2011 2nd Asia-Pacific Conference on Wearable Computing Systems
（ EI Compendex & ISTP）
Changsha, March 19-20, 2011,
APWCS is a leading Asia-Pacific Conference on Wearable Computing Systems. APWCS was started in 2010. The theme of APWCS 2011 is: Wearable Systems for Tomorrow"s Industry with a vision to sink present innovative international research and source for the development of tomorrow"s computing system. The mission is to bring together innovative academics and industrial experts in the field of Wearable Systems,Usability, HCI and Human Factors to a common forum.
All accepted APWCS2011 papers will be published by IEEE, which will be indexed by EI Compendex and ISTP. APWCS2010 was held in Shenzhen China in Apr. 2010, proceeding of APWCS 2010 was indexed by EI compendex only 3 months after conference.
2011年第二届IEEE亚太可穿戴计算系统国际学术大会将于3月19-20日在中国长沙召开（EnPapers 论文翻译、英文论文修改、SCI论文润色）。会议由IEEE、国际智能信息技术应用学会（IITA）和ACM Hongkong Chapter联合主办（EnPapers 论文翻译、英文论文修改、SCI论文润色）。中文或英文均可投稿，但所有论文必须有英文题目，英文摘要和英文参考文献（EnPapers 论文翻译、
英文论文修改、SCI论文润色）。APWCS2011
会议论文集将由美国IEEE出版社出版，所有录用的论文将被EI和ISTP检索（EnPapers 论文翻译、英文论文修改、SCI论文润色）。优秀论文会后将推荐到SCI或EI国际期刊发表（EnPapers 论文翻译、英文论文修改、SCI论文润色）。第一届APWCS于2010年4月在深圳召开，论文集在会后仅3个月就全部被EI索引（EnPapers 论文翻译、
英文论文修改、SCI论文润色）。
*Paper submission投稿
中英文稿件均可，但是中文稿件必须同时有中英文题目、中英文摘要和中英文参考文献(格式模板见附件),中、英文论文均可被EI索引
*
优惠注册价格&灵活参会方式优惠注册价格：非学生注册2650，学生注册2400，相同第一作者第二篇起每篇仅收1850出版费
参会作者现场领取论文集和发票，没到会作者论文集和发票在会后一个月内速递,不影响论文索引
* Important Date:
Paper Submission Deadline： Feb. 25, 2011
Acceptance notification (录用通知): Feb. 28, 2011 (We will review paper as soon as possible)
* Contact us: The secretary of APWCS 2011
Tel: +86-13719187412, Dr Wang
Email:
apwcs2011reg@126.com 咨询QQ：1759693798
TOPICS：
Submissions of papers describing original work in, but not limited to, the following topics are enthusiastically encouraged.
1. Wearable Systems
Wearable system design, wearable displays and electronic textiles
Wearable sensors, actuators, input/output devices and power management systems
Interaction design, industrial design of wearable systems
Wearable sensor networks for sensing context-awareness, activity or cognitive state
Software and service architectures, infrastructure based as well as ad-hoc systems
Operating systems issues related to wearable computing, including issues such as dependability,
fault-tolerance, security, trustworthiness and power management
Networks, including wireless networks, on-body networks, and support for interaction with other wearables,
pervasive and ubiquitous computing systems or the Internet
Cooperative wearables, ensembles of wearable artefacts, coordination or wearables
Techniques for power management and heat dissipation, and manufacturing issues
2. Usability, HCI and Human Factors in Wearable Computing
Human factors issues with and ergonomics of body worn computing systems
User modeling, user evaluation, usability engineering of wearable systems
Systems and designs for combining wearable and pervasive/ubiquitous computing
Interfaces, including hands-free approaches, speech-based interaction, sensory augmentation, haptics, and human-centered robotics
Social implications, health risk, environmental and privacy issues
Wearable technology for social-network computing, visualization and augmentation
Experience design
3. Applications of Wearable Systems
Wearable systems in consumer, industrial, work, manufacturing, environmental, educational, medical, sports, wellness,
health care and ambient assisted living domains
Wearable systems in culture, fashion and the arts
Smart clothing, for people with disabilities, and for elderly enablement
Use of wearable computers as components of larger systems, such as augmented reality systems,
training systems and systems designed to support collaborative work
Formal evaluation of performance of wearable computer technologies, and comparisons with existing technologies
4. Mobile Phones as Wearables
Mobile applications designed for / delivered through cell phones
Cell phone services, cell phone designs, cell phones as personal computers
Cell phone technologies, e.g. combining short and long range radios, multimedia streaming
Extending cell phone hardware e.g. sensing, novel IO modalities, embeddings
Cell phone interaction, cooperative cell phones, grids and clouds of cell phones
Studies based on cell phone deployments (especially large scale)
