AgriCharts' iMap interactive weather features include:
  • Zoom in and out, even to the farm level (from World to Street Level views)
  • Integrated with Google Maps for Terrain, Satellite, and Road Map views
  • ClickCast – click anywhere and receive current conditions and forecast
  • Launch into Full Screen Mode with a single click
  • Radar and satellite overlays (including Local High Resolution)
  • Current conditions overlay
  • Rainfall overlays
  • Flood index overlay
  • Winter weather overlays
  • Severe weather overlays
  • Global weather (current conditions and forecasts)
  • Search with your mouse or by address, zip code or city
  • Save your exact location by clicking anywhere on the map
  • Add custom markers/pins
  • Adjust transparency levels
  • Custom default view (by location and type of overlays)
  • Custom map sizes
For more information, please visit http://www.agricharts.com/webhosting/interactiveweather.php or call AgriCharts at 877-247-4394.
About AgriCharts

AgriCharts, a division of Barchart.com, Inc. which provides market data solutions to the equity, futures, mutual fund and foreign exchange markets, provides agricultural information and technology services to the agricultural industry. AgriCharts' services include agribusiness website hosting and management, market data and information, cash grain bid management, website content and real-time quote services. AgriCharts goal is to provide successful market data, information and technology solutions to meet the requirements of today's agricultural industry.

Blue Marble Announces First Global Mapper Training to be held in Dallas the Week of April 8th

Gardiner, Maine - Blue Marble Geographics (www.bluemarblegeo.com) is pleased to announce its first Global Mapper public training classes during the week of April 8th at the Hilton Dallas/Park Cities in Dallas, TX.  Registration is now open and interested users can sign up at www.bluemarblegeo.com/solutions/training_details.php?id=10  Space is limited for these two-day training courses so interested parties are encouraged to act quickly.
Blue Marble’s geospatial data manipulation, visualization and conversion solutions are used worldwide by thousands of GIS analysts at software, oil and gas, mining, civil engineering, surveying, and technology companies, as well as governmental and university organizations. Blue Marble is known for its applied geodesy training courses using the Blue Marble Desktop and the Geographic Calculator.  These popular courses are well received across all industries but resonate particularly well with users who need a refresher on certain GIS concepts and a hands-on training experience that applies the concepts with software.  The Global Mapper training courses will leverage that course design reviewing appropriate concepts and applying them with the software.  David McKittrick , a GIS trainer with over eight years’ experience in the design and delivery of GIS courses, will conduct the Global Mapper classes.
Attendance at this class will provide both novice and experienced users an opportunity to learn about and utilize the principal features and functions of Global Mapper (v. 13). Employing a hands-on approach, each class will cover the key elements of the software including interface navigation; file, layer, and project management; data access and importing; feature creation and editing; cartographic rendering and visual customization; 3-D modeling and analysis; and data exporting and sharing.
Day one will offer a functional overview of the software covering the most frequently used components and common file formats and day two will provide an opportunity to learn about some of the more advanced mapping and GIS tools.
No previous experience is necessary to attend the class however a working knowledge of the principals of GIS, as well as the key associated file formats, is recommended. Participants should bring a windows-based laptop computer for the purpose of using the software during the class. Evaluation copies of Global Mapper (v. 13) as well as the necessary sample data files will be provided to all attendees.
“We are pleased to roll out our Global Mapper training program,” stated Blue Marble President Patrick Cunningham.  “We know these courses will be well received and we are excited to provide our users with assistance in leveraging the program to its fullest extents.”

Auto Insurance Premiums Falling for Safe Drivers from GPS Navigation Reporting

The TomTom GPS system will be developing a specialized navigational system called the TomTom PRO 3100. This GPS system will be built to assist insurance companies in tracking the driving habits of their customers.

Auto insurance companies are on the hub of releasing new policies that will allow their policy holders to pay less if they have safe driving practices. While this could be extremely beneficial the system may also work as a disadvantage seeing that it will be tracking all of the policy holders driving and will drive up their premiums for unsafe driving practices.

Auto insurance companies are trying to find ways to help their customers save money, and to single out the unsafe drivers that hold policies with them. The overall goal is to charge the higher rates to the individuals with unsafe driving practices, so that they safe drivers do not have to pay the additional money that is currently divided out among all of their policy holders.

