Computer Science and Engineering

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

Engineering & Materials Science

Evolutionary algorithms
Costs
Neural networks
Experiments
Formal specification
Multiobjective optimization
Radio frequency identification (RFID)
Sensors
Authentication
Specifications
Temporal logic
Monitoring
Communication
Topology
Query processing
Visualization
Fluids
Scheduling
Smartphones
Industry
Access control
Clocks
Conservation
Students
Repair
Global positioning system
Sorting
Data structures
Vorticity
Formal methods
Sensor networks
Genes
Routing algorithms
Controllers
Supply chain management
Classifiers
Mathematical operators
Engineers
Gold
Software engineering
Color
Thermoforming
Touch screens
Reverse engineering
Constrained optimization
Cluster analysis
Biometrics
Cognitive radio
Scheduling algorithms
Ink
Data reduction
Genetic algorithms
Display devices
Scanning
Learning systems
Triangulation
Network architecture
Data mining
Energy conservation
Switches
Hardware
Recovery
Energy utilization
Greenhouses
Electromagnetic waves
Actuators
Association reactions
Face recognition
Education computing
Recurrent neural networks
Automation
Wireless sensor networks
3D printers
Factorization
Natural frequencies
Angular momentum
Convergence of numerical methods
Animation
Flow of fluids
Learning algorithms
Computer science
Plastic sheets
Aspect oriented programming
Cosmetics
Image acquisition
Coloring
Global optimization
Middleware
Watersheds
Routing protocols
Computer programming languages
Neurons
Crops
Water quality
Stars
Inventory control
Fault tolerance
Geriatrics
Adaptive cruise control
Smart meters

Mathematics

Logic
Visualization
Model
Formal specification
Interval
Multicomputers
Genome
Optimization problem
Requirements
Software
Formal methods
Niching
Reverse engineering
Software components
Biometrics
Cache
Modulo
Template
Range of data
Mesh
Optimization
Specification
Demonstrate
Multicast routing
Evolution strategies
Topology
Mutation
Irregularity
Global optimum
Partition
Parallel programs
Monitoring
Path
Wormhole routing
Sorting algorithm
Repair
Debugging
Evolutionary computation
Longest path
Fitness
Real-time
Concurrent systems
Data structures
Temporal logic
Self-replication
Synchronous systems
Turing
Deadlock
Fingerprint
Distributed systems
Signature
Complement
Denote
Correctness
Software development
Programming
Fault tolerance
Symbolic analysis
Decision procedures
Counterexample
Metaheuristics
Resources
Resource scheduling
Dynamic scheduling
Pareto front
Scheduling algorithm
Irregular
Intuitive
Schedule
Cover
Timing
Memory model
Shared memory
Graphical representation
Traffic
Prototype
Quicksort
Neutrality
Memory hierarchy
Object-oriented programming
Algorithm design
Routing algorithm
Tiling
Object-oriented
Automation
Reverse
Reasoning
Predicate
Multi-objective optimization
Incompleteness
Completeness
Concurrency