Computer Science
Power Management
75%
Power Efficiency
75%
Processor Core
75%
Many-Core
68%
Power Consumption
66%
Deadlock
66%
asynchronous system
54%
Transient Fault
50%
Embedded Systems
50%
Memory Interface
50%
Fault Tolerant
47%
Asynchronous Circuit
45%
Embedded Processor
44%
System-on-Chip
41%
Pipeline Stage
41%
Networks on Chips
36%
Experimental Result
35%
Processing Element
33%
Dynamic Voltage and Frequency Scaling
33%
Control Function
33%
Supply Voltage
33%
Memory Bandwidth
33%
Division Multiplexing
33%
Auditory Nerve
33%
Processor Design
33%
Binary Translator
33%
Memory Subsystem
33%
Distributed Control
33%
Prefetch
33%
Asynchronous Operation
33%
fault-tolerance
28%
Return Address
27%
Synchronous System
27%
Multicore
25%
Multicore System
25%
Parallel Computer
25%
Branch Instruction
25%
Execution Time
25%
Neural Network
25%
Memory Access Pattern
25%
Pipelining
25%
Computing Platform
25%
Access Pattern
25%
Energy Saving
23%
Dynamic Binary Translation
22%
Hardware Overhead
22%
Hardware Platform
22%
Synchronous Circuit
20%
Operating Mode
20%
Permanent Fault
18%
Engineering
Microprocessor Chips
100%
Interconnects
66%
Processor Core
66%
System-on-Chip
66%
Electric Power Utilization
62%
Power Management
58%
Processing Element
50%
Voltage Scaling
41%
Dynamic Frequency Scaling
41%
Spiking Neuron
37%
Hand Design
33%
Applicability
33%
Communication Infrastructure
33%
Energy Conservation
33%
Transients
33%
Internals
33%
Parallel Computer
29%
Computer System
29%
Network-on-Chip
28%
Computer Aided Design
27%
Supply Voltage
26%
Realization
25%
Electromagnetic Interference
25%
Data Flow
25%
Design Display
25%
Memory Interface
25%
Operating Mode
25%
Fits and Tolerances
23%
Design Requirement
20%
Circuit Design
20%
Peak Power
16%
Hazards
16%
Supply Frequency
16%
Ten Year
16%
Simulators
16%
Design
16%
Field Programmable Gate Arrays
16%
Realization
16%
Portable Device
16%
Research Issue
16%
Performance Improvement
16%
Initial Analysis
16%
Elastic System
16%
Functional Unit
16%
Logic Circuit
16%
Speed Memory
16%
Main Reason
16%
Elapsed Time
16%
Electromagnetic Compatibility
16%
Manufacturing Process
16%
