Keyphrases
Vehicular Ad Hoc Networks
100%
Set Size
100%
Hierarchical Q-learning
100%
Neutrosophic AHP
100%
Cooperative Transmission
66%
Probability-based
66%
Threshold Method
66%
Analytic Hierarchy Process
66%
Transmission Cost
66%
Relative Preferences
66%
Threshold Probability
66%
Size Threshold
66%
Neutrosophic Set
66%
Redundancy
33%
Reward Function
33%
Performance Efficiency
33%
Multiple Vehicles
33%
Delivery Ratio
33%
NS-2
33%
Multiple Relays
33%
Single-hop
33%
Process Technique
33%
Data Packet
33%
Data Redundancy
33%
Packet Delivery Ratio
33%
Data Delivery
33%
Transmission Process
33%
Vehicular Environment
33%
Vehicle Velocity
33%
Comprehensive Simulation
33%
Data Packet Transmission
33%
High Delays
33%
Preference Value
33%
Duplicate Data
33%
Q-learning
33%
Urban Scenario
33%
Q-learning Algorithm
33%
Average Yields
33%
Broadcast Scheme
33%
Pairwise Comparison Matrix
33%
Set Stability
33%
Redundancy Rate
33%
Transmission Throughput
33%
Highway Scenario
33%
Relay Synchronization
33%
Opportunistic Broadcast
33%
Delay Ratio
33%
Computer Science
Vehicular Network
100%
Analytic Hierarchy Process
100%
Analytical Hierarchy Process
100%
Relative Preference
100%
Neutrosophic Sets
100%
Learning Algorithm
50%
Learning Approach
50%
End-to-End Delay
50%
Vehicular Environment
50%
Data Redundancy
50%
Packet Delivery Ratio
50%
Transmission Process
50%
Packet Transmission
50%
Including Restriction
50%
Attribute Decision Making
50%
Duplicate Data
50%
Engineering
Q-Learning
100%
Cooperative
66%
Cooperative Transmission
66%
Data Packet
66%
Transmissions
33%
Learning Approach
33%
Learning Algorithm
33%
Multiple Relay
33%
Data Delivery
33%
Packet Transmission
33%