Currently most auto insurance companies will rate the price that their policy holder pays based on their record, how much they drive, and the type of car that they drive. Some vehicles have more safety features than others, so the auto insurance company takes that into consideration when working out the policy holder’s premium. This means that if someone is driving around in a classic Porsche that has no seatbelts or airbags than their insurance will be much higher than someone that drives around in a current model minivan with all of the up-to-date safety features. A big factor in current auto insurance prices is simply the amount of miles that a person drives in a year. Someone will pay higher insurance premiums if they average around 20,000 miles per year versus someone that averages around 10,000 miles per year. This is simply due to the fact that the person driving twice the amount of miles is more likely to be in an accident or need to file a claim due to exposure.

The GPS tracking system is setup to not only help insurance companies, but to encourage safer driving. Many people will change habits that cost them money, and if they are paying higher premiums due to unsafe driving practices than they will most likely become more conscious of their driving habits.

ASPRS Announces Newly Elected Vice President and Division Directors

The results of the 2012 election have been tallied by the American Society for Photogrammetry and Remote Sensing (ASPRS) Tellers Committee and they reported that Stewart Walker, Director - Product Initiatives for the Geospatial eXploitation Products business area of BAE Systems in San Diego, California, won the election to become ASPRS Vice President for 2012.  With the installation of officers at the ASPRS Annual Conference in March, Roberta (Bobbi) Lenczowski moves into the position of President; Stephen D. DeGloria becomes President-Elect, and Gary Florence becomes Past President.
Stewart Walker has MA, MScE and PhD degrees in geography and geomatics from the universities of Glasgow, New Brunswick and Bristol and an MBA from Heriot-Watt. He has authored approximately 200 technical papers.
Walker joined ASPRS in 1973. He is an ASPRS Certified Photogrammetrist and a chartered land surveyor (U.K.). In 1977 he switched from academic life at the University of East London to the private sector, with Surveying and General Instrument Company, Kern, Leica, LH Systems, and Leica Geosystems, in sales, product management and business development, in England, Switzerland and the U.S. He became product manager for SOCET SET® in 1991, when Leica undertook worldwide distribution, joined BAE Systems in 2004 and is responsible for new directions in the development of SOCET GXP® and enterprise software products.
He has served ASPRS as President then National Director of the Southwest U.S. Region, Co-Chair of the Defense and Intelligence Committee, and Chair of the Conference Planning Committee for the ASPRS 2010 Annual Conference.
Walker says, “To ensure a vibrant, visible Society, we must market ASPRS energetically and recruit new members relentlessly; entice student members to stay after graduation; foster the Student Advisory Council and its initiatives; and develop fresh ideas for young professionals.”
Matthew Dunbar was elected Assistant Division Director of the ASPRS Geographic Information Systems Division (GISD).  Dunbar is the GIS Program Director at the University of Washington's Center for Studies in Demography and Ecology, where he has led the development of a research infrastructure for spatial analysis since 2008. He has a PhD in Geography from the University of Kansas, where he worked at the Kansas Applied Remote Sensing Program. He has over 10 years of Geographic Information Systems and Analysis (GIS/GIA) experience encompassing spatial data acquisition and database development, analysis and modeling, cartography (print and web-based), manuscript development, and overall project management.
Dunbar got involved in ASPRS earlier in his graduate education. He became a member in 2002, served as a student volunteer at many of his first conferences, and is the proud recipient of several ASPRS scholarships: The Central Region's Francis E. "Gene" Lortz Memorial Scholarship (2004) as well as the National Ta Liang Memorial Award and William Fischer Memorial Scholarship (2005). He also served as a founding officer of the University of Kansas Student ASPRS chapter, and currently advises the Puget Sound ASPRS Student Chapter at the University of Washington.
Robert Thomas was elected Assistant Division Director of the ASPRS Photogrammetric Applications Division(PAD).  Thomasis Vice President of Analytical Services with Integrity Applications Incorporated (IAI).  He graduated with a Bachelor’s degree in Physics from the University of Colorado in 1996 before being commissioned in the United States Air Force as a Mapping, Charting and Geodesy (MC&G) officer.  While assigned to Strategic Air Command (SAC), he served in a number of key positions in the areas of photogrammetry, geopositioning, and multi-spectral image processing. 
Following his return from Desert Shield/Storm, Thomas transitioned to the private sector and joined Science Applications International Corporation (SAIC) as a member of their professional staff.  While working in Omaha, Nebraska, Thomas completed his master’s degree in Applied Math at the Creighton University during the summer of 1995.  Following a five-year assignment with United States European Command, Stuttgart, Germany, he returned to the States in 2001 and accepted a position with IAI.  In his current role, he is responsible for a highly-specialized team of scientists and engineers working next-generation image and geospatial product chain analysis.   
