Computer Science
Ultra Reliable Low Latency Communication
100%
Wireless Access
60%
Communication Interface
46%
Analysis Framework
26%
Building-Blocks
20%
Wide Area Network
20%
Smart Grid
20%
Approximation (Algorithm)
20%
Information Theory
20%
Maximum Weight Matching
20%
Cellular Network
20%
weighted graph
20%
Type Communication
20%
Energy Distribution
20%
Reliable Communication
20%
Matching Algorithm
20%
Numerical Simulation
20%
High Reliability
18%
Analytical Model
16%
Quality of Service
13%
Band Selection
13%
Data Redundancy
13%
Optimization Problem
13%
Experimental Result
13%
Data Capacity
10%
Signaling Message
10%
Communication Link
10%
Uplink Transmission
10%
Machine to Machines
10%
Adaptive Modulation
10%
Distributed Control
10%
Retransmission
10%
Linear Combination
10%
Interarrival Time
6%
Resource Allocation
6%
Engineering
Ultra-Reliable Low Latency Communication
80%
Communication Interface
46%
Transmissions
36%
Communication System
26%
Machine-to-Machine Communication
20%
Wide Area Network
20%
Basestation
20%
Building Block
20%
Closed Form
20%
Smart Grid
20%
Reliable Communication
20%
Energy Distribution
20%
Analytical Model
16%
Quality of Service
13%
Optimisation Problem
13%
Layer Design
13%
Experimental Result
13%
Service Type
10%
Outages
10%
Limitations
10%
Adaptive Modulation and Coding
10%
Linear Combination
10%
Communication Link
10%
Retransmission
10%
Distributed Control
10%
Computer Simulation
6%
Matching Method
6%
Design System
6%
Assuming
6%
Numerical Evaluation
6%
Interarrival Time
6%
Matching Algorithm
6%
Collision Rate
6%
Cellular Network
6%
Keyphrases
Physical Random Access Channel (PRACH)
20%
Physical Uplink Shared Channel (PUSCH)
20%
Latency Analysis
20%
Communication Principles
20%
Sequential Transmission
20%
Ultra-reliable Low-latency Communications (URLLC)
20%
Base Station Cooperation
20%
Communication Interface
13%
Sub-band Selection
13%
Allocation Weight
13%
K-out-of-n System
13%
Payload Distribution
13%
PHY Layer Design
13%
Integrated Communication System
10%
Smart Grid Monitoring
10%
Latency Probability
10%
Physical Downlink Shared Channel (PDSCH)
10%
Packet Splitting
10%
Critical Machine
10%
Failure Correlation
10%
Tractable Approximation
10%
Real-time Distributed Control
10%
Bidirectional Traffic
10%
Pairing Algorithm
10%
Downlink Communication
10%
Maximum Weight Matching
10%
Redundancy
6%
Multiple Communications
6%
Optimization Problem
6%
5G Systems
6%
Optimization Strategy
6%
Rateless Codes
6%
Regulatory Duty
6%
Latency
6%