Project II Rule Optimizer for the Atlas Reactivity Engine CNT 55175564

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Project IIRule Optimizer for the Atlas
Reactivity Engine CNT 5517-5564

• Dr. Sumi Helal
• Computer Information Science Engineering
  Department
• University of Florida, Gainesville, FL 32611
• helal_at_cise.ufl.edu

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Manuals Downloads

• Sample Atlas Application Code
• http//www.cise.ufl.edu/helal/classes/AtlasKitSam
  pleApp.zip
• The Atlas Emulator Manual Download
• http//www.icta.ufl.edu/atlas/emulator/
• The Atlas Reactivity Engine
• http//www.cise.ufl.edu/helal/classes/AtlasRE.zip

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Overall Architecture
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Atlas RE Engine

• An Event/Condition/Action paradigm
• A programming model for pervasive space
• A Command line interface to interact with the
  engine
• View Basic Events Actions.
• Predefine Events, Conditions and Actions
• Define Rules
• Accept commands Provide results/feedback
• Engine interacts with the sensors /actuators
  through the Atlas middleware

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EVENTS
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Conditions
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Rules
Actions
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Commands
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Tokens Delimiters
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Time/Frequency Modifier
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Project II Summary

• Understand all the components
• Study source code of RE Engine
• Add the TFM concept to EVENT definition
• Modify RE Engine to implement TFM
• Develop the Optimizer
• Think and create your algorithms
• Implement
• Assess the success/failure of your Optimizer

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Deliverables