Thomas has over 24 years of defense support experience in program management and advanced research and technology development in the core area of photogrammetric-based geospatial analysis and services.  Outside of his leadership role to include business development, he participates directly as a systems engineer on a number of key customer sponsored initiatives, geospatial standards development, lidar-based enhancements, image-processing, and rigorous error propagation.  Thomas frequently delivers key geopositioning-related briefs in support of senior future warfare systems management forums including select Defense Science and Defense Acquisition Boards.  A member of ASPRS since 1993, he is actively involved with the recently formed Defense and Intelligence Committee.
James Stuart Blundell was elected Assistant Division Director of the ASPRS Remote Sensing Applications Division(RSAD).  Blundell is Director, Strategic Programs at Exelis - Visual Information Solutions.  Previously he was vice president of Geospatial Products & Solutions at Overwatch Systems, Ltd.  While there he oversaw the research and development of a broad array of tactical and strategic intelligence software products and solutions used by imagery and geospatial analysts.  Prior to joining Overwatch in 2006, Blundell was the co-founder of Visual Learning Systems, Inc. which became a leader in the development of automated feature extraction (AFE) software technology for the remote sensing community.  The introduction of Feature Analyst in 2001 was the first instance of using machine learning approaches in commercial-off-the-shelf software to address the issue of generating cartographic feature data from a new generation of commercial Earth imaging satellite such as IKONOS.  From 1997-2008 Blundell served as the principal investigator on a wide range of research projects for NASA Stennis Space Center, JPL, NGA, NSF, Army Geospatial Center and other organizations exploring the use of AFE technology to support mapping, object detection and other mission planning requirements.  VLS was acquired by Overwatch in 2006.
Blundell has supported ASPRS through the development and teaching of professional workshops.  In addition, he has authored or co-authored multiple professional publications on the use of AFE technology.  Blundell received his BS in Geophysical Engineering from Montana College of Mineral Science & Technology in 1986 and his MS in Geology from the University of Wyoming in 1988.  During his tenure at the University of Wyoming, Blundell was fortunate to have the privilege of working with Dr. Harold Lang at JPL on quantitative approaches for remote sensing of sedimentary basins in the Wind River Mountains of Wyoming.
Christopher Parrish was elected Assistant Division Director of the ASPRS Lidar Division(LD).  Parrish is the Lead Physical Scientist in the Remote Sensing Division of NOAA’s National Geodetic Survey (NGS). In his current position, Parrish is responsible for conducting research into remote sensing systems, platforms, and software in support of NOAA programs and serves as NGS’ Project Manager for Integrated Ocean and Coastal Mapping (IOCM). Parrish also holds an appointment as an Affiliate Professor in the University of New Hampshire (UNH) Earth Sciences Department and is based at the NOAA-UNH Joint Hydrographic Center-Center for Coastal and Ocean Mapping (JHC-CCOM). Parrish’s academic background includes a PhD in Civil and Environmental Engineering with an emphasis in Geospatial Information Engineering from the University of Wisconsin, an MS in Civil Engineering from the University of Florida, and a BS in Physics from Bates College.  His primary research interests include full-waveform lidar, sensor modeling and calibration, uncertainty analysis, and coastal mapping applications. Parrish was the 2011 President of the ASPRS Potomac Region.
Michael Zoltek was elected Assistant Division Director of the ASPRS Professional Practice Division(PPD).  Zoltek is a licensed Professional Photogrammetrist/Surveyor experienced since 1990 in a wide variety of public and private sector projects and currently holds active professional registrations in 14 states, as well as being a Certified Federal Surveyor (CFedS) and a Geographic Information Systems Professional (GISP).   He has a Bachelor of Science Degree in Surveying & Mapping from the University of Florida (1993) and has worked as a survey field crew member, CAD draftsman, project surveyor, project photogrammetrist, private sector survey manager, QA/QC coordinator, and has held the positions of Vice President/Regional Manager at Nobles Consulting Group, Inc. (Niceville, FL) and Vice President of Surveying & Mapping at Pictometry International, Corp. (Rochester, NY).
Zoltek has been in “responsible charge” of production on projects since 1997 and has been responsible for the training of staff in field techniques and office procedures and software packages.  He has been active in state surveying societies and has attended annual conferences of Florida, Alabama and Georgia.  He has served as an expert witness on boundary related litigation cases in Florida and has been a guest lecturer at both the University of Florida and Troy University Geomatics Programs.  Zoltek has also been a presenter of professional technical seminars at the Rocket City Geospatial Symposium at Troy University, The Surveying and Mapping Society of Georgia (SAMSOG) Summer Conference, at Avatech Solutions’ in-house training seminars in Virginia Beach, Virginia and Las Vegas, Nevada and also at Pictometry’s Futureview Conferences and various State Pictometry User’s Groups (PUGs).  A member of ASPRS since 1992, he is also a member of URISA and the New York State GIS Association.
Founded in 1934, ASPRS is an international professional organization of 6,000 geospatial data professionals. ASPRS is devoted to advancing knowledge and improving understanding of the mapping sciences to promote responsible application of photogrammetry, remote sensing, geographic information systems and supporting technologies.

