Engineering
Networks (Circuits)
73%
Energy Engineering
66%
Standard Cell
64%
Simulation Result
61%
Performance
59%
Energy Minimum
56%
Energy Dissipation
54%
Low Voltage
50%
Voltage
46%
Design Flow
46%
Lower Energy
46%
Natural Resources Exploration
43%
Charge Pump
39%
Electric Power Utilization
39%
Single Cycle
36%
Front End
34%
Energy Conservation
32%
Receivers
31%
Reduction
31%
Cycles
30%
Operating Voltage
30%
Stages
29%
Cell Array
28%
Calibration
28%
Digital Front
28%
Decimation Filter
28%
Environment
28%
Supply Voltage
27%
Noise Level
26%
Transistor
25%
Reliability
25%
Circuit Design
24%
Minimum Energy
22%
Multiple-Input Multiple-Output
21%
Code Rate
21%
Modulation Scheme
21%
Feedback Bit
19%
Noisy Environment
19%
Mapping
19%
Database
16%
Optimization
16%
Library
14%
Bit Adder
14%
Throughput
14%
Fractional Bandwidth
14%
Software Defined Radio
14%
Power Estimation
14%
Zero Crossing Rate
14%
Supply Rail
14%
Stretching
14%
Computer Science
Standards
100%
Hardware
59%
precoding
48%
Application Specific Integrated Circuit
45%
MIMO Systems
43%
Reliable Detection
33%
Power Consumption
30%
Event
28%
sigma-delta
28%
Design Exploration
28%
Digital Filter
28%
Power Efficiency
25%
Detection Performance
24%
Algorithms
22%
Monte Carlo Simulation
21%
Energy Efficient
21%
User
20%
Oversampling Ratio
19%
Power Efficient
19%
Maximum Clock Frequency
18%
channel estimate
18%
High Throughput
18%
Antennas
17%
Channels
16%
Energy Dissipation
15%
Back End
14%
Benchmarking
14%
Programs
14%
System-on-Chip
14%
Compressed Sensing
14%
Discrete Cosine Transform
14%
Waves
14%
Error Correction
14%
Massive MIMO
14%
Digital Signal Processor
14%
Coder
14%
Computer Architecture
14%
Strength Reduction
14%
Convolutional Neural Network
14%
Mobile Terminal
14%
Computation
14%
Matrix Inverse
14%
Circuit Technology
14%
Sign Bit
14%
Long Term Evolution
12%
Approximation (Algorithm)
11%
Software
10%
Processing Element
9%
Power Dissipation
9%
Noise-to-Signal Ratio
9%
