Engineering
Amplifier
100%
Mixers (Machinery)
95%
Resistive Random Access Memory
85%
Front End
85%
Ultra-Wideband
61%
Logic Design
57%
Realization
57%
VLSI Circuits
57%
Low Power Consumption
50%
Channel Estimation
42%
Flip Flop Circuits
42%
Orthogonal Frequency Division Multiplexing
42%
Low Noise Amplifier
38%
Power Supply
37%
Multiplexer
35%
Uniform Linear Array
34%
Capacitive
34%
Millimeter Wave
33%
Simulation Result
31%
Chip Area
31%
Balun
30%
Phase Noise
28%
Design Analysis
28%
K-Band
28%
Deep Neural Network
28%
Joints (Structural Components)
28%
Dimensional Array
28%
Network Model
28%
Operating Frequency
28%
System-on-Chip
28%
Floating Point Number
28%
Sum-Rate Maximization
28%
Portable Device
28%
Control Code
28%
Free Hole
28%
Compressed Sensing
28%
Cumulants
28%
Fourth Order
28%
Prescaler
28%
C Circuit
28%
Design Optimization
28%
Scheme Design
28%
Classification Accuracy
28%
Random Number
28%
Diffusive
28%
Voltage-Controlled Oscillator
28%
Ka-Band
28%
Pressure Sensor
28%
Energy Engineering
28%
Radio Frequency Identification
28%
Computer Science
Circuit Complexity
57%
direction-of-arrival
57%
Multicore
57%
Orthogonal Frequency Division Multiplexing
42%
Channel Estimation
42%
Arithmetic Operation
28%
Potential Solution
28%
Deep Neural Network
28%
Spatial Information
28%
Automatic Detection
28%
Compressed Sensing
28%
Logic Structure
28%
Ring Oscillator
28%
Sequential Circuit
28%
Random Access Memory
28%
Multiplexer
28%
Performance Comparison
28%
Source Localization
28%
Performance Evaluation
28%
Whale Optimization Algorithm
28%
Floating-Point Number
28%
Differential Pair
28%
Order Cumulants
28%
Temporal Information
28%
Very Large Scale Integration
28%
closed-form expression
28%
Digital Converter
28%
Sparsity
28%
Energy Efficiency
28%
Storage System
28%
Image Acquisition
28%
Array Signal Processing
28%
Image Storage
28%
Acquisition System
28%
Hardware Design
28%
Signal Processing Hardware
28%
Precoding Matrix
19%
Least Squares Method
19%
Neural Network Model
14%
Supply Voltage
14%
Artificial Intelligence
14%
Operating Frequency
14%
Horizontal Direction
14%
Microarchitecture
14%
Energy Efficient
14%
Dynamic Power Consumption
14%
Memory Architecture
14%
High Level Synthesis
14%
Computational Method
14%
Captured Image
11%
