Engineering & Materials Science
Computer hardware
100%
Voltage scaling
75%
Embedded systems
69%
Power and Energy
68%
Electric potential
46%
Dynamic frequency scaling
45%
Graphics processing unit
42%
Networks (circuits)
40%
Internet of things
38%
Data storage equipment
38%
Energy efficiency
35%
Degradation
31%
Anomaly detection
31%
Costs
29%
Communication
25%
Power management
24%
Students
22%
Polymers
22%
Negative bias temperature instability
21%
Recovery
21%
Microcontrollers
20%
Software design
20%
Synchronization
20%
Sequential circuits
19%
Engineering education
19%
Machine learning
18%
Dynamic analysis
18%
Pipelines
17%
Microprocessor chips
17%
Electrical engineering
17%
Compressibility
16%
Acoustic waves
16%
Sensors
16%
Solar cells
15%
Error correction
15%
Throughput
14%
Textiles
14%
Electric power utilization
13%
Characterization (materials science)
13%
Error detection
12%
Statistical methods
12%
Energy conservation
12%
Clothes
12%
Reinforcement
12%
Computer aided design
11%
Scalability
10%
Testing
10%
Reinforcement learning
10%
Silicon
9%
Technology and Innovation
9%
Mathematics
Error Resilience
61%
Energy Efficient
49%
Energy Efficiency
48%
Timing
47%
Embedded Systems
47%
Power System
39%
Parallel Systems
38%
Large-scale Systems
37%
Hardware
37%
Architecture
34%
Software Design
28%
Synchronization
28%
Communication
27%
Many-core
26%
Hardware Architecture
26%
Design
25%
Herding
25%
Workload
25%
Power Management
24%
Simulation Tool
22%
Throughput
22%
Voltage
21%
Maximise
20%
Outlier Detection
20%
Acoustic Waves
18%
Error Rate
18%
High Speed
18%
Sensor
17%
Categorical or nominal
17%
Demonstrate
16%
Performance
16%
Energy
15%
Output
15%
Polymers
15%
Software
14%
Recovery
14%
Power Saving
14%
Speculation
14%
Divergence
13%
Branch
13%
Framework
13%
Error Recovery
12%
Scaling
12%
Methodology
12%
Architectural Design
12%
Compression
12%
Grid
12%
Resonance Frequency
11%
Symbolic Analysis
11%