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IEEE PERVASIVE computing 2014年第2期13卷 7-9页

作者： Hong, Jason Baker, Mary Carnegie Mellon Univ Pittsburgh PA 15213 USA HP Labs Palo Alto CA USA

To give you a preview of IEEE Pervasive computing's October-December special issue on wearable computing, this installment of Notes from the Community focuses on submissions about wearables. The topics range from the origins of wearable computing to unusual examples of wearables, and from emerging uses to wearables in popular culture.

关键词： wearable Computers Smart Wigs wearable computing Pervasive computing Smart Glasses Animated Sweater

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wearable computing for the Internet of Things

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IT PROFESSIONAL 2015年第5期17卷 35-41页

作者： Cirani, Simone Picone, Marco Univ Parma I-43100 Parma Italy

The authors analyze the characteristics of wearable applications for Internet of Things scenarios and describe the interaction patterns that should occur between wearable or mobile devices and smart objects.

关键词： Internet of Things mobile computing smart phones wearable computers Apple watch Google Glass Internet of things IoT cyber worlds interaction patterns mobile devices physical worlds smart environment smart objects smart wearable devices smartphones social worlds wearable computing wearable devices Biomedical monitoring Internet Internet of things Protocols Smart phones Temperature sensors wearable computing Internet of Things Web of Things human-computer interaction wearable computing

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wearable computing for the developing world

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IEEE PERVASIVE computing 2005年第3期4卷 87-91页

作者： Starner, TE Georgia Institute of Technology

The project was simple to describe: create a "world computer" that could assist the developing world in leapfrogging the industrial stage of economic development. The World Center for computing and Human Resources carried out experiments with 6502 machines such as the Apple II, Atari 400, and Atari 800 and established a pilot project in Senegal. In the end, the expense of the computers and the weight of politics limited the project. Yet, several new efforts are reexamining the concept, commonly termed information and communication technologies (ICT) for development.

关键词： government policies mobile computing socio-economic effects wearable computers ICT development World Center for computing and Human Resources economic development information and communication technology wearable computing world computer ICT information wearable computers Information and communication technology socio-economic effects Mobile computing Pilot Projects Economic Development information technology

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wearable computing for Internet of Things: A Discriminant Approach for Human Activity Recognition

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IEEE INTERNET OF THINGS JOURNAL 2019年第2期6卷 2749-2759页

作者： Lu, Wei Fan, Fugui Chu, Jinghui Jing, Peiguang Su, Yuting Tianjin Univ Sch Elect & Informat Engn Tianjin 300072 Peoples R China

With the rapid development of the wireless sensor network and the continuous improvement of its key technologies, the concept of Internet of Things has been encouraged and extended due to its wide applications in scenarios, such as smart homes and healthcare. Under the background, human activity recognition has drawn great attention in recent years. In this paper, we present a discriminant approach to recognize daily human activities recorded through accelerometer sensor. In the proposed approach, we first use S transform (ST) to extract features, and then introduce a supervised regularization-based robust subspace (SRRS) learning method to learn low-dimensional intrinsic feature representation from the original feature subspace. Particularly, ST has been described as a joint time-frequency representation, which is insensitive to noise. SRRS can learn more robust and discriminative features to reinforce the descriptions of samples while removing noise and redundancy. Experiments are conducted on three publicly available datasets, i.e., wireless sensor data mining, SCUT-NAA, and mHealth demonstrating the superior performance of our proposed scheme compared with state-of-the-art methods.

关键词： Dimensionality reduction human activity recognition (HAR) Internet of Things (IoT) S transform (ST) wearable computing

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wearable computing for Defence Automation: Opportunities and Challenges in 5G Network

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IEEE ACCESS 2020年 8卷 65993-66002页

作者： Sharma, Pradip Kumar Park, Jisun Park, Jong Hyuk Cho, Kyungeun Dongguk Univ Dept Multimedia Engn Seoul 04620 South Korea Seoul Natl Univ Sci & Technol Dept Comp Sci & Engn Seoul 01811 South Korea

Recently, wearable technologies have evolved in the most unexpected field like a military force outside of healthcare, fitness, lifestyle and similar areas. The growing need for soldiers' coordination, training and health, the increase in asymmetric warfare, suspected geopolitical conflicts and soldiers' modernization programs, among others, are some of the factors that fuel the growth of the military wearables market. wearable computation plays an important role in improving the capabilities of the soldier. Further, the 5G network promises a solution to the many network and performance challenges in order to adopt more sophisticated wearable technologies in defense automation. In this paper, we conduct a study to identify the role of wearable computing for the defence automation system. We present the taxonomy of wearable computing in defence automation system and explain the relationship of each attribute. In addition, we identify the raise issues and challenges in communication and cybersecurity when deploying the 5G network in defense automation. Furthermore, we propose the design of the wearable smartwatch architecture as a use case of healthcare transformation in defense automation in the 5G environment.

