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RFID Brings Canoe Competition to Spectators
LearningWell's ViewLaps solution was used during this year's Canoe Marathon World Championships to track competitors' progress and trigger live videos.
Nov 26, 2013—
Hundreds of canoes and kayaks racing at this year's Canoe Marathon World Championships, held in Copenhagen, Denmark, in September, were tracked via radio frequency identification, enabling spectators to know each participant's location and position throughout the race, whether or not the boats were in view. System provider LearningWell is currently marketing the solution, dubbed ViewLaps, for not only water sports but also motorcycle and foot races, as well as dogsled competitions.
During the three-day event, sanctioned by the International Canoe Federation (ICF), each participant placed an RFID tag on his or her canoe or kayak, and that tag was then read at key locations in the lake on which they competed. The collected read data was forwarded to Learning Well's software, which linked that information to a video feed of a particular competitor in action at the time the read was taken. The system then displayed that video, along with the competitor's name and speed statistics, on a monitor mounted on the shore's viewing area.Swedish Transport Administration (known as Trafikverket) involving the deployment of 600 RFID readers (see Swedish Transport Gets on Track With RFID). The idea of an RFID system to track racing canoes originated with one of the company's employees, an ICF competitor. For spectators, a canoe race can be difficult to observe, since competitors remain out of view for the majority of the event. Typically, participants paddle their crafts across lakes, sometimes disembarking and carrying the boats to another location in order to relaunch. Only when they are close to shore can spectators actually see the competitors and view how well each is doing compared with other racers.
The LearningWell RFID group—led by Mats Persson, the managing director of the company's southern Sweden office—wondered if the technology might help track participants' progress and provide information to those viewing the race from the shore. The group met with the ICF this past spring and agreed to provide the solution for the World Championships, which were scheduled for Sept. 20-22.
The challenge, according to Gunnar Ivansson, LearningWell's senior RFID advisor, was that while passive ultrahigh-frequency (UHF) RFID tags would be affordable and offer a sufficient read range to transmit data to a reader located 10 meters (33 feet) or more away, they could be compromised by the presence of water. Ivansson declines to explain how this problem was overcome, but says the issue resulted from an arrangement by which Persson's group installed the reader antenna as high above the water as possible, while some other reconfigurations were performed to improve tag-reader transmission. There was no time to conduct formal trials prior to the races, he explains, so the system was installed without significant testing being completed.
Prior to the event, each competitor was issued an ID plate—a 6-inch-tall plastic sign printed with a serial number and mounted atop the craft—for the purpose of identifying that individual during the race. In addition, every participant was given a passive EPC Gen 2 RFID tag (also encoded with a unique ID number) to attach to the top of the plate. LearningWell stored the tag's ID on its own software and server, and linked that data with the athlete's name and country of origin, as well as other information imported from the ICF's software.
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