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Explore the use of neural networks in recognition tasks and intelligent searching in artificial intelligence. Learn about knowledge representation, semantic nets, decision trees, and training algorithms. Discover the capabilities and division of labor between humans and computers in AI.
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Chapter 13 Artificial Intelligence
Artificial Intelligence – A Division of Labor – Figure 13.2 Human and Computer Capabilities
Artificial Intelligence – Knowledge Representation – Figure 13.3 – A Semantic Net Representation
Artificial Intelligence – Recognition Tasks – Figure 13.4 A Neuron
Artificial Intelligence – Recognition Tasks – Figure 13.5 One Neuron with Three Inputs
Artificial Intelligence – Recognition Tasks – Figure 13.6 A Neural Network for Comparing Two Characters
Artificial Intelligence – Recognition Tasks – Figure 13.7 The Truth Table for XOR
Artificial Intelligence – Recognition Tasks - Figure 13.8 An Attempt at an XOR Perception
Artificial Intelligence – Recognition Tasks – Figure 13.9 Neural Net for XOR
Recognition Tasks – The Optical Character System Used By Banks Requires A Special Set of Characters. These Characters Allow for Exact Pattern Matching
Artificial Intelligence – Recognition Tasks – Training Data – Machine Recognition of Handwritten Characters
Artificial Intelligence – Recognition Tasks – Practice Problem –If Input Line 1 is Stimulated in the Above Neural Network (and Line 2 is Not Stimulated), Will the Output Line fire?
Reasoning Tasks – Intelligent Searching – Figure 13.10 Decision Tree for Sequential Search
Reasoning Tasks – Intelligent Searching – Figure 13.11 – Decision Tree for Binary Search
Reasoning Tasks – Intelligent Searching – Figure 13.12 A Decision Tree with Exponential Growth
Conclusion – Exercises – Use An Englishlike Formal Language to Represent the Knowledge Explicitly Contained in the Above Semantic Net
Conclusion – Exercises – In the Above Neural Network, Which Event or Events Will Cause Node N3 To Fire?
Conclusion – Exercises – Challenge Work – Figure 13.13 The AND Truth Table
Conclusion – Challenge Works – Figure 13.14 A Skeleton for the AND Perceptron
Conclusion – Challenge Work – Figure 13.15 A General Perceptron for a Training Algorithm
Conclusion – Challenge Work – Figure 13.16 Initial Configuration of Perceptron to be Trained
Conclusion – Challenge Work – Figure 13.17 Configuration of the Perceptron After One Adjustment