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Quantum machine learning

Quantum machine learning (QML) is the study of quantum algorithms for machine learning. It often refers to quantum algorithms for machine learning tasks which analyze classical data, sometimes called quantum-enhanced machine learning.

Products, Machine learning with quantum computers & Implementations and experiments

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Machine learning with quantum computers

Quantum algorithms Quantum computer Cross-talk Unitary matrix Hilbert space

56 related topics

Implementations and experiments

D-Wave NASA Universities Space Research Association Quantum Artificial Intelligence Lab Nuclear magnetic resonance

9 related topics

Quantum learning theory

Computational learning theory Disjunctive normal form Probably approximately correct (PAC) learning

3 related topics

Barren plateau problem

Flat optimization Los Alamos National Laboratory

2 related topics

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Overview

Quantum algorithms
Machine learning
Qubits Qubit
Space Space complexity
Time complexity
Quantum states Quantum state
Machine learning of quantum systems Machine learning in physics
Phase transitions Phase transition

Machine learning with quantum computers

Quantum algorithms Quantum algorithm
Quantum computer
Cross-talk Crosstalk
Unitary matrix
Hilbert space
Unitary evolution Unitary (physics)
Superpositions Quantum superposition
Amplitudes Probability amplitude
Resources Computational complexity
Quantum algorithm for linear systems of equations
Hamiltonian Hamiltonian (quantum mechanics)
Matrix inversion
More than quadratically in the dimension of the matrix Computational complexity of mathematical operations
Linear system of equations System of linear equations
Support vector machines Support vector machine
NISQ Noisy intermediate-scale quantum era
Quantum circuit
Binary classification
Supervised learning
Unsupervised learning
Amplitude amplification
Grover's search Grover's algorithm
K-medians K-medians clustering
K-nearest neighbors algorithms K-nearest neighbour
Perceptrons Perceptron
Quantum walks Quantum walk
Reinforcement learning
Trapped ions Trapped ion quantum computer
Superconducting circuits Superconducting quantum computing
Quantum annealing

Classical learning applied to quantum problems

Quantum state tomography Quantum tomography

Quantum learning theory

Computational learning theory
Disjunctive normal form
Probably approximately correct (PAC) learning Probably approximately correct learning

Implementations and experiments

Barren plateau problem

Flat optimization Mathematical optimization
Los Alamos National Laboratory

Skepticism

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Quantum machine learning

Nodes89

Edges88

Triples11

Avg. degree1.98

Density0.022472

Components1

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Quantum machine learning

Top relations

related to Barren plateau problem · 3

Quantum machine learning → Los Alamos National Laboratory, The, This

related to Classical learning applied to quantum problems · 3

Quantum machine learning → Hamiltonians, Other, The

Important terminology Word statistics

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Important terminology

quantum learning classical machine algorithms data used qml state fully also number computer models neural using annealing model system methods

Entity relationships Subject–Predicate–Object triples

Subject	Predicate	Object	Confidence	Src
superposition	instance of	By exploiting the quantum mechanic properties	0.80	text
entanglement	instance of	By exploiting the quantum mechanic properties	0.80	text
interference the quantum binary classifier produces the accurate result in short period of time.Quantum machine learning algorithms based on Grover searchAnother approach to improving classical machine learning with quantum information processing uses amplitude amplification methods based on Grover's search algorithm	instance of	By exploiting the quantum mechanic properties	0.80	text
which has been shown to solve unstructured search problems with a quadratic speedup compared to classical algorithms	instance of	By exploiting the quantum mechanic properties	0.80	text
interference the quantum binary classifier produces the accurate result in short period of time	instance of	By exploiting the quantum mechanic properties	0.80	text
Quantum machine learning	related to Barren plateau problem	The	0.60	section
Quantum machine learning	related to Barren plateau problem	Los Alamos National Laboratory	0.60	section
Quantum machine learning	related to Barren plateau problem	This	0.60	section
Quantum machine learning	related to Classical learning applied to quantum problems	The	0.60	section
Quantum machine learning	related to Classical learning applied to quantum problems	Other	0.60	section
Quantum machine learning	related to Classical learning applied to quantum problems	Hamiltonians	0.60	section

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