How did they do it? Contestants from our First Annual Web Mapping contest used a variety of client, server, and database technology to produce some stunning results.Read on for some statistics (in graphical form) about the software employed to create these web wonders.
Address matching for the average business user consists of using Street Centerline files and estimates of actual position relative to address ranges.What happens
when this just isn’t accurate enough? This week in Providence, RI, URISA was addressing that issue as it relates to 911 applications, Homeland Security and using addresses as a common denominator
throughout the enterprise.Read more about what is going on at the conference.
The best of the best, the Oscars of Web Mapping, the Golden Globes of Internet GIS…it is all here and Steve Lombardi of Microsoft shows us the way.Take a tour of Directions Magazine’s web mapping field of fine contestants with an eye toward the unique!
MapInfo reported a profitable third quarter, their first in several.Mike Hickey, MapInfo’s Chief Operation Officer comments on the turnaround and the prospects for
continued growth in the retail and insurance sectors as well as opportunities he sees on the horizon.Editor-in-chief, Joe Francica spoke with Mr.Hickey on August 7, 2003.
Recently a major patient quality of care
organization, the Joint Commission of Accreditation of Healthcare Organizations (JCAHO), suggested that patient safety extends beyond the walls of the hospital and
into the community.Experts on clinical outcomes have long recognized the fact that geography plays a critical role.This altered notion of patient safety, while on its face does not appear “radical,” does pose some interesting
questions and presents new opportunities for geographic information systems, or GIS, to play a significant role.
NOAA has released satellite images taken before and after of the historic blackout of the Northeastern United States, which plunged millions of people into darkness.NOAA processed the night lights data taken by the Defense Meteorological Satellite Program (DMSP). NOAA archives the data from the satellite.The images were taken from the same time period on Aug.13 and 14, 2003.
Chemical and Biological Warfare (CBW) is considered a poor man’s nuke.They are cheap, easy to manufacture and are considered weapons of mass destruction
(WMDs).Chemical and biological weapons use some of the most dangerous chemicals and diseases known to man.These weapons are at the forefront of terrorist
and military threats to world safety and world peace.In past articles, we presented new and unique technologies that can and are being deployed to detect a release of a chemical or biological agent.However, it is
impossible to protect every area of every city within the America.So if a chemical or biological agent were released, how soon could it be detected and would we
be able to respond quick enough to contain and limit the number of people exposed? This article explores the some of the risks and remedies of dealing with the variety of chemical agents that exist in the world today.
The United States Mine Safety and Health Administration issued a report on July 24th citing faulty maps as a cause for the Quecreek Mine disaster in
June 2002, where nine miners were trapped for 4 days until rescued through the narrowest of bore holes through which they were lifted to safety.According to the
report, “The primary cause of the water inundation was the use of an undated and uncertified mine map of the Harrison No.2 mine.Read more and see photos and maps about the disaster.
National Preparedness—The concept, or better yet the very definition, is in transition due to changes in technology.How is any nation to be prepared for the next natural or man-made disaster? Changes in technology such as database design,
geospatial applications, hardware, speed and method of transmission; plus a strong sense of urgency to protect ourselves following the 9/11 events in New York are affecting everything from technology purchases to public policy…Read more.
Most of the things that human society cares about happen at addresses.Where people live, work and play.Where most economic activity takes place.Where
crime happens.Where fires occur.Where people are injured.Where goods are bought and sold.This article will discuss how point level addressing is particularly beneficial for those applications that are dependent upon locational precision and where standard, range-based address geocoding is flawed.
There has been discussion about how GIS will impact industry applications for years. But what technologies might impact GIS users and vendors? How are GIS companies being "disrupted" by other technologies?