4 septembre

Vous pouvez bien me baiser comme une chienne. Vous pouvez me sortir du sommeil et me demander de me mettre en position. Je peux même la tenir un bon moment avant que vous décidiez à prendre ce qui…

Smartphone

独家优惠奖金 100% 高达 1 BTC + 180 免费旋转




Studying psychological affective states through physiological signals

The talk was titled “Physiological Computing towards Mental Disability Innovation” and was delivered by Youngjun Cho, an Assistant Professor in the Department of Computer Science at UCL. The central topic revolved around physiological computing — as nicely framed by Youngjun — “technology that listens to our bodily functions and psychological needs and adapts its functionality”. This technology is capable of tracking our biological signals in our daily lives and offers an alternative source of implicit data to study psychological aspects of our behaviour.

Youngjun Cho demonstrates through a series of use cases the three components of psychophysiology: sensing, recognition, feedback.

The talk was structured around three key components: (a) sensing: The use of different sensors to capture physiological signals (e.g., cardiac, respiratory), (b) recognition: The application of machine-learning algorithms to extract meaningful information from physiological signals, which in turn are being used as input to classification algorithms, and (c) feedback: How the feedback is communicated with the end user (e.g., visual, haptic, auditory).

Youngjun presented a series of studies in which he utilized thermal imaging cameras for sensing physiological signals and developed models that recognize people’s psychological stress levels and respiration tracking. Thermal imaging camera is a type of thermographic camera that is used to study heat patterns of materials and organisms. The different use cases presented in the talk utilized low-cost thermal imaging cameras to associate thermal signatures with a person’s psychological affective state.

To sum up, data obtained from mobile- and wearable-devices represent a rich source of implicit data about people’s daily lives. That is, it will enable the study of people’s psychological affective states such as stress, emotions, experiences, perception through the lens of people’s biological responses, away from the lab, in order to facilitate the creation of new tools and forms of augmented human interactions.

Add a comment

Related posts:

Getting started

Running business as a digital nomad or remote entrepreneur doesn’t free you from legal compliance. Setting up a Blockchain Smart Company should on the radar of every digital entrepreneur.

Robust Integration Tests With Cypress

If you are writing a moderately complex web application, eventually, you will run into difficulties that can occur when a change in one place has unintended consequences elsewhere in the application…

What the heck is hiihat?

You know how Xerox became the common term for photocopy? Or Kleenex became synonymous with facial tissue? That’s how Google is the noun for search engines. So as I came to tell the story of hiihat…