Engineering & Materials Science
Networks (circuits)
100%
Finite automata
56%
Electric power utilization
55%
System-on-chip
51%
Field programmable gate arrays (FPGA)
45%
Crosstalk
43%
Data storage equipment
41%
Wire
34%
Fast Fourier transforms
34%
Set theory
31%
Intellectual property
29%
Decomposition
26%
Table lookup
25%
Scheduling
25%
Power management
25%
Computer hardware
24%
Polynomials
24%
Computer hardware description languages
23%
Inductance
22%
Seed
22%
Compliance
21%
Network protocols
21%
Sequential machines
20%
Digital circuits
20%
Transistors
20%
Built-in self test
20%
Sequential circuits
20%
Logic gates
18%
SPICE
18%
Compaction
18%
Voltage scaling
17%
Error detection
16%
Network-on-chip
16%
Adders
15%
Capacitance
15%
Observability
15%
Communication
15%
Combinatorial circuits
14%
Experiments
14%
Relaxation
14%
Error analysis
14%
Intellectual property core
13%
High level synthesis
13%
Signal processing
13%
Analog circuits
13%
Linear programming
13%
Program processors
13%
Cost functions
13%
Throughput
12%
Sampling
12%
Mathematics
Design
33%
Look-up Table
28%
Intellectual Property
26%
Synthesis
25%
Field Programmable Gate Array
25%
Fault
24%
Experimental Results
24%
Architecture
23%
Debugging
19%
Power Consumption
18%
Output
18%
Fault-tolerant
18%
Model
17%
Hardware
17%
Encoding
15%
Simulation
14%
Coverage
14%
System-on-chip
13%
GPGPU
13%
Power Analysis
13%
Optimization
12%
Scaling
12%
Path
10%
Cache
10%
Error Detection
10%
Compaction
10%
Hyperfunctions
10%
Random Access
9%
Static Analysis
9%
Formal Methods
9%
Performance
9%
Finite State Machine
9%
Sharing
9%
Decompose
9%
Thread
9%
Compliance
8%
Integer Linear Programming
8%
Benchmark
8%
Chip
8%
Fast Fourier transform
8%
Layout
8%
Voltage
8%
Libraries
7%
Optimization Methods
7%
Vertex of a graph
7%
Scheduling
7%
Data Integrity
7%
Capacitance
7%
Adjustment
7%
Neural Networks
6%
