Press Release on Touch Screen Technology: September-2018

New flexible sensor holds potential for foldable touch screens

Picture a pill that you simply will fold into the dimensions of a phone and place away in your pocket or a synthetic skin which will sense your body’s movements and very important signs. A new, cheap device developed at the University of British Columbia might facilitate build advanced devices like these a reality.

The device uses an extremely semiconducting gel sandwiched between layers of siloxane which will find different types of bit, as well as swiping and sound, even once it’s stretched, closed or bent. This feature makes it fitted to collapsible devices of the long run. [1]

The use of touch-screen tablets in early childhood: Children’s knowledge, skills, and attitudes towards tablet technology

Touch-screen tablets square measure speedily increasing in quality and widespread use. they’re abusive, attractive, and probably powerful learning tools for young kids. This study reports on a qualitative analysis exploring, however, kids use touch-screen tablets in Jordan above all, and what implications this could have for learning and teaching in the early years. A total of forty K-2 children participated in the study (M child age = 6.27 years). Semi-structured interviews and structured observation were used. The results indicate that overall, kids had affordable information on touch-screen tablets and their options. kids viewed touch-screen tablets as associate degree amusive tool quite as a learning tool. [2]

Application of touchscreen technology for early assessment of executive function

Executive functions embody a bunch of psychological feature processes that contribute to the regulation of purposeful reasoning and behavior. They, therefore, play a significant role in a particularly wide selection of our activities. Core parts, that rely on each other to some extent, area unit inhibition, change the content of remembering throughout the course of a task and psychological feature flexibility in shifting between mental sets or reallocating attention to totally different tasks. the present construct of government functioning remains mostly supported by empirical findings in adults. However, a growing body of knowledge on government perform in typical development, early brain injury and variety of neurodevelopmental conditions (eg, attention-deficit disorder, syndrome spectrum disorder) gives insights into organic process factors additionally because of the role of expertise. Assessment remains difficult and during this context, Twomey and colleagues propose to use bit screen technology to guage early psychological feature functioning with instruments that don’t deem verbal language. [3]

Conductive optic lens for interaction with capacitive touchscreen technology

An interactive component to be used with AN interactive bit screen includes a conductive body component and a lens. The conductive body component is tailored to interactively have interaction the interactive bit screen. The lens is supported by the conductive body component. The conductive body component supports the lens relative to the interactive bit screen specified lightweight emitted by the interactive bit screen enters a primary portion of the lens and is visible at a second portion of the lens. [4]

A fMRI Compatible Touchscreen to Measure Hand Kinematics during a Complex Drawing Task

Introduction: The activity of human motion, or mechanics, is changing into progressively necessary. additional specifically the activity of human control will provide necessary data a few varieties of psychological feature processes. However, thanks to the restricted atmosphere of purposeful resonance imaging most studies involving mechanics have concerned straightforward hand movements. we have a tendency to used a resistive touchscreen to live the mechanics of human fine-motor management whereas at the same time deciding the neural basis of that management exploitation purposeful resonance imaging (fMRI).

Methods: Eighteen participants aged twenty-one to forty-five years (10 female) were recruited. throughout a ten-minute purposeful imaging session, we have a tendency to recorded each the purposeful and kinematic response to a dynamic drawing task. we have a tendency to determined the impact of the active touchscreen within the man atmosphere by deciding measures of signal drift and fluctuation. Maps of average neural response to the dynamic drawing task still as measures of drawing ability were determined. [5]

Reference

[1] New flexible sensor holds potential for foldable touch screens

Date: March 15, 2017, Source: University of British Columbia (web link)

[2] The use of touch-screen tablets in early childhood: Children’s knowledge, skills, and attitudes towards tablet technology

Oliemat E, Ihmeideh F, Alkhawaldeh M. The use of touch-screen tablets in early childhood: Children’s knowledge, skills, and attitudes towards tablet technology. Children and Youth Services Review. 2018 May 1;88:591-7. (web link)

[3] Application of touchscreen technology for early assessment of executive function

Dan B, Pelc K. Application of touchscreen technology for early assessment of executive function. (web link)

[4] Conductive optic lens for interaction with capacitive touchscreen technology

Baumann S, inventor; Procreate Brands LLC, assignee. Conductive optic lens for interaction with capacitive touchscreen technology. United States patent US 9,977,513. 2018 May 22. (web link)

[5] An fMRI Compatible Touchscreen to Measure Hand Kinematics during a Complex Drawing Task

  1. Braadbaart1,2, G. Buchan1, J. H. G. Williams2,3, and G. D. Waiter1,2*

1Aberdeen Biomedical Imaging Centre, University of Aberdeen, Lilian Sutton Building, Aberdeen AB25 2ZD, UK.

2SINAPSE Collaboration, UK.

3Clinical Research Centre, Division of Applied Health Sciences, University of Aberdeen, Royal Cornhill Hospital, Aberdeen AB25 2ZH, UK. (web link)

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