Computer Science
Energy Efficient
84%
Convolutional Neural Network
69%
Neural Network
65%
Deep Neural Network
43%
Energy Efficiency
40%
Hardware Cost
37%
Random Access Memory
37%
Network Processor
35%
Neural Network Architecture
34%
Processor Design
30%
Energy Saving
27%
Energy Consumption
27%
Hardware Implementation
27%
Analog-to-Digital Converter
26%
Power Consumption
25%
Experimental Result
24%
Computer Architecture
24%
Static Random Access Memory
22%
Quantization (Signal Processing)
22%
Supply Voltage
22%
Memory Architecture
21%
Network Design
20%
Flash Memory
18%
Approximation (Algorithm)
17%
Discrete Cosine Transform
15%
Error Correction Code
15%
Digital-to-Analog Converter
15%
Gray Code
15%
Finite Impulse Response Filter
15%
ternary content addressable memory
15%
Digital Computer
15%
Content-Addressable Memory
15%
Networks on Chips
15%
Image Quality
14%
Training Process
14%
Memory Access
14%
Classification Accuracy
13%
Error Correction
13%
Sparsity
12%
Artificial Neural Network
12%
Bitline
11%
Internet of Things
11%
Memristor
11%
Switching Circuit
11%
In-Memory Processing
10%
Nonvolatile
10%
Write Operation
10%
Dynamic Power Consumption
10%
Reference Voltage
9%
Recognition Accuracy
9%
Engineering
Energy Engineering
100%
Bit Line
63%
Energy Conservation
61%
Random Access Memory
60%
Convolutional Neural Network
60%
Energy Efficiency
44%
Supply Voltage
41%
Deep Neural Network
36%
Spin Transfer
35%
Simulation Result
29%
Electric Power Utilization
24%
Computational Complexity
22%
Digital Computer
22%
Multiple-Input Multiple-Output
22%
Magnetoelectronics
21%
Area Overhead
21%
Hardware Cost
20%
Analog-to-Digital Converter
20%
Experimental Result
18%
Sense Amplifier
18%
Memory Access
17%
Error Correction
16%
Quantization (Signal Processing)
16%
Neural Network Architecture
15%
FIR Filter
15%
Field Programmable Gate Arrays
15%
Match Line
15%
Magnetic Field
15%
Network-on-Chip
15%
Correction Code
15%
Lookup Table
15%
Multirate Filter Bank
15%
Electric Field
15%
Voltage Scaling
14%
Directional
13%
Transmissions
13%
Area Reduction
12%
Most Probable Failure Point
11%
Filtration
11%
Circuit Design
11%
Shaping Filter
11%
Complexity Reduction
11%
Critical Path
10%
Design Technique
10%
Synapse Weight
10%
Design Accelerator
9%
Metrics
9%
Time Domain
9%
Resistive
9%
Flip Flop Circuits
8%
Keyphrases
In-memory
31%
Spin-orbit Torque
30%
Magnetic Random Access Memory
22%
Low Power
22%
Write Energy
15%
Computation Sharing
15%
Low Energy
15%
6T-SRAM
15%
Design Basis
15%
Memory-based
15%
10T SRAM
15%
Noise Generation
15%
Domain Wall Memory
15%
Spin-transfer Torque Magnetic RAM (STT-MRAM)
13%
Binarized Neural Network
12%
Memory Cell
11%
Write Operation
11%
Filter Architecture
10%
Multirate Filter Bank
10%
Write Termination
9%
Bitline
9%
Shortest Word
9%
Read Reliability
8%
Gram-Schmidt
7%
Time-to-first-spike Coding
7%
Vibration Compensation
7%
Laser Profile
7%
Adaptive Correction
7%
Optical Verification
7%
Negative Bias Temperature Instability
7%
Spintronic Circuits
7%
Sequential Logic
7%
Neuro-inspired Computing
7%
Area Energy Efficiency
7%
Combinational Logic
7%
Storage Cache
7%
Circuit Optimization
7%
Self-correcting
7%
Shared Counter
7%
Implantable Cardiac Pacemakers
7%
Voltage Sense Amplifier
7%
Data Bus
7%
Dynamic Reference
7%
ML Method
7%
Soft Decoding
7%
Distance Calculation
7%
Training Acceleration
7%
Power Discrete
7%
Self-verification
7%
Direct Feedback
7%