NAVTEQ® Maps Power Audi Connected Car Technology Research

NAVTEQ, the leading global provider of maps, traffic and location data enabling navigation, location-based services and mobile advertising around the world, is joining with Audi and three leading U.S. universities to further the Audi Urban Intelligent Assist (AUIA) project. The goal of the project is to develop connected car technologies that reduce congestion, improve safety and make driving less stressful in increasingly chaotic and rapidly growing urban centers around the world. The universities will be supplied with NAVTEQ® Map data to support their pursuit of developing state of the art innovations and solutions for the connected car.
NAVTEQ Maps include data which can specifically support Advanced Driver Assistance Systems (ADAS), such as Geometry, Slope and Height. Relying on these ADAS capabilities, future Audi models could be able to help drivers better detect and avoid dangerous situations. The universities will also have access to NAVTEQ Map data such as Traffic Patterns™, Speed Limits, Enhanced 3D City Models, Enhanced Junction Views and POIs. This broad offering supports Audi's vision of developing models that will know preferred destinations, routes the motorist's have most commonly traveled and the time needed to reach appointments. The Audi Urban Intelligent Assist project will run through 2013.
"NAVTEQ Maps were a clear choice to power the Audi Urban Intelligent Assist research initiative," said Mario Tippelhofer, Electronics Research Laboratory. "The automotive grade quality of the data, as well as their commitment to development and innovation in the automotive industry, demonstrates why they are a trusted and valued supplier."
To stay at the forefront of in-vehicle technology, Audi is engaging the best universities to solve tomorrow's challenges. The Audi Urban Intelligent Assist project, a research initiative launched by Audi together with its Electronics Research Laboratory in Silicon Valley and three top U.S. universities – the University of Southern California, the University of California at Berkeley and the University of California at San Diego - will develop technologies to take the connected car, driver assistance and infrastructure electronics to the next level. Audi envisions that future connected Audi vehicles will take care of all the things that make driving in the city tedious and dangerous, so that motorists can enjoy the drive and get to where they want to go efficiently, safely and comfortably.
"We are dedicated to providing the highest level of automotive grade quality data to support research development and innovation in the industry," said Dave Dale, Vice President of Americas Sales, NAVTEQ. "Projects such as these reinforce that NAVTEQ Maps and our premium content not only add value to the automotive industry today, but will continue to play a significant role in automotive solutions of the future."

About NAVTEQ
NAVTEQ is the leading global provider of location content in the form of maps, traffic and places data that enables navigation, location-based services and mobile advertising around the world. NAVTEQ supplies precise, comprehensive location content to power automotive navigation systems, portable and wireless devices, Internet-based mapping applications and government and business solutions. The Chicago-based company was founded in 1985 and has approximately 5,500 employees located in 202 offices in 53 countries.

