Starting today, we begin our journey into understanding the inner workings of neural networks for regression and how to implement them in C#.
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In this post, we provide a brief overview of neural networks and discuss how to train them efficiently. We assume the reader has some prior knowledge of these data structures.
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In this post, we will briefly discuss how the backpropagation technique allows us to train a neural network for regression.
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After covering the intricate details of the backpropagation algorithm, we now move on to practical application by implementing a neural network for regression in C#.
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After all this effort, we will reap the rewards of our labor by demonstrating how a neural network can effectively model different functions.
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After examining how neural networks can effectively approximate non-linear functions, we will now turn our attention to their weaknesses.
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In this final post, we will briefly focus on how neural networks can be used in a simple real-world scenario: predicting the price of a house in the real estate market.
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Beginning today, we are launching a short series focused on the Model-View-Presenter (MVP) pattern in ASP.NET. Our goal is to offer a thorough overview, explaining what it entails, why it's worth considering for improved maintainability and testability, and outlining its potential limitations.
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In this post, we will briefly explore the challenges that arise when automating UI tests and discuss why adopting a new pattern may be necessary in certain situations.
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In this post, we will demonstrate how to implement the MVP pattern and follow a step-by-step approach to provide a thorough and comprehensive overview.
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