2012绿色与泛技术国际会议2012-03-08

2011-11-16 00:00

会议名称(中文):  2012绿色与泛技术国际会议 
会议名称(英文):  2012 International Conference in Green and Ubiquitous Technology 
所属学科:  能源技术基础与储能节能,再生能源技术与工程,建筑学与建筑技术,土木工程,环境工程 
开始日期:  2012-03-08 
结束日期:  2012-03-09 
所在国家:  印度尼西亚   
主办单位:  IEEE Indonesia Section 
协办单位:  International Association of Management Science and Industrial Engineering  
[ 组织结构 ] 会议主席:  Wahidin Wahab, IEEE Indonesia Section 
组织委员会主席:  Ivan Jelínek, Czech Technical University In Prague, CZ 
程序委员会主席:  Ford Lumban Gaol IEEE Indonesia Section and ACM Indonesia Section 
 
[ 重要日期 ] 摘要截稿日期:  2011-11-10 
全文截稿日期:  2011-11-10 
论文录用通知日期:  2011-12-10 
交修订版截至日期:  2011-12-20 
参会报名截止日期:  2011-12-20 
[ 会务组联系方式 ] 联系人:  Dr. Ford Lumban Gaol 
联系电话:  6281316205761    
E-MAIL:  gutconf@gmail.com 
通讯地址:  Perumahan Menteng Metropolitan Kav K3- No1 7. Cakung. Jakarta    
会议注册费:  350USD 
会议网站:  http://www.gut-conf.org 
会议背景介绍:  2012 International Conference in Green and Ubiquitous Technology (Green- Ubiquitous Tech, GUT-2012), focuses on the role of Information and Communication Technology, or Ecological Technology, to accomplish more eco-responsible behavior of people and energy efficiency in computing and promoting environmentally friendly computer technologies and systems.  The event aims at bringing together researchers and practitioners who are interested in both Information and Communication Technology and  the ecological  impact of computing on the environment. Industrial expertise who are committed to work on the development of eco-effective technologies and technology applications are also welcome. The current United Nations Millenium Declaration, people and countries have been strongly  encouraged to reach better, conservation and sustainable development of all resources provided by nature. Although views may differ, most scientists would attribute a key role to technology in achieving this. Information technology, in particular, can provide monitoring facilities, control systems, intelligent construction models and so on. From a scientific point of view we especially welcome input considering the promise that Service-Oriented Architectures hold as an enabler of sophisticated mechanisms that would support a transition to or monitoring of environment-friendly solutions. The four directions in which we are envisioning the impact of the conference are: Intelligent of Energy Consumption System for Global Warming; Computing Platforms for  Efficient Sharing of Infrastructures Resources; User Interface Design  that Facilitate Green Behavior of Humans and Research and Development  Contribution  for Greening the IT Industry.

The proceedings of GUT 2012 will be published by IEEE (IEEE Catalog Number: CFP1256R-PRT, ISBN: 978-1-4577-2170-0) and indexed by Ei Compendex and ISTP.

 
征文范围及要求:  CONFERENCE AREAS
Papers should address one or more of these areas which are further elaborated below. Authors may address one or more of the topics that are listed below whose list is however not exhaustive. Unlisted but related topics are also acceptable provided they fit in one of the topic areas. Considering the defined scope and other elaborations regarding GUT 2012, we provide below the following list of conference areas:
AREA 1: Intelligent Management of Energy Consumption and CO2 Output
Energy-efficent Computing
Monitoring Resource Usage and Energy Consumption
Controling Resource Usage and Energy Consumption
Intelligent Energy Management
Demand Side Energy Management
AREA 2: Computing Platforms that Support Efficient Sharing of Resources
Green Data Centers
Virtualization
Green Power Grid
Virtual Power Stations
Smart Grids
Mobility Related Solutions
AREA 3: ICT Applications that Facilitate Green Behaviour of Humans
Environment-related Risk Mitigation
Teleworking
Green Printing
Remote Collaboration
Tele-conferences
Green Logistics
AREA 4: Research and Design as Inspiration for Greening the IT Industry
Green Design
Green Metrics
Strategies for Deployment and Operation
Simulation and Gaming
Hardware Design
Green IT Lessons (Experience, Case Studies)
Measuring Environment-related Impact
Area 5: Energy Saving Technology
Energy-aware algorithms and application formulations
Energy-efficient application design
Algorithms for reduced power, energy and heat
Energy-aware language abstractions, programming systems
Code profiling and transformation for energy efficiency
Programming models extensions for energy efficiency
Energy-aware runtime and middleware
Energy-efficient scheduling and resource allocation
Energy-efficient grid, cloud, and data center technology
Energy-aware virtualization
Energy efficiency and virtualization
Energy, performance, quality of service and other resource tradeoffs
Energy-efficient architectures
Energy saving architectures
Future energy-efficient architectures
System-level optimization, cross-layer coordination
Energy-aware large scale distributed systems, such as Grids, Clouds and service computing
Energy-aware network equipments and applications
Energy-efficient mass data storage and processing
AREA 6:  Applications and Interdisciplinary Topics
Relationship among energy consumption, speed, security , safety, availability, fault tolerance and reliability
Energy-aware high performance computing and applications
Green computing in multi core/many core systems
Green computing in data centers, embedded systems and supply chains
Low-radiation in w ireless devices and e-waste
Computer occupational diseases and INTERNET harmful information filtering
Ergonomics
Applications in environment protection, healthcare, creature conservation, mobile, avionics, aerospace, control, etc.
Education, experience, case studies, and lessons learned for green computing systems and applications
 
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