Intergraph® Launches GeoMedia® Smart Client for Integrating GIS into All Business Processes

Huntsville, AL - Intergraph® proudly announces the launch of GeoMedia® Smart Client, providing a means for organizations to geospatially accelerate their business workflows with the power of GIS. As an enterprisewide solution, GeoMedia Smart Client obliterates the growing disparity between antiquated GIS products and the needs of today’s geospatial contributors.
Between those working with a rigid and technically demanding desktop GIS and a static, lightweight browser-based GIS, there exists a large potential user base. GeoMedia Smart Client equips this broader audience of users, providing a means for them to access and use rich geospatial data in their business processes.
“Today, users need the power of GIS, not as a horizontal technology, but delivered in vertical market focused workflows,” said Mladen Stojic, Vice President, Geospatial at Intergraph SG&I. “GeoMedia Smart Client is an inclusive solution that leverages configurable workflows to augment and deliver geospatial tools to meet the needs of these smart users.”
With GeoMedia Smart Client, organizations can create a single deployment that can be configured for an unlimited number of applications. Geographic changes are easily and interactively implemented across an enterprisewide smart GIS, seamlessly integrating into configurable workflows. Users from multiple departments can now leverage advanced geospatial functionality via simple-to-use map-based tools, streamlining their processes and honing their expertise. Now, a broader group of individuals (and departments) across an organization can create data, maps and reports for their projects, rather than having to rely on a GIS specialist or outsource this work.
At GeoMedia Smart Client’s core are workflow optimization and web editing capabilities, enabling an organization to develop efficient, customer-specific workflows to empower smart users. Providing the utmost flexibility, these workflows are sustainable and support ongoing, long-term business processes.
Learn more about GeoMedia Smart Client by visiting www.intergraph.com/geospatial/GMSmartClient or by attending our upcoming webinar, Smart Web Editing and Workflow Optimization, on March 6, 2012, at 10:00 a.m. (EST).
About Intergraph
Intergraph is the leading global provider of engineering and geospatial software that enables customers to visualize complex data. Businesses and governments in more than 60 countries rely on Intergraph’s industry-specific software to organize vast amounts of data to make processes and infrastructure better, safer and smarter. The company’s software and services empower customers to build and operate more efficient plants and ships, create intelligent maps, and protect critical infrastructure and millions of people around the world.
Intergraph operates through two divisions: Process, Power & Marine (PP&M) and Security, Government & Infrastructure (SG&I).  Intergraph PP&M provides enterprise engineering software for the design, construction, operation and data management of plants, ships and offshore facilities. Intergraph SG&I provides geospatially powered solutions including ERDAS technologies to the public safety and security, defense and intelligence, government, transportation, photogrammetry, and utilities and communications industries. Intergraph Government Solutions (IGS) is an independent subsidiary for SG&I’s U.S. federal and classified business.
Intergraph is a wholly owned subsidiary of Hexagon AB, (Nordic exchange: HEXA B) and (Swiss exchange: HEXN). For more information, visit www.intergraph.com and www.hexagon.com.

Esri ArcGIS Provides Quick and Easy Access to S-57 Data

Esri ArcGIS software can now be used to visualize S-57 data with the symbology that the International Hydrographic Organization (IHO) requires. The IHO is an intergovernmental organization that supports safe navigation and protects the marine environment; S-57 is its electronic data transfer standard. The Esri S-57 Viewer can be downloaded at no cost; it allows users to quickly and easily display this data in electronic navigational charts (ENCs) with no data translation.
Esri S-57 Viewer is an add-on to ArcGIS for Desktop. The viewer allows users to
  • Query and analyze S-57 datasets in a GIS-centric environment
  • Overlay S-57 data with other mapping data, such as bathymetric, topographic, environmental, and satellite imagery layers
  • Apply various IHO S-52 properties such as Color Scheme and Safety Contour Depth
Maritime data users can continue to leverage their investment in Esri technology by installing S‑57 Viewer to visualize and compare ENCs with their existing GIS data or data from other sources, such as ArcGIS Online. S-57 data can also be used in conjunction with specialized applications, like Esri Nautical Solution, which is used to produce and maintain ENCs and paper charts. Other navigational and nonnavigational products can be produced and shared including Digital Nautical Charts (DNC), Additional Military Layers (AML), Marine Information Overlays (MIO), inland ENCs, and other maritime information products. For more information, visit esri.com/s57.