Computer Science
Accuracy
84%
Application
7%
Artificial Neural Network
84%
Autocorrelation Function
15%
Computation
9%
Computational Efficiency
7%
Computational Power
9%
Computer
37%
Current-State
37%
Decision Process
75%
Decision Strategy
75%
Dynamic Programming
69%
Electrical Energy
10%
Energy Storage Device
21%
Ensemble Average
9%
Events
7%
Experimental Result
37%
Linear Programming
10%
Markov Chain
100%
Mean Absolute Error
18%
Model Accuracy
7%
Models
22%
Moving Average
9%
Networks
9%
Neural Network
37%
Neural Network Model
9%
Optimal Strategy
9%
Optimization Strategy
75%
Perfect Knowledge
37%
Probability
59%
Programs
100%
Relative Position
9%
Software
84%
State Space
7%
Statistical Model
7%
Support Vector Machine
75%
System Analysis
10%
Temporal Characteristic
7%
User Requirement
7%
Vectors
9%
Vehicle Routing
24%
Social Sciences
Attitudes
75%
Boat
50%
Capacity
10%
Computer Storage Devices
21%
Decision
24%
Electric Power
10%
Electricity
75%
Experiments
24%
Forecasting
24%
Location
24%
Loss
24%
Performance
24%
Policy
24%
Practice
10%
Prices
75%
Probability
50%
Problem
24%
Program
24%
Programming
10%
Revenue
75%
Stochastics
24%
Storage
75%
Strategy
35%
Tactics
75%
Technology
10%
Time
24%
Vehicle Routing Problem
24%
Winds
75%
Yacht
75%
Earth and Planetary Sciences
Artificial Neural Network
75%
Autocorrelation
15%
Average
18%
Data Set
7%
Datum
31%
Decision
9%
Dependence
15%
Effectiveness
18%
Efficiency
7%
Error
18%
High Frequency
7%
Increasing
9%
Input
37%
Investigation
7%
Length
18%
Markov Chain
75%
Mathematical Model
75%
Model
30%
Network
9%
Neuron
9%
Output
9%
Position (Location)
7%
Race
18%
Ratio
9%
Selection
9%
Show
9%
Size
9%
State
22%
Support Vector Machine
75%
Tactics
9%
Term
9%
Time
9%
Time Series
22%
User Requirement
7%
Utilization
7%
Vector
9%
Wind
75%
Wind Direction
75%
Wind Velocity
30%