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January 21, 2017

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January 21, 2017

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January 21, 2017

High-powered Eagles soar past UMass -

January 21, 2017

UMass women’s basketball suffers disappointing loss to St. Bonaventure at Mullins Center Thursday -

January 19, 2017

REPORT: Tom Masella out as defensive coordinator for UMass football -

January 19, 2017

Zach Lewis, bench carry UMass men’s basketball in win over St. Joe’s -

January 19, 2017

UMass women’s basketball handles Duquesne at home -

January 16, 2017

UMass men’s basketball’s late comeback falls short after blowing 15-point first-half lead -

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UMass hockey outlasted at home against No. 6 UMass Lowell -

January 14, 2017

Hailey Leidel hits second buzzer beater of the season to give UMass women’s basketball win over Davidson -

January 13, 2017

UMass football hosts Maine at Fenway Park in 2017 -

January 12, 2017

UMass men’s basketball snaps losing streak and upsets Dayton Wednesday night at Mullins Center -

January 11, 2017

UMass women’s track and field takes second at Dartmouth Relays -

January 10, 2017

UMass hockey falls to No. 5 Boston University at Frozen Fenway -

January 8, 2017

UMass professor to make third appearance on ‘Jeopardy!’ -

January 8, 2017

UMass women’s basketball suffers brutal loss on road against Saint Joseph’s -

January 7, 2017

UMass men’s basketball drops thirds straight, falls to VCU 81-64 -

January 7, 2017

UMass men’s basketball drops tightly-contested conference matchup against George Mason Wednesday night -

January 4, 2017

Late-game defense preserves UMass women’s basketball’s win against rival Rhode Island -

January 4, 2017

Therapy robot developed at UMass has successful first test run

Courtesy of UMass.edu

Robots may now play a role in some stroke patients’ recoveries, providing social contact, among other treatments, to help counter the nation’s shortage of specialized therapists and the financial obstacles associated with long-term treatment.

Such technology is being developed on the University of Massachusetts campus, as UMass researchers recently announced the successful test run of its humanoid robot, uBot-5, which delivers speech and physical therapy treatment to people recovering from a stroke.

Their research involved a study focusing on a 72-year-old male stroke patient. The study observed his interactions with the robot as it delivered word-retrieval games and arm movement tasks, according to a University release.

“Stroke rehabilitation is such a monumental financial problem everywhere in the world … A personal robot could save billions of dollars in elder care while letting people stay in their own homes and communities,” said Rod Grupen, the director of Laboratory for Perceptual Robotics at UMass, in the release. “We’re hoping for a win-win where our elders live better, more independent and productive lives and our overtaxed healthcare resources are used more effectively.”

Over the course of the 15-week experiment, the patient, who had aphasia and physical disability on one side of his body, made gains in upper arm movements as well as in verbal expression, the release said.

Their findings were described in the most recent issue of the journal “Aphasiology,” the release added.

Ongoing tests are being conducted in the Lederle Graduate Research Center via the Laboratory for Perceptual Robotics.

“We’re a robotics group, we just want to use (the robot) in a rehab setting,” said Ph.D [MNU1] computer science student Hee Tae Jung. Jung has been working on the project for about four years.

The study of rehabilitation using robots started with Grupen and speech language pathologist and UMass communications disorder assistant professor Yu-Kyong Choe in 2008. Choe has mostly worked with stroke patients in order to develop a speech computer program to use for rehabilitation therapy.

“I came here, I met Rob Grupen in computer science, and he developed a robot … to have some health care application,” she said.

Choe combined her speech therapy computer program with Grupen’s robot to create a machine capable of facilitating physical and speech therapies.

In such dual therapy sessions, uBot-5 and the stroke patient sit across from each other. The robot points to letters and the patient, working to improve upon either speech dysfunction and/or arm dysfunction, holds his or her hands together to write the word the robot has requested.

“We try to combine as many things as possible in one task,” Choe said.

The therapist runs the robot through a video screen, using a movement detection system similar to Xbox Kinect, which instructs the child-size uBot-5 to mimic the movements of its controller. However, the robot’s independent movements are somewhat limited, and the commands preprogrammed into it are not extensive. This issue has resulted in interruptions in the robot’s functions during testing, according to Jung.

After the tests have been completed the therapists do a measure of quality of life in the patient to see if any improvements have been made.

According to Jung, for each single subject case study the observers spend up to five weeks with the patient and average about three sessions weekly. Patients are given a five week-long break to prevent any carryover effect before returning to another five weeks of testing. The process lasts approximately three months, and so far, only two volunteers have been observed this year.

“In addition to improving quality of life, if we can support a client in the home so they can delay institutionalization, we can improve outcomes and make a huge impact on the cost of elder care,” said Grupen in the release. 

The testing and studies with uBot-5 are still ongoing within the Laboratory for Perceptual Robotics, now in its second year of a $109,251 grant from the American Heart Association.

Paul Bagnall can be reached at pbagnall@student.umass.edu.

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