A new memory framework known as DAAAM enables a robot to rapidly recall rich descriptions and precise locational information about objects it encountered while exploring its environment. This efficient approach could help an autonomous agent quickly answer complex queries about its environment in natural language. 

A new “electronic nose” developed at UC Berkeley can detect the scents associated with spoiled food much more accurately than the human nose. It can also sniff out the presence of common food allergens, like walnuts and peanuts, which can be deadly for those with sensitivities.

A first-of-its kind study led by scientists from Shirley Ryan AbilityLab and Northwestern University utilized lower-limb exoskeletons to facilitate therapist-patient interaction during functional tasks. As part of the intervention, a therapist and a stroke survivor were each equipped with a lower-limb exoskeleton virtually connected at the hips and knees. The intervention led to greater joint range of motion, increased step length and height, and similar muscle activation compared to conventional therapy, as well as high self-reported motivation and enjoyment.

Study used lower-limb exoskeletons to facilitate therapist-patient interactions while performing functional tasks. Therapist’s and stroke survivor’s exoskeletons were virtually connected at the hips and knees. Patients reported high levels of motivation and enjoyment from new therapy.