关键词： wearable computers Automation 5G mobile communication Biomedical monitoring Military computing Taxonomy Sensors wearable computing 5G network security and privacy edge computing

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wearable computing goes live in industry

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IEEE Pervasive computing 2002年第4期1卷 14-19页

作者： Anon

No abstract available

关键词： Maintenance Engineering wearable Computers Engineering computing Shipbuilder wearable computing Field Deployments wearable Pervasive Computers Operational Characteristics Mobile Knowledge Workers Technically Complex Systems Ships Airliners Telecommunication Networks wearable Computers Computer Industry Assembly Computer Displays Application Software Augmented Reality Operating Systems Batteries Firewire Aircraft

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wearable computing from Jewels to Joules INTRODUCTION

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IEEE PERVASIVE computing 2014年第4期13卷 20-22页

作者： Baker, Mary Hong, Jason Billinghurst, Mark Hewlett Packard Labs Palo Alto CA 94304 USA Carnegie Mellon Univ Pittsburgh PA 15213 USA Univ Canterbury Canterbury New Zealand

wearables have been with us for a long time, and they're here to stay. Their capabilities and our expectations change with time, but many of the basic problems remain. This issue touches on designing for unpredictable human behavior, positioning sensors, powering wearables without removing the device from the body, and providing text input on very small displays.

关键词： Special Issues And Sections wearable computing Mobile Communication Mobile Handsets Mobile wearables wearable computing Pervasive computing

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wearable computing: Information and Communication Technology Supporting Mobile Workers

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IT-INFORMATION TECHNOLOGY 2008年第1期50卷 30-39页

作者： Boronowsky, Michael Herzog, Otthein Lawo, Michael Univ Bremen Am Fall Turm 1 D-28355 Bremen Germany

The terms "Ubiquitous computing", "wearable computing", and "Ambient Intelligence" are discussed and it is shown that the methodology of Living Labs will be crucial to the success of wearable computing. Research problems such as energy supply and power management, wearable user interfaces, context detection, and user acceptance and usability are described and illustrated by examples taken from the EU Integrated Project wearIT@work showing how Living Labs are used introducing the technology in practice.

关键词： I.2 [computing Methodologies: Artificial Intelligence] J.7 [Computer Applications: Computers in other Systems] wearable computing Ambient Intelligence Living Labs power management wearable user interfaces for mobile solutions context recognition / wearable computing Ambient Intelligence Living Labs Stromversorgung Benutzungsschnittstellen fur mobile Losungen Kontexterkennung

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wearable computing for railway environments: proposal and evaluation of a safety solution

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IET INTELLIGENT TRANSPORT SYSTEMS 2017年第6期11卷 319-325页

作者： Ferreira, Bruno V. Serejo, Gerson Ferreira, Mylena R. Ferreira, Danilo F. Cardoso, Leon Yoshidome, Ewelton Arruda, Helder Lira, Wallace Ferreira, Jair Carvalho, Eduardo Pessin, Gustavo Souza, Cleidson R. B. Inst Tecnol Vale Appl Comp Lab Belem PA Brazil SENAI Inst Innovat Mineral Technol Belem PA Brazil Fed Univ Para Inst Technol Belem PA Brazil Fed Univ Para Inst Exact & Nat Sci Belem PA Brazil

Railways provide a transport system which is regarded as efficient but which is not immune of risks. The railway environment is also subject to extreme weather conditions including high temperatures, constant exposure to the sun, rainfall and wind. In addition, since it traverses several regions where there is no mobile phone coverage, communication is not possible between trains and people through a central system. Thus, it is worth considering if the development of technological solutions to increase the safety of employees who do maintenance work on the railways, might be a research area of potential value. This is the context in which this study has been undertaken, where an attempt is made to describe a solution based on wearable components for the safety of maintenance staff on the railways. This study outlines some of the challenges that should be taken into account for the solution put forward with regard to aspects of usability linked to people's perceptions of tactile, visual and sound alerts. In addition, there is a description of the solution set out and an assessment of communication devices that are aimed at allowing independence for the network data providers and maintaining the operating system of the whole railway network.

关键词： wearable computers railways railway safety occupational safety maintenance work employee safety railway network operating system network data providers communication devices railway environments wearable computing

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wearable computing: Will it make people prosocial?

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BRITISH JOURNAL OF PSYCHOLOGY 2015年第2期106卷 209-216页

作者： Nasiopoulos, Eleni Risko, Evan F. Foulsham, Tom Kingstone, Alan Univ British Columbia Dept Psychol Vancouver BC V6T 1Z4 Canada Univ Waterloo Dept Psychol Waterloo ON N2L 3G1 Canada Univ Essex Dept Psychol Colchester CO4 3SQ Essex England

We recently reported that people who wear an eye tracker modify their natural looking behaviour in a prosocial manner. This change in looking behaviour represents a potential concern for researchers who wish to use eye trackers to understand the functioning of human attention. On the other hand, it may offer a real boon to manufacturers and consumers of wearable computing (e.g., Google Glass), for if wearable computing causes people to behave in a prosocial manner, then the public's fear that people with wearable computing will invade their privacy is unfounded. Critically, both of these divergent implications are grounded on the assumption that the prosocial behavioural effect of wearing an eye tracker is sustained for a prolonged period of time. Our study reveals that on the very first wearing of an eye tracker, and in less than 10min, the prosocial effect of an eye tracker is abolished, but by drawing attention back to the eye tracker, the implied presence effect is easily reactivated. This suggests that eye trackers induce a transient social presence effect, which is rendered dormant when attention is shifted away from the source of implied presence. This is good news for researchers who use eye trackers to measure attention and behaviour;and could be bad news for advocates of wearable computing in everyday life.

关键词： social presence wearable computing attention eye movements

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