User Experience Design of Stroke Patient Communications Using Mobile Finger (MOFI) Communication Board With User Center Design Approach

Priana, Aan Jelli; Tolle, Herman; Aknuranda, Ismiarta; Aristijono, Eko

doi:10.3991/ijim.v12i2.7937

Cited by 4 publications

(3 citation statements)

References 5 publications

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“…Therefore, needing the Design Specification to tackle aesthetics and functionality. Quotidian activities have been utilised in other health studies, Priana et al, [18] termed this Activity Daily Living and used User Centred Design (UCD) & User Experience (UX) to develop stroke communication boards into a smart phone/mobile application from observing patients and conducting questionnaires. Dermawi et al, also highlights the UCD approach in regard to deaf people [19].…”

Section: Clothing: 9 (25%)mentioning

confidence: 99%

Raynaud’s Phenomenon Impact on Quotidian Quality of Life

et al. 2020

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Objective: To gain further understanding into the needs of Raynaud’s phenomenon (RP), patient questionnaires were conducted in England, UK 2017 at an SRUK patient conference and Porto, Portugal 2018 at Central Hospital Universitário Porto (CHUP). The questions focused on daily activities and experience. Method: Sixty-four participants answered questions on their daily experience with RP, specific and general. Analysis grouped results into topics quantified by number and %. Results: Although many tasks trigger RP episodes, some are more problematic than others, e.g. peeling vegetables; for many, the pain (46.9%) is not the worst part, but instead the hinderance in function, inability (73.4%) especially regarding hands and fingers. Conclusion: A Design Specification (DS) criteria for RP patients’ hands is formed through the listed activities. The key needs identified for RP patients fingers and hands are maintenance of: Dexterity, Tactility and Comfort whilst cohering to aesthetic needs & wellbeing.

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Section: Clothing: 9 (25%)mentioning

confidence: 99%

Raynaud’s Phenomenon Impact on Quotidian Quality of Life

et al. 2020

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“…Various design methods that helps for designing a model is discussed in [13]. The mobile health care applications were created and implemented for various health issues [14] [15].…”

Section: Literature Surveymentioning

confidence: 99%

Increasing Lifetime through Sleep Awake and Conditional Transmission in Wireless Body Area Networks

Jayaraman¹,

Rajesh²

2019

Int. J. Interact. Mob. Technol.

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Human health is being monitored by wireless sensors from their home using wireless body area networks. Increase in the wireless body sensors made human to monitor health with great ease. Patient need not be stay in hospital for long time instead they may use body sensors and they may monitor their health from their residence itself. So that patients easily will be moving around their residence. Even though development of technology made ease of every task there are also constraints that need to be reduced. Since the body nodes are very tiny the battery used for the sensor is also small, in turn the battery capacity is also greatly reduced. So the life time of the sensor nodes are very low and in turn network lifetime also will be very less. In order to increase the life time of the node energy consumption should be monitored with more care. In our proposed system we implement sleep awake method along with conditional transmission to reduce the energy consumption that automatically increases the life time of the node as well as network. Our proposed method gives better result when compare with the performance of other methods in saving energy.

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“…Current smartphone technologies are widely used to support self-care. Smartphones provide devices and cameras that could be applied to develop applications that help patients [6][7][8][9][10]. Moreover, Internet of Things (IoTs) technology to communicate between sensors and mobile phones uses the internet as the medium of communication.…”

Section: Introductionmentioning

confidence: 99%

Intelligent Dust Monitoring Application in Patient Room

et al. 2021

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Due to an ongoing epidemic, the number of hospitalized bedridden patients has increased. It is imperative to closely monitor the hospital room and maintain and clean it regularly to avoid harm to the patients. The accommodations may not be within the standards for a bed-bound patient’s room. The patient has a risk of contracting a respiratory disease, or having an asthmatic attack, if exposed to high levels of PM1, PM2.5, or PM10 dust that cannot be seen with bare eyes so the risk factor is not easy to notice. The goal of this study was to develop a dust monitoring system for hospital bedrooms using IoT, so that the caregivers can monitor air quality in the room. By applying the Internet of Things (IoTs) technology to communicate between sensors and mobile phones, the internet serves as the medium for communication. The demonstration system in the room was equipped with 5 sensor cluster, each measuring: temperature, humidity and dust sensors for PM1, PM2.5, and PM10. Decision trees were trained to predict the outcome of cases after collecting data. The final decision tree model reached an overall classification accuracy of 92.8%. The system could alert for housekeeping or turn on or off an automatic dust remover based on the amount of dust in the room. It also supports cleaning and dust removal to ensure that the bed patient’s room is appropriate and reduces the risk of respiratory diseases caused by dust.

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User Experience Design of Stroke Patient Communications Using Mobile Finger (MOFI) Communication Board With User Center Design Approach

Cited by 4 publications

References 5 publications

Raynaud’s Phenomenon Impact on Quotidian Quality of Life

Raynaud’s Phenomenon Impact on Quotidian Quality of Life

Increasing Lifetime through Sleep Awake and Conditional Transmission in Wireless Body Area Networks

Intelligent Dust Monitoring Application in Patient Room

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