Green Computing Systems Research Organization

  • Japan

Fingerprint The fingerprint is based on mining the text of the research documents related to the associated persons. Based on that an index of weighted terms is created, which defines the key subjects of research unit.

Engineering & Materials Science

Robots
Communication
Ising model
Electric power utilization
Electromyography
Power control
Experiments
Information technology
Servers
Chemical activation
Consumer electronics
Application programs
Magnetocaloric effects
Surveillance radar
Application programming interfaces (API)
Interfaces (computer)
Speech synthesis
Air traffic control
Theaters
Phase transitions
Computer systems
Deceleration
Optical flows
Industry
Processing
Curie temperature
Control systems
Excited states
Ground state
Clocks
Annealing
Sustainable development
Innovation
Scaling laws
Loads (forces)
Earthquakes
Combinatorial optimization
Communication systems
Systems analysis
Simulators
Program processors
Target tracking
Feedback
Information analysis
Hardware
Aircraft
Periodic structures
Level control
MATLAB
Source separation
Mobile devices
Phase diagrams
Scheduling
Demonstrations
Energy dissipation
Information systems
Speech recognition
Entropy
Boring
Resource allocation
Transition metal alloys
Radar systems
Electronic equipment
Navigation systems
Air
Mobile phones
Image processing
Hamiltonians
Electrodes
Acoustic waves
Data storage equipment
Cameras
Supercomputers
Wireless sensor networks
Smartphones
Identification (control systems)
Controllers
Magnetism
Durability
Radar
Railroad cars
Electric wiring
Thermal energy
Simulated annealing
Air pollution
Linguistics
Voltage control

Mathematics

Compiler
Parallelization
Power Consumption
Server
Robot
Cortex
Parallelism
Model-based Design
Power Control
Real-time
Embodiment
Evaluation
Packing Problem
Multiprocessor
Earthquake
Speedup
Rectangle
Ising Model
Matlab/Simulink
Multi-core Processor
Simulator
Person
Optical Flow
Contact
Fluctuations
Annealing
Partially Observable Markov Decision Process
Interaction
Motion
Evaluate
Automatic Parallelization
Parallelizing Compilers
Scaling
Voltage
Measurement System
Parallel Processing
Model
Experiment
Performance Evaluation
Dissipation
Encoder
Optimise
Scheduling
Awareness
Entire
Output
Scenarios
Control Function
Unit
Subjective Evaluation
Floorplanning
Mobile Devices
Battery
Waveform
Exploitation
Many-core
Code Generation