# Fingerprint Dive into the research topics where Stevens Institute of Technology is active. These topic labels come from the works of this organization's members. Together they form a unique fingerprint.

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### Engineering & Materials Science

Costs

Industry

Communication

Sensors

Experiments

Cognitive radio

Systems engineering

Students

Processing

Robots

Composite materials

Polymers

Detectors

Cryptography

Code division multiple access

Nanoparticles

Soils

Wireless networks

Modulation

Throughput

Nanofibers

Tissue

Water

Temperature

Decision making

Fibers

Monitoring

Oxidation

Fabrication

Substrates

Planning

Acoustics

Carbon nanotubes

Software engineering

Bandwidth

Semantics

Fading channels

Scaffolds

Network protocols

Data storage equipment

Internet

Geometry

Authentication

Extrusion

Catalysts

Wireless sensor networks

Antennas

Silicon

Metals

Servers

Oxides

Coatings

Genetic programming

Computer simulation

Testing

Kinetics

Fluids

Economics

Scheduling

Decomposition

Product development

Innovation

Large scale systems

Graphene

Networks (circuits)

Channel estimation

Nanostructures

Feedback

Polynomials

Trajectories

Statistics

Actuators

Learning systems

Recovery

Nanowires

Nanocomposites

Imaging techniques

Arsenic

Neural networks

Ad hoc networks

Oxygen

Education

MEMS

Tissue engineering

Matched filters

Access control

Energy harvesting

Natural frequencies

Identification (control systems)

Radar

Air

Redundancy

Topology

Specifications

Systems analysis

Adsorption

Harvesters

Wavelength

Engineers

Covariance matrix

### Chemical Compounds

Polymers

Carbon Nanotubes

Nanoparticles

Metals

Nanofibers

Water

Silicon

Oxidation

Composite materials

Substrates

Scaffolds

Graphite

Oxides

Temperature

Arsenic

Tissue

Ions

Fibers

Gases

Catalysts

Soils

Coatings

Fabrication

Kinetics

Molecules

Processing

Oxygen

Tissue engineering

Suspensions

Nanostructures

Aluminum

Adsorption

Mass spectrometry

Extrusion

Raman scattering

Nanocomposites

Bone

Hydrogen

Experiments

Aluminum Oxide

Sensors

Nanowires

Gold

Crystallization

Thin films

Anions

Hydrocarbons

Wavelength

Fluids

Silver

Cells

Photons

Hydrogels

Chemical vapor deposition

Adhesion

Energy harvesting

Liquids

Osteoblasts

Scaffolds (biology)

Proteins

Air

Microstructure

Imaging techniques

Extruders

Iron

Nanotubes

carbopol 940

Membranes

Carbon

Hydrogel

Microchannels

Heat transfer

Microfluidics

Ionization

Geometry

Atoms

Modulation

Polyethylene glycols

Infrared radiation

Silicon Dioxide

Nuclear magnetic resonance

Harvesters

Grafts

Plasmas

Acoustics

Photonic crystal fibers

Copper

Chemical analysis

Radiative transfer

Electrodes

Nickel

Electrons

Mechanical properties

Resins

Bacteria

Quantum cascade lasers

Nanoshells

Derivatives

Degradation

Water treatment

### Mathematics

Free Group

Model

Graph in graph theory

Conjugacy Problem

Code Division multiple Access

Subgroup

Modeling

Simulation

Stochastic Dominance

Sensor

Attack

Optimization Problem

Vertex of a graph

Optimization

Interference

Vibration

Dependent

Random variable

Stochastic Comparison

Beamforming

Lifetime

Throughput

Redundancy

Finitely Generated Group

Spectrum Sensing

Design

Word problem

Calculus

Modulation

Requirements

Interaction

Energy

Sensing

Costs

Hyperbolic Groups

Higher Order

K-out-of-n System

Demonstrate

Reversed Hazard Rate

Detector

Steganalysis

Methodology

Cognitive Radio Networks

Stochastic Volatility Model

Target

Nilpotent Group

Formulation

Privacy Preserving

Finitely Generated

Algebraic Geometry

Hazard Rate Order

Acoustics

Pricing

Channel Estimation

Information Flow

Uncertainty

Volatility

Motion

Reasoning

Degree Condition

Estimate

Numerical Results

Routing

Stochastic Optimization

Residual Life

Actuator

Range of data

Wireless Sensor Networks

Evaluation

Sufficient Conditions

Usual Stochastic Order

Search Problems

Fading Channels

Stochastic Order

Arbitrary

Decompose

Decision Making

Algebraic Structure

Toughness

System Design

Benchmark

Subset

Fading

Term

Framework

Receiver

Encapsulation

Rotor

Model-based

Steganography

Landmines

Refinement

Minimum Degree

Customers

Specification

Trade-offs

Series System

Class

Resources

Optimal Allocation