Army researchers track soldiers as they interact with exoskeletons such as the ExoBoot. Photo courtesy of Neil Adams/US Army.
Army researchers are trying to improve how exoskeleton technology adapts to human behavior, by studying how humans interact with intelligent systems.
Researchers at the US Army Combat Capabilities Development Command (DEVCOM) Army Research Laboratory studied soldiers using the Dephy ExoBoot, an exoskeleton device that gives the user assistance at the ankle joint while performing difficult tasks, like hiking with a heavy rucksack. The ExoBoot has an internal computer and mechanical sensors that independently figure out how and when to assist the wearer.
Soldiers have had difficulty adapting to technologies meant to optimize performance in the past, according to DEVCOM scientists. In the new study, they aim to examine brain signals, muscle signals, movement profiles, and walking performance metrics that can track the state of humans while they use the exoskeleton to see how humans adapt to intelligent technology and how brain signals could be used to help “train” the device.
“These signals could give the exoskeleton a better understanding of the human at any moment so that it can make better decisions on how to assist the human,” DEVCOM ARL research scientist J. Cortney Bradford said in a press release.
Researchers recruited 20 test subjects, including a handful of soldiers, for the study, placing dozens of reflective dots on various parts of their bodies to measure how participants move. Researchers also attached 128 electrodes on participants’ scalps to measure brain signals. Participants then walked on a treadmill both with and without ExoBoot assistance.
Researchers will analyze the data for the next several months and present it at national conferences over the summer to get feedback on research pathways, Bradford said.
“Our longer-term objective is to identify the critical biometrics and integrate them into the exoskeleton controls,” Bradford said.
The Army is in the midst of a four-year, $6.9 million research program to evaluate multiple exoskeleton suits for military use, including designs by American defense firms Lockheed Martin and Dephy. Suits under review are designed to enhance physical performance, allowing soldiers to run faster, jump higher, and, as with the ExoBoot, carry heavier loads.
Read Next: Chinese Troops Showcase Super Soldier Exoskeleton Suits on Contested Himalayan Border
Hannah Ray Lambert is a former staff writer for Coffee or Die who previously covered everything from murder trials to high school trap shooting teams. She spent several months getting tear gassed during the 2020-2021 civil unrest in Portland, Oregon. When she’s not working, Hannah enjoys hiking, reading, and talking about authors and books on her podcast Between Lewis and Lovecraft.
Biden will award the Medal of Honor to a Vietnam War Army helicopter pilot who risked his life to save a reconnaissance team from almost certain death.
Ever wonder how much Jack Mandaville would f*ck sh*t up if he went back in time? The American Revolution didn't even see him coming.
A nearly 200-year-old West Point time capsule that at first appeared to yield little more than dust contains hidden treasure, the US Military Academy said.
Since the 1920s, a low-tech tabletop replica of an aircraft carrier’s flight deck has been an essential tool in coordinating air operations.
For nearly as long as the Army-Navy football rivalry, the academies’ hoofed mascots have stared each other down from the sidelines. Here are their stories.
Zelenskyy said on his Telegram channel the weapon was produced by Ukraine’s Ministry of Strategic Industries but gave no other details.
Ambushes make for great action scenes. Here are seven of the best to ever grace the big screen.
South Korea’s Joint Chiefs of Staff said in a statement that the launch occurred Wednesday but gave no further details, such as how far the missile flew.
