Engineering & Materials Science
Networks (circuits)
100%
Threshold voltage
92%
Transistors
91%
Adders
74%
Multiplexing
71%
Electronic design automation
62%
Electric potential
60%
Axons
49%
Wire
45%
Logic gates
35%
Digital circuits
34%
Redundancy
33%
Electric power utilization
31%
Teaching
29%
Tapes
29%
Oxide semiconductors
29%
Electrons
27%
Heuristic algorithms
25%
Genetic algorithms
23%
Adaptive algorithms
22%
Students
22%
Bayesian networks
20%
Communication
19%
Defects
18%
Logic circuits
18%
Power and Energy
17%
Wireless networks
17%
Curricula
17%
Quality of service
17%
Boolean functions
17%
Combinatorial circuits
17%
Electric network topology
17%
Carrier concentration
15%
Metals
15%
Brain
14%
Fading (radio)
14%
Water tanks
14%
Water quality
13%
Semiconductor materials
13%
Computer architecture
13%
Denial-of-service attack
12%
System-on-chip
12%
Neurons
11%
Resource allocation
11%
Code division multiple access
10%
Security of data
10%
Fading channels
10%
Power control
10%
Topology
9%
Physics & Astronomy
sizing
63%
transistors
63%
CMOS
57%
threshold voltage
32%
circuit reliability
31%
inverters
23%
multiplexing
21%
margins
19%
electric potential
18%
adding circuits
17%
simulation
16%
axons
14%
redundancy
14%
evaluation
14%
cells
12%
low voltage
10%
logic
10%
communication
9%
switches
9%
optimization
8%
wire
8%
digital electronics
7%
scaling
6%
exhausting
5%
tradeoffs
5%
fans
5%
Social Sciences
learning
20%
denial of services
17%
student
14%
Teaching
14%
nanotechnology
12%
fan
11%
automation
10%
educational system
10%
curriculum
9%
education
7%
electronics
6%
redundancy
6%
personalization
6%
educator
6%
performance
6%
programming
5%
quality assurance
5%
experience
5%
management
5%
