Fingerprint The Elsevier Fingerprint Engine mines the text of the experts' scholarly documents - publication abstracts, awards, project summaries, patents, and other sources – to create an index of weighted terms which defines the text, known as a Fingerprint. By aggregating and comparing Fingerprints, the Elsevier Fingerprint Engine enables users to look beyond metadata and expose valuable connections among people, research units, publications, and ideas.
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Engineering & Materials Science
Controllers
Data storage equipment
Communication
Hardware
Semantics
Costs
Network protocols
Sensors
Scheduling
Feedback
Bandwidth
Experiments
Sensor networks
Specifications
Quality of service
Trajectories
Testing
Dynamical systems
Monitoring
Servers
Internet
Topology
Antennas
Model checking
Robots
Wireless networks
Throughput
Processing
Imaging techniques
Synchronization
Sampling
Availability
Parallel algorithms
Scalability
Control systems
Recovery
Testbeds
Middleware
Real time systems
Electric potential
Data mining
Networks (circuits)
Program processors
Industry
Learning systems
Access control
Wireless sensor networks
Field programmable gate arrays (FPGA)
Linear systems
Ubiquitous computing
Visualization
Computer systems
Resource allocation
Fault tolerance
Jamming
Agglomeration
Cost functions
Markov processes
Computer programming languages
Statistics
Planning
Simulators
Decoding
Switches
Unmanned aerial vehicles (UAV)
Nonlinear systems
Global positioning system
Image reconstruction
Flow control
Websites
Petri nets
Aircraft
Magnetic resonance imaging
Systems analysis
Temporal logic
Decision making
Data structures
Software engineering
Detectors
Motion planning
Mobile devices
Transmitters
Computer hardware
Energy efficiency
Decentralized control
Telecommunication networks
Redundancy
Collision avoidance
Learning algorithms
Engines
Hybrid systems
Computer programming
Robotics
Routers
Clocks
Intrusion detection
Feedback control
Large scale systems
Navigation
Labels
Mathematics
Maude
Game
Controller
Model
Rewriting Logic
Rewriting
Simulation
Attack
Decentralized
Real-time
Specification
Software
Model Checking
Vertex of a graph
Hardware
Distributed Systems
Modeling
Resources
Costs
Sensor
Logic
Nash Equilibrium
Mining
Graph in graph theory
Computing
Concurrent
Modulo
Output
Compiler
Framework
Demonstrate
Optimization
Trace
Optimal Control
Evaluation
Termination
Safety
Dependability
Scheduling
Distributed Algorithms
Synthesis
High Performance
Path
Design
Trajectory
Monitoring
Reachability
Trade-offs
State Space
Fault
Hybrid Systems
Social Networks
Methodology
Concurrent Systems
Discrete-time
Formal Analysis
Sensor Networks
Reasoning
Automata
Traffic
Requirements
Control System
Sensing
Hybrid Automata
Middleware
Minimise
Voltage
Programming Languages
Invariant
Axioms
Unknown
Disturbance
Cost Function
Differential Games
Interaction
Dynamic Games
Formulation
Target
Receiver
Thread
Programming
Energy
Evaluate
Linear Systems
Runtime Verification
Uncertainty
Scenarios
Clustering