Engineering & Materials Science
Equalizers
100%
Energy efficiency
81%
Energy dissipation
79%
Networks (circuits)
78%
Data storage equipment
75%
Electric potential
74%
Decoding
69%
Throughput
68%
Memory architecture
67%
Adaptive filters
67%
Signal processing
64%
Signal to noise ratio
48%
Energy conservation
47%
Computer hardware
47%
Machine learning
42%
Crosstalk
41%
Deep neural networks
36%
Local area networks
36%
Digital filters
34%
Automatic teller machines
33%
Transceivers
32%
Static random access storage
31%
Communication systems
31%
Reed-Solomon codes
31%
Redundancy
31%
Communication
28%
Dispersion compensation
28%
Clocks
24%
Transistors
22%
FIR filters
21%
Polynomials
21%
Message passing
21%
Jitter
21%
Telecommunication links
21%
Decision feedback equalizers
20%
Energy utilization
20%
Particle accelerators
20%
Convolutional neural networks
20%
Classifiers
20%
Parallel architectures
19%
Mathematics
Architecture
54%
Decoding
25%
Voltage
22%
Low-density Parity-check (LDPC) Codes
20%
Power Saving
20%
Error Compensation
18%
Neural Networks
16%
VLSI Architecture
15%
Throughput
12%
Reed-Solomon Codes
11%
Design Methodology
11%
Resiliency
10%
High Performance
10%
High Speed
9%
Interconnect
9%
Signal Processing
9%
Parallel Architectures
9%
Dispersion Compensation
8%
Design
8%
Critical Path
7%
Image Transmission
7%
Chip
7%
Decision Feedback
7%
Scaling
7%
Coding Gain
6%
Interpolate
6%
Message-passing Algorithms
6%
Standards
6%
Early Termination
6%
Replica
6%
Convolutional Codes
6%
Optimization
6%
Degradation
5%
Communication
5%
Random Access
5%
Secret Sharing
5%
Message Passing
5%
Receiver
5%
