Neural Networks and Deep Learning
39 resources created by 35 users
This Neural Networks and Deep Learning page on GoConqr gathers user-made mind maps, flashcards, notes, quizzes and a flowchart, covering topics from perceptrons to convolutional networks. University students can practice neural network concepts, while teachers can find material to use in teaching. The page has over 30 resources, including over 20 mind maps, for university-level study. Pick a resource to start exploring the topic.
Neural Networks and Deep Learning
- All Artificial Intelligence and Machine Learning resources
- History and Development of AI13
- Intelligent Agents27
- AI Search Algorithms20
- Knowledge Representation and Uncertainty14
- Expert Systems60
- Machine Learning Algorithms and Types26
- Natural Language Processing31
- Computer Vision8
- Applications of AI30
- AI Ethics and Society26
Top Neural Networks and Deep Learning resources
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37 nodesDeep Feed forward Neural Networks Also known as feedfor... · PERCEPTRON · Some features · Form the basis of man... · Disadvantages
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84 questionsAI Quiz What is the analogy in Artificial Neural Networks to synaptic efficiencies in biological neurons?
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35 questionsAi Khara omtenta Below is a truth table for a simple classification problem. Four labelled objects are required to be classi...
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116 nodes3D-DNN 3D Deep Learning Tasks · 3D Model Datasets to ... · Applications of 3D Data · 3D DNN-Training Algor...
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14 questionsModule 13 Review
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93 nodesDeep Learning Essentials 7 - Convolutional Net... · 6 - Model Assessment · 5 - Model Training · 4 - Weight Adaptation · 3 - Multilayer Percep... · 2 - Linear Models
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11 nodesRNN Encoder-Decoder Encode a variable-len... · Decode a given fixed-... · From a probabilistic ... · Machine Translation
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12 cardsNeural Computation
Quizzes
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84 questionsAI Quiz What is the analogy in Artificial Neural Networks to synaptic efficiencies in biological neurons?
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35 questionsAi Khara omtenta Below is a truth table for a simple classification problem. Four labelled objects are required to be classi...
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14 questionsModule 13 Review
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11 questionsArtificial Neural Networks That the energy cannot increase under the deterministic Hopfield dynamics is a consequence of the fact that...
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1 questionsAI quiz What is the analogy in Artificial Neural Networks to synaptic efficiencies in biological neurons?
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1 questionsUntitled In one of algonthm step the output signal of the network y is compared with
Mind maps
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37 nodesDeep Feed forward Neural Networks Also known as feedfor... · PERCEPTRON · Some features · Form the basis of man... · Disadvantages
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116 nodes3D-DNN 3D Deep Learning Tasks · 3D Model Datasets to ... · Applications of 3D Data · 3D DNN-Training Algor...
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93 nodesDeep Learning Essentials 7 - Convolutional Net... · 6 - Model Assessment · 5 - Model Training · 4 - Weight Adaptation · 3 - Multilayer Percep... · 2 - Linear Models
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11 nodesRNN Encoder-Decoder Encode a variable-len... · Decode a given fixed-... · From a probabilistic ... · Machine Translation
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25 nodesConvolutional Neural Networks ... is used to reduce... · ... are using filter ... · 1 0 -1 1 0 -1 1 0 -1 · 1 1 1 0 0 0 -1 -1 -1 · Padding ... · Output matrix size fo...
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44 nodesRedes Neuronales Artificiales (RNA) Basadas en Redes Neur... · Aprendizaje · Aplicaciones · Aproximaciones de cer... · Importancia de estudio · RNA vs IA
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24 nodesbackpropagation /Competitive learning artificial neural net... · gradient descent · unsupervised networks · Example loss function · Algorithm · Derivation
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27 nodesNeural Network Machine Learning in NN · Applications · History · Components · Architectures
Flashcards
Flowcharts
Notes
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Perceptrons and Sigmoid Two important types of artificial neuron (the perceptron and the sigmoid neuron) standard learning algorithm for neural networks, known as stochastic gradient descent Perceptrons A perceptron takes several binary inpu...
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week4
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RNN Encoder-Decoder - created from Mind Map Encode a variable-length sequence into a fixed-length vector representation Decode a given fixed-length vector representation back into a variable-length sequence From a probabilistic perspective, this model is a gene...
Slides
More Artificial Intelligence and Machine Learning topics
About Neural Networks and Deep Learning
GoConqr OriginalStart with the foundations
Begin with Perceptrons and Sigmoid, a note introducing two types of artificial neuron and stochastic gradient descent. Then open Deep Feed forward Neural Networks, a mind map that introduces multilayer perceptrons. Use the note to focus on the neuron types and the map to see how the feedforward network is described.
For a broader view, Deep Learning Essentials brings together linear models, multilayer perceptrons, weight adaptation, model training and model assessment. You can return to it as you work through the other resources.
Explore learning and network types
The mind map on backpropagation and competitive learning includes gradient descent, computational models and unsupervised networks. Compare its terms with those in the Neural Network mind map, which lists supervised, unsupervised and reinforcement learning alongside feedforward and feedback networks.
Convolutional Neural Networks focuses on filters, or kernels, used to extract features from input information. It also addresses reducing the number of network parameters. These maps offer different starting points depending on the ideas you want to study.
Combine quizzes, maps and flashcards
After looking at a map, try the Artificial Neural Networks quiz. Use the questions to guide another look at the relevant terms in the maps and notes. Neural Computation provides flashcard prompts about artificial neural networks, giving you another way to practice recalling ideas.
The quiz titles include AI Quiz and Module 13 Review. You can open them to see which questions are useful for your study, alongside the small set of other quizzes on the page.
Use the topic in the unit
Neural Networks and Deep Learning is a section of Artificial Intelligence and Machine Learning in Computing and ICT (programming, computer science, digital skills, educational technology). The resources here offer several routes through this section, from neuron types to model training. Choose a map and a quiz to begin your study.
Frequently asked questions
Which resource should I start with?
Perceptrons and Sigmoid is a starting point for studying artificial neuron types and stochastic gradient descent. Follow it with the Deep Feed forward Neural Networks mind map to look at multilayer perceptrons. For a broader overview, Deep Learning Essentials lists topics including linear models, model training and convolutional networks.
What do the mind maps cover?
The page has over 20 mind maps. Their listed topics include feedforward networks, backpropagation, competitive learning and convolutional networks. Deep Learning Essentials also covers model training and assessment. The Neural Network mind map lists learning approaches and applications, so it offers another way to explore the terms on this page.
Are these resources free to use?
Yes. Every resource listed on the page is free to open, study and take without an account. A free account can also save your quiz scores and lets you make your own quizzes, mind maps, flashcards and notes. The listed resources were made by GoConqr users, rather than by GoConqr.