Memory recollection AI project hopes to integrate into wider health, education, domestic and care settings

Memory recollection AI project hopes to integrate into wider health, education, domestic and care settings

Memory loss in people with Alzheimers illness takes place in reverse sequential order, with pockets of long-term memory remaining accessible even as the disease progresses, the National Robotarium highlights.

The concept for the “ground-breaking” Agent-based Memory Prosthesis to Encourage Reminiscing (AMPER) project originated from Dr. Mei Yii Lim, a co-investigator of the project and an experienced memory modelling researcher.

Researchers at the National Robotarium, hosted by Heriot-Watt University and the University of Edinburgh, are developing an expert system (AI) companion that will help memory recollection, boost confidence and combat anxiety in people living with Alzheimers disease and other kinds of dementia.

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Earlier this year, the National Robotarium partnered with Leuchie House to trial assisted living technologies. Robotics and AI innovations will be established at the National Robotarium to help individuals with a broad variety of assistive needs.

As soon as established, the AI technology will be accessed through a tablet-based interface to make it more low-cost and extensively available. The research group at the National Robotarium prepares to individually examine making use of a desktop robot to figure out if there are benefits to be acquired by having a 3D representation of a character.

Dr. Lim discusses: “AMPER will check out the capacity for AI to assist access a persons individual memories residing in the still viable regions of the brain by producing natural, relatable stories. These will be tailored to their distinct life experiences, age, social context and altering needs to encourage thinking back.”

While many present rehabilitative care methods concentrate on physical help and repetitive advising methods, AMPERs AI-driven user-centred approach will concentrate on personalised storytelling to assist bring a patients memories back to the surface area.

Difficulties in interacting with others and decreased self-confidence are typically experienced by people with dementia and can frequently lead to individuals becoming withdrawn or depressed, the National Robotarium highlights.

” AI technology has the prospective to play a critical function in improving the lives of individuals living with cognitive illness. Our ambition is to develop an AI-driven buddy that uses patients and their caretakers a flexible service to assist offer a person a sustained sense of self-regard, social approval and self-reliance.

The jobs long-lasting vision is to help show how AI buddies can end up being more commonly utilized and integrated into domestic, academic, health and assistive-needs settings.

” The UK Government is investing ₤ 21m in the National Robotarium to support world-leading research in Scotland with the prospective to improve peoples lives all over.”

Professor Ruth Aylett from the National Robotarium is leading the research study. We understand that individuals can experience really various signs that need a variety of assistance actions. Present intervention platforms used to help memory recollection typically take a one-size-fits-all technique that isnt always appropriate to a persons unique requirements.

UK Government Minister for Scotland Iain Stewart commented: “Alzheimers illness is one of the cruellest and most challenging diseases anybody can face, so it is really motivating to hear that A.I. could help deal with some of the symptoms of dementia and improve the quality of life for those afflicted.


The National Robotarium belongs to the Data-Driven Innovation effort and is supported by ₤ 21 million from the UK Government and ₤ 1.4 million from the Scottish Government through the ₤ 1.3 billion Edinburgh and South East Scotland City Region Deal– a 15-year financial investment program collectively funded by both federal governments and local partners.

Operating in collaboration with the University of Strathclyde, the group at Heriot-Watt University have been awarded ₤ 450,000 of financing by the Engineering and Physical Sciences Research Council (EPSRC), part of UK Research and Innovation (UKRI).

Earlier this year, the National Robotarium partnered with Leuchie House to trial assisted living innovations. Robotics and AI technologies will be developed at the National Robotarium to help people with a large range of assistive requirements. For instance, to supply support after a stroke, and to keep track of for degeneration in conditions such as dementia.

” Through jobs like AMPER, were able to highlight the many ways AI and robotics can both help and improve life for people now and in the future. At the National Robotarium, were working on research that will benefit people in adult care settings along with across a vast array of other sectors that will make life simpler, much safer and more supported for people.”

By integrating sensor technology and robotics, data on Leuchie House visitors can be collected over longer time periods, assisting to keep an eye on patients and alert carers to when a care package may require to be examined.

Project partners consist of the charity Sporting Memories, which provides reminiscence treatment to individuals with dementia through video footage in day care centre settings, NHS Scotland Neuroprogressive and Dementia Network, and the Latin American Network for Dementia Research.

By using AI to assist memory recollection, scientists at the National Robotarium hope that a persons sense of worth, importance and belonging can be restored and lifestyle enhanced.

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Professor Ruth Aylett from the National Robotarium is leading the research. She stated: “One of the most hard aspects of living with dementia can be changes in behaviour triggered by confusion or distress. We understand that individuals can experience really different signs that require a series of support actions. Current intervention platforms used to assist memory recollection frequently take a one-size-fits-all method that isnt always ideal to a persons unique requirements.