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| Go2It Responder, SDR’s in-vehicle mapping and navigation tool, was built on the platform of SDR’s successful Go2It Dispatch call mapping product. Designed for the rural emergency response agency, Go2It Responder integrates GPS location and navigation tools with proven map query and location functionality. Unlike over-the-counter products that integrate mapping with GPS location, Go2It Responder uses your GIS data and does not rely on pre-packaged digital maps. Your GIS data—including road centerlines, address point locations, emergency response zones, corporate boundaries, land ownership parcels and a variety of other layers—is created in-house by your county or city and most importantly, is maintained over time as new roads and structures are built and as boundaries change. The map data used by Go2It Responder is easily updated on field computers so emergency providers have constant access to the latest GIS mapping data. Go2It Responder users can load any ESRI shapefiles as reference layers and standard imagery formats including .tif and .sid. Specific address location relies on road name information in the GIS data being parsed out in the standard NENA format. The GPS interface included with the Responder software is based on the GPS-server pioneered by SDR in 1998 with our Tao software for ArcView 3. Clients can utilize any USB or serial GPS device using NMEA format, as well as most Trimble GPS units. Go2It Responder clients have paired Go2It Responder with Blue Tooth devices, Trimble receivers, inexpensive mini-USB devices and GPS cards. While the accuracy of the GPS position is dependent on the specifications of the receiver and geographic and atmospheric conditions, even the less expensive solutions, used with accurate GIS data, deliver adequate results.
Fire fighters responding tobrush or grass fires can calculate acreage affected with Go2It’s easy measurement tools. The measurement tools allow linear measurement along roads or other features as well as area calculation in acreage, square feet or square miles. If a layer showing fire hydrants is loaded, responders can push a button to show the closest hydrants to an emergency location. As emergency The Fire Department of Eunice, New Mexico, recently installed Go2It Responder in its small fleet. Eunice is a town of about 2500 in Lea County in Southeastern New SDR’s Software Trainer and Installer, Kevin Coyne, had the chance to ride with Eunice Fire Chief, Ron Grogan when a call came in while he was training the crew on Go2It Responder. The department had recently purchased rugged laptops and mounted docking stations for their units. Installing the Go2It Responder software, supported by GIS data provided by Lea County, was the final step in this critical mapping application.
As part of his documentation of the fire incident, the Chief tells dispatch and records the township and range of the fire’s location. I had set up Go2It with Lea County’s section layer so he could quickly see and get the township and range. After the fire was declared out, the Chief using Go2It immediately had the information he needed to give to his dispatch and for his records. He was thrilled. Before Go2It, the Chief would We started driving back to Eunice when almost immediately we got another call. There was a potential heart attack at the library. Chief Ron is the only paramedic in town. So he turns on the lights and the sirens and we go 98 mph again. They ended up taking the woman with the heart condition in an ambulance to the hospital in Hobbs. But because of Go2It Responder, we were able to get the town’s only paramedic to the patient 5 – 10 minutes faster.” While it’s evident that Kevin didn’t retire from a career in Emergency Response to come to work for SDR, his excitement was only partially from the adrenaline rush of a fire call. He was equally excited to see a great product in action. “It was great working with the Eunice Fire Department,” he said. “Go2It Responder offers them the opportunity to have the technology the bigger city fire departments have and to benefit from the great GIS data maintained by their county. It’s a win-win situation. Even a volunteer fire department with older laptops and inexpensive GPS cards can use Go2It Responder to trim critical response time.” Kevin Coyne lives in Eureka California where he enjoys fishing, kayaking, napping and collecting banana slugs. He joined SDR in 2001 and serves as our lead Software Support Engineer and ArcPad Developer. |
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James Stewart James is the primary SDR resource responsible for the New Mexico 9-1-1 GIS Database and Distribution In addition to his work with the state of New Mexico, James is involved in the planning and execution of technical projects and serves as a high-level, internal technical resource to the Professional Services and Business Development departments. James began his with SDR in April, 2002 as the Lead Graphics Technician, a GIS production role that immersed him heavily into 9-1-1 addressing and mapping. One year later, he began to assume more responsibility for internal quality control, procedural documentation and technical consultation with other SDR employees, both for 9-1-1 and other GIS projects. James began his GIS career by working for the City of Olathe, KS, Utility Maintenance Department, performing field verification of material asset presence, location and condition throughout the city. In addition to working closely with the maintenance
Karen Dean Karen Dean is the Director of Business Development for SDR. With a geography degree
Jack Joseph Jack Joseph has been a part of the SDR team since June of 2006. He comes to SDR with GIS backgrounds in both local government and private consulting. Jack’s technical GIS skills along with the ability to train others in an effective simplistic manor have been a great addition to this company. Since joining SDR, Jack has been involved with many re-addressing and E9-1-1 implementation projects across the states of New Mexico, Kansas, Missouri, and Colorado. He also serves as SDR’s wireless cell sector analyst in which wireless cell tower data is analyzed and converted to GIS format for use in PSAP’s for call mapping and routing. Jack has recently been charged with overseeing the Rural Site Addressing Improvement Project for Larimer County, Colorado. The county of Larimer, Colorado has an area of just over 2,600 square miles and a population of approximately 250,000 people. Due to the size and scope of the project it was broken in to seven phases and will not be completed until the end of 2009. He is also spearheading a new on-line training program to better help and assist various GIS departments and agencies on good practices of GIS maintenance and organization. Jack holds a Bachelors of Science in Geography from the University of Kansas. |