Computer Science
Hierarchical Task Network
100%
Network Planning
100%
Energy Saving
87%
Automated Planning
84%
Activity Recognition
74%
Artificial Intelligence
62%
System Management
49%
Web Service Composition
42%
Quality of Service
37%
Lower Light Level
37%
Device Coordinate
37%
Search Algorithm
37%
Concept Mapping
37%
Utility Function
37%
Sequential Pattern Mining
37%
Smart Grid
37%
Ubiquitous Computing
37%
Energy Consumption
18%
Renewable Power
18%
Software Development Tool
18%
Traditional Power Grid
18%
Service Orientation
18%
Power Generator
18%
Domain Knowledge
14%
Planning Technique
12%
Context Change
12%
Energy Efficiency
12%
Service Offering
12%
Office Environment
12%
Lab Environment
12%
Deployment Process
9%
Response Time
9%
Web Service
9%
Composed Service
9%
Functional Property
9%
Modern Software
9%
Component Model
9%
fault-tolerance
9%
Computing Environment
9%
Software Application
9%
Recognizing Accuracy
7%
Recognition Strategy
7%
Integrated Circuits
7%
Context Information
7%
Ontology
7%
Service Composition
5%
Similarity Model
5%
Search Space
5%
World Application
5%
Keyphrases
AI Planning
37%
Activity Recognition
37%
HTN Planning
37%
QoS-aware Service Composition
37%
Hierarchical Task Network Planning
37%
Mining Sequential Patterns
37%
Device Usage
37%
Appliance Usage Prediction
37%
Intelligent Microgrid
37%
Usage Prediction
28%
Economic Savings
25%
Compound Tasks
18%
Risk-sensitive
18%
QoS Parameters
18%
Brute-force Search
18%
Energy Consumption Prediction
18%
Failed Sensor
18%
Hierarchical Task Network
14%
Network Planner
14%
Cogeneration Plant
12%
Operation Cost
12%
Office Environment
12%
User Comfort
12%
Usage Information
12%
Dynamic Electricity Price
12%
Generation Economics
12%
Renewable Generation
12%
User Productivity
12%
Energy Bill
12%
Cash Savings
12%
Device Service
12%
Optimal Deployment
12%
Cloud Deployment
12%
Automatically Control
12%
Building Standards
12%
Building Manager
12%
Continuous Context
12%
Office Occupants
12%
Occupant Experience
12%
Monolithic Structure
12%
Building Energy Consumption
9%
Smart Metering Architecture
9%
Support Threshold
9%
Home Battery
9%
Modified Support
9%
Existing Buildings
9%
Appliance Usage
9%
Artificial Intelligence Planning
7%
Office Space
7%
Autonomous Control
7%
Engineering
Energy Conservation
100%
Energy Engineering
84%
Microgrid
49%
Artificial Intelligence
37%
Smart Grid
37%
Intelligent Buildings
37%
Renewables
34%
Tasks
25%
Energy Usage
25%
Office Buildings
24%
Electricity Cost
12%
Renewable Generation
12%
Smart Metering
12%
Infrastructure
12%
End-Users
12%
Service Failure
12%
Energy Efficiency
12%
Manual Control
12%
Building Management System
12%
Assuming
12%
Battery (Electrochemical Energy Engineering)
12%
Energy Systems
9%
Real Data
9%
Energy Management System
9%
Energy Transition
9%
Energy Resource
9%
Power Grid
9%
Context Information
7%