Keyphrases
Wireless Resources
100%
Edge Resources
100%
Computational Resources
100%
Internet of Things Applications
100%
Resource Allocation Problem
75%
Backhaul Networks
75%
Artificial Intelligence
75%
End Device
75%
Communication Resources
75%
Edge Server
50%
Cloud Architecture
50%
Power Consumption
50%
Cloud Server
50%
Internet of Things
50%
Urban Cooling
25%
Resource Provisioning
25%
Combinatorial Complexity
25%
Distributed Embedded Systems
25%
Average Response Time
25%
System Testbed
25%
Building Cooling System
25%
Deadline Guarantee
25%
Software-as-a-service
25%
Computation-intensive
25%
Delay Composition
25%
Edge Architecture
25%
Resource Scheduling
25%
Allocation Algorithm
25%
Priority Assignment
25%
Resource Allocation Algorithm
25%
Complex Resources
25%
Workload Characteristics
25%
Resource Allocation Framework
25%
Intensive Workloads
25%
Timing Interference
25%
Service Workload
25%
Probabilistic Guarantee
25%
Approximation Factor
25%
Real-time Control
25%
Time Constraints
25%
Wireless Communication
25%
Composition Techniques
25%
Iterative Strategy
25%
Consensus-based
25%
Duty Cycle
25%
Decentralization
25%
Edge Computing
25%
Application Domain
25%
Hardware Architecture
25%
LoRa
25%
Resource Allocation
25%
Recent Past
25%
Assignment Strategy
25%
Cooling System
25%
Response Time
25%
Mobile Computing
25%
Communication Delay
25%
Segment-level
25%
Computer Science
Resource Allocation
100%
Internet-Of-Things
100%
Time-Sensitive
100%
Allocation Problem
50%
Backhaul Network
50%
Communication Resource
50%
Artificial Intelligence
50%
Non-Time Sensitive
33%
Response Time
33%
Power Consumption
33%
Resource Provisioning
16%
Software Service
16%
Specific Protocol
16%
approximation factor
16%
Workload Characteristic
16%
Wireless Network
16%
Timing Constraint
16%
Application Domain
16%
Embedded System
16%
Intensive Computation
16%
Communication Delay
16%
Objective Function
16%
Testbed
16%
Hardware Architecture
16%
Edge Computing
16%
Computational Resource
16%
Mobile Computing
16%
Wireless Communication
16%
Network Resource
16%