A personal computer based environmental control system for the disabled

Aguilera, Francie; Ataeefar, Atafeh; Castellano, Miguel A.; Ginart, Amuray; Grangeia, Glen; La, Louis; MacCrae, Wanda; McKernan, Michael; Moonsammy, Ann; Noel, Yvalth; Padilla, Juan; Patel, Bhrugesh; Reyes, Robert; Ryan, James Owen; Rydzak, Thomas; Shah, Jigish; Sinha, Tara; Valatkavage, John; Zelano, John A.

doi:10.1109/iembs.1992.5761912

Cited by 2 publications

(2 citation statements)

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“…The availability of off-the-shelf, voice-controlled technology has influenced patients' requests and aspirations. The ease of use of speech recognition has led to its inclusion into many types of EC integrated systems [45][46][47] which mobility impaired users seem to prefer [48] due to its speed and relatively effortless interaction [49]. However, the voice-controlled technology embedded in EC devices are not very reliable and limited to a set of commands [50].…”

Section: Ats Design For Mobility Impairments Among Older Peoplementioning

confidence: 99%

Contemporary Themes in the Design of AT for the Ageing Population: Materiality, Co-design and Cultural Influences

Spinelli

Micocci

Tsekleves

et al. 2019

Design of Assistive Technology for Ageing Populations

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Products we purchase are much more than artefacts that fulfil functional needs in our life. We have grown to enact our consumer choices, even those regarding fast moving consumable goods, with careful considerations informed by numerous trials, recommendations and, growingly, environmental concerns in mind. Advanced manufacturing and progress in research and development are providing more choices for consumers even in quite specific and complex product markets. An exemption to this market trend is represented by assistive technologies (ATs). This is a relatively underdeveloped context despite the growing demands for assistive devices by those in later life who need either support in accomplishing everyday life to stay independent or have complex co-occurring conditions. In this chapter, we explore why ATs, especially for older adults, are underdeveloped by exploring issues related to design approaches and cultural and social perceptions that have contributed to making consumers more or less sensitive and demanding towards the role of ATs in their lives. The chapter will conclude with recommendations that may be able to shift the perception of assistive devices so as to facilitate the user's emotional investment in the devices, attachment to them, which, in return, may lead to better adherence and faster adoption.

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Section: Ats Design For Mobility Impairments Among Older Peoplementioning

confidence: 99%

Contemporary Themes in the Design of AT for the Ageing Population: Materiality, Co-design and Cultural Influences

Spinelli

Micocci

Tsekleves

et al. 2019

Design of Assistive Technology for Ageing Populations

View full text Add to dashboard Cite

show abstract

“…The ease of use of speech recognition has led to its inclusion into many types of EC integrated systems [8][9] [10] one of them is SiCare® Pilot. However, studies highlight that speech-controlled EC devices have reliability issues, which result in patients opting for backup systems for functions such as call for help [2].…”

Section: User Experience With Traditional Ec Devices and Speech-cmentioning

confidence: 99%

Enabling by Voice: Voice Enabled Environmental Control (EC) Devices Using Interactive Smart Agents (ISA)

Shamim

Spinelli

Woodcock

et al. 2019

2019 IEEE 23rd International Symposium on Consumer Technologies (ISCT)

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Interactive Smart Agents (ISA) like Amazon Echo are rapidly becoming part of our households. These devices are controlled by the user through conversations in natural language. In turn, these agents control other smart devices around the house. Similar control functionalities are provided by Environmental Control (EC) devices issued to people with severe mobility impairments. EC devices are controlled by scan and click methods (also known as switch methods). In case of severe physical impairments such EC control mechanisms become time consuming, frustrating and undignified. These methods rely on the little available mobility of these patients and don't allow them to use the intact cognitive and communication skills they typically retain. This paper argues that an EC device based on voicecontrolled ISA could be an option to enable SCI patients to have a better quality of life. However, the current design and development of ISA devices makes them dependent on internet for all the speech processing. Which raises issues related to reliability, security and privacy. ISA devices are designed as mainstream consumer technology. However, the patients' demand for ISA instead of traditional EC devices is growing. However due to the shortfalls, ISA are only prescribed in pilot cases. If the technology and design of ISA were to be addressed, they would represent a significant saving to the National Health Services (NHS). This paper aims to highlight the need for a usercentered investigation on the design of ISA based EC devices.

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A personal computer based environmental control system for the disabled

Cited by 2 publications

References 0 publications

Contemporary Themes in the Design of AT for the Ageing Population: Materiality, Co-design and Cultural Influences

Contemporary Themes in the Design of AT for the Ageing Population: Materiality, Co-design and Cultural Influences

Enabling by Voice: Voice Enabled Environmental Control (EC) Devices Using Interactive Smart Agents (ISA)

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