HCI and deep time: toward deep time design thinking

Rahm‐Skågeby, Jörgen; Rahm, Lina

doi:10.1080/07370024.2021.1902328

Cited by 12 publications

(2 citation statements)

References 57 publications

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“…Ideation is the third phase of the design thinking methodology which is the neutral part in charge of identifying a variety of solutions for the same problem, group work and communication is the way to carry out this phase for this you must know techniques to discuss the best idea for the user [33,34].…”

Section: Ideatementioning

confidence: 99%

Mobile Prototype for the Early Stimulation of Autistic Children with Augmented Reality

Amado¹,

Arenas²

2023

IJETAE

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The Autism Spectrum Disorder is diagnosed from birth is why they must have early stimulation that helps them to control some characteristics, improving their attention, auditory stimulation, and their social stimulation. That is why we have the objective of designing a mobile prototype for early stimulation in children with autism. In the methodology we use Design Thinking which has five phases (Empathize, Define, Ideate, Prototype, Testing) which is responsible for analyzing and solving user needs by proposing innovative ideas, for the mobile prototype we use the Figma tool, with Tinkercad we make 3D models and for an augmented reality we use MetaClass Studio these three tools are complemented to meet our goal. Our results show the solution for each phase of our methodology with 80 people involved in the analysis and finding the main problems, which we are responsible for solving by proposing the mobile application with augmented reality being validated by experts, with a level of acceptance of 94% guaranteeing their approval of the project, The analysis of usability by those involved was very effective with a 96% by specialists in early stimulation, parents and children with autism, guaranteeing a satisfactory, efficient and easy to learn the application. Finally, the project was continuously improved with an analysis of the traditional early stimulation with the mobile application with augmented reality, complementing an optimisation in its use. Keywords—Autism; design thinking; figma; metaclass studio; tinkercad

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Section: Ideatementioning

confidence: 99%

Mobile Prototype for the Early Stimulation of Autistic Children with Augmented Reality

Amado¹,

Arenas²

2023

IJETAE

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“…Technology that uses computer-aided arts and crafts art design to save workers from laborious and time-consuming tasks and obligations has recently been introduced. It is possible to improve the quality and efficiency of arts and crafts art products by following conventional arts and crafts art design concepts [1]. Because of artificial intelligence [2], it has become possible for computeraided arts and crafts to climbing to previously inconceivable heights in terms of both quality and efficiency [3].…”

Section: Introductionmentioning

confidence: 99%

Application of Deep Neural Networks and Human-Computer Interaction Technology in Art and Design Area

Xue-ying

Liu

2022

Wireless Communications and Mobile Computing

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Technological development has given a new dimension to the art and design area. This research implements the deep learning model for human-computer integration technology in art and design with wireless sensor networks. In this human-computer interaction, each person and the devices are treated as network nodes. The user will act as a node requesting access privileges for utilizing the calligraphy design to learn the strokes in the self-pace mode for studies. In this research, the human-computer interaction is implemented for recognizing the strokes and curves in the calligraphy images loaded by the user. This identification will aid the user in learning different styles of calligraphy. The proposed fruit-fly optimization algorithm (FFOA) method is analyzed for high classification accuracy, less delay time, and reduced noise parameters against specific existing algorithms.

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Introduction

Issa

Isaías

2022

Sustainable Design

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HCI and deep time: toward deep time design thinking

Cited by 12 publications

References 57 publications

Mobile Prototype for the Early Stimulation of Autistic Children with Augmented Reality

Mobile Prototype for the Early Stimulation of Autistic Children with Augmented Reality

Application of Deep Neural Networks and Human-Computer Interaction Technology in Art and Design Area

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