By modifying off-the-shelf harnesses, they've developed a high-tech little backpack that's equipped with sensors and various other gadgets that will help dogs collect information. And of course, there are also sensors to check on the dogs' well-being (reward-based training techniques only). The three kinds of tech included are: environmental monitoring, dog monitoring, and active communication.
1. Passive environmental monitoring devices like microphones, cameras, and gas sensors will allow the dogs to retrieve and transmit data from the field in real time. Additional attachments might include a Geiger counter or sensors specific to natural gas. The sensors can be monitored remotely at the emergency response command center or by dog handlers on a handheld device nearby.
2. The team also developed new devices to monitor a dog's behavior and physiology, like their heart rate. The dog's well-being can be remotely tracked, and the command center can also determine if the canines have picked up a scent or found a specific person, object, or area of interest. The active communication technologies on the harness will allow handlers to relay commands to the dogs.
3. Audio communication, via speakers, have been incorporated into the vest. However, the team thinks a more reliable remote communication will come via tactile inputs; they're training dogs to respond to gentle nudges like a cellphone vibration that come from within the electronic harness itself.
"We're developing a platform for sensors that is designed to be plug-and-play, allowing emergency responders to further customize the harness," Bozkurt explains in a news release. "We plan to continue to engage emergency response personnel to identify and overcome any obstacles to putting these smart-recovery techniques to work in the field," Roberts adds.
The harnesses aren't designed to replace human handlers -- they're more of a supplement, and a way to include dogs in the coordinated response network. After all, dogs can climb obstacles and locate victims accurately, the researchers say, and robots can't match their cognitive capacity, eyesight, hearing range, or sense of smell -- all of which remain efficient after long hours of work.