Towards Platform Specific Energy Estimation for Executable Domain-Specific Modeling Languages

Energy consumption is becoming a major subject when designing, developing and running programs. Most developers code and run their applications in an energy oblivious manner, mostly because of a lack of energy-related knowledge about their system. This problem also exists in the realm of executable...

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Published in:2019 ACM/IEEE 22nd International Conference on Model Driven Engineering Languages and Systems Companion (MODELS-C) pp. 314 - 317
Main Authors: Beziers la Fosse, Thibault, Tisi, Massimo, Bousse, Erwan, Mottu, Jean-Marie, Sunye, Gerson
Format: Conference Proceeding
Language:English
Published: IEEE 01.09.2019
Subjects:
Adaptation models
Codes
Domain specific languages
Energy consumption
Energy Estimation
Energy measurement
Engines
Estimation
Model driven engineering
Semantics
xDSMLs
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Abstract Energy consumption is becoming a major subject when designing, developing and running programs. Most developers code and run their applications in an energy oblivious manner, mostly because of a lack of energy-related knowledge about their system. This problem also exists in the realm of executable domain-specific modeling languages, where end-users create models conforming to a given meta-model and execute them with little knowledge about their operational semantic and related energy consumption. In this work, we propose a domain-specific language for decorating meta-models of executable languages with platform-specific energy estimation formulas. We also extend the GEMOC execution engine to dynamically perform energy estimations on any executable model conforming to the decorated meta-model. The energy estimation model defined can then be easily adapted to other models and platforms, without requiring any measurement tooling or knowledge from the end-user.
AbstractList Energy consumption is becoming a major subject when designing, developing and running programs. Most developers code and run their applications in an energy oblivious manner, mostly because of a lack of energy-related knowledge about their system. This problem also exists in the realm of executable domain-specific modeling languages, where end-users create models conforming to a given meta-model and execute them with little knowledge about their operational semantic and related energy consumption. In this work, we propose a domain-specific language for decorating meta-models of executable languages with platform-specific energy estimation formulas. We also extend the GEMOC execution engine to dynamically perform energy estimations on any executable model conforming to the decorated meta-model. The energy estimation model defined can then be easily adapted to other models and platforms, without requiring any measurement tooling or knowledge from the end-user.
Author Bousse, Erwan
Sunye, Gerson
Beziers la Fosse, Thibault
Mottu, Jean-Marie
Tisi, Massimo
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  givenname: Gerson
  surname: Sunye
  fullname: Sunye, Gerson
  organization: Université de Nantes
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Snippet Energy consumption is becoming a major subject when designing, developing and running programs. Most developers code and run their applications in an energy...
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StartPage 314
SubjectTerms Adaptation models
Codes
Domain specific languages
Energy consumption
Energy Estimation
Energy measurement
Engines
Estimation
Model driven engineering
Semantics
xDSMLs
Title Towards Platform Specific Energy Estimation for Executable Domain-Specific Modeling Languages
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