ResearchBib Share Your Research, Maximize Your Social Impacts
Sign for Notice Everyday Sign up >> Login

GIBSE 2013 - Green in Software Engineering, Green by Software Engineering (GIBSE)

Date2013-03-25

Deadline2012-12-21

VenueFukuoka, Japan Japan

Keywords

Websitehttp://trese.ewi.utwente.nl/workshops/GIBSE/

Topics/Call fo Papers

The increasing amount of energy consumption of today’s IT solutions significantly contributes to green house gas emissions. “Green Computing” or “Green IT” emphasizes the need for reducing the environmental impacts of IT solutions by reducing their energy consumption and, thus, greenhouse gas emissions. From the software engineering point of view, we believe that green-ness is an emerging quality attribute that must be taken into account throughout the software development process. In this workshop, we seek for dedicated software engineering techniques to incorporate green-ness attributes in each step of the software development process. In addition, we seek for software-based solutions that enable achieving green-ness in industrial processes.
Call for Papers
The submissions are encouraged in, but not limited to, the following topics:
Green-ness in software engineering:
Methods and techniques to elicit and model green-ness requirements
Methods and techniques to identify and analyze the trade-offs among the green-ness requirements themselves and other quality attributes
Methods and techniques to model and analyze the green-ness attributes of software architecture and their trade-offs
Dedicated programming infrastructures, component models, compilers, and linguistic constructs to achieve green-ness in the implementations
Methods and techniques to represent green-ness requirements in test scenarios
Method and techniques to test the green-ness of software
Crosscutting nature of green-ness attributes and the aspect-oriented techniques to cope with it
Green-ness by software engineering:
Design of self-energy-adaptive system architectures
Estimating and measuring the energy-consumption of system at design and runtime
Design and run-time energy models for self-energy-adaptive system
Multi-objective optimization of energy and other quality attributes

Last modified: 2012-12-01 14:22:41