Engineering
Division Multiplexing
100%
Field Trial
50%
TV
38%
Systems Performance
33%
Limitations
25%
Indoor Scenario
24%
Channel Interference
20%
Signal-to-Noise Ratio
18%
Configuration Mode
18%
Multiplexing
16%
Spectrum Efficiency
12%
Log-Likelihood Ratio
11%
Interleaver
11%
Reliability Improvement
11%
Predictive Maintenance
11%
Mixed Mode
11%
Service Performance
11%
Signal Space
11%
Cyclic Prefix
11%
High Efficiency Video Coding
11%
Two Dimensional
11%
Lifecycle
11%
Blockchain
11%
Main Advantage
11%
Frequency Division
11%
Layer Configuration
11%
Execution Time
11%
Field Strength
11%
Identification Mechanism
11%
Channel Estimation
11%
Power Transmission
11%
San Francisco
11%
Orthogonality
11%
Service Area
9%
Area Coverage
9%
Operating Parameter
9%
Enabling Technology
9%
Probability Density Function
9%
Simultaneous Transmission
8%
Television Standards
7%
Simulation Result
6%
Quadrature Amplitude Modulation
5%
Power Level
5%
Reference Value
5%
Graphics Processing Unit
5%
Global Population
5%
Machine Learning Algorithm
5%
Direct Sequence Spread Spectrum
5%
Simple Calculation
5%
Network Operator
5%
Computer Science
Division Multiplexing
77%
Blockchain
35%
Internet-Of-Things
29%
Use Case
24%
Industry 4.0
24%
Identity Management
22%
Constellation Point
22%
Television System
22%
Performance Evaluation
14%
Quadrature Amplitude Modulation
14%
Industrial Internet of Things
13%
Configuration Mode
12%
Multiplexing Technique
11%
intercarrier interference
11%
Business Models
11%
Edge Intelligence
11%
secure multiparty computation
11%
Distributed Protocol
11%
Homomorphic Encryption
11%
Data Aggregation
11%
Mechanism Design
11%
Design Implementation
11%
Channel Assignment
11%
Application Scenario
11%
Performance Loss
11%
Estimation Method
11%
Physical Layer
11%
Unique Identification
11%
Technical Solution
11%
And-States
11%
Authentication
11%
Spread Spectrum
11%
Network Operator
11%
Channel Estimation
11%
Telecommunication
11%
Multi-Access Edge Computing
11%
Complexity Reduction
11%
Probability Value
11%
Network Planning
11%
Data Management
11%
Computational Simulation
10%
Channel Interference
9%
Edge Computing
7%
channel estimate
7%
Indoor Scenario
7%
Execution Time
7%
High Throughput
7%
Artificial Intelligence
7%
Receiving Signal
7%
mobile service
6%
