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所在平台: Udemy |
课程主页: https://www.udemy.com/course/neural-network-java/
课程评论：没有评论
**Coursera 课程总结：用 Java 创建神经网络** 本课程将教授您如何使用 Java 编程语言从零开始创建和使用人工神经网络（ANN）。您将学习神经网络的工作原理、核心数学概念（线性代数、信息论和微积分），以及如何编写高效、多线程的神经网络代码。课程将涵盖神经网络的实现，并以识别手写数字的 MNSIT 数据集为例进行训练。无论您是初学者还是希望深入了解现有神经网络库的原理，本课程都将帮助您揭开人工智能核心构建模块的神秘面纱，并能将神经网络的知识无缝集成到您的 Java 项目中。
Learn how to create and use neural networks in your Java programs. This course teaches you not only how to implement machine learning AI with your own artificial neural networks (ANNs), but also the principles of how artificial neural networks work - to the point that you can implement your own.You'll need only a knowledge of Java programming and basic algebra; in this course you'll learn the relevant linear algebra, information theory and calculus, and together we'll build a fast and efficient neural network from scratch, able to recognise handwritten digits and easily adapted to other tasks.Among other things, we'll cover:What artificial neural networks are and how to write them yourselfHow matrixes and linear algebra can be used to create efficient neural networksThe basic principles of the calculus needed to train your networksWriting and organising fast, efficient, multithreaded neural network codeThe fundamental information theory concepts that can enable us to evaluate our neural network performanceTraining your network on the freely-available MNIST hand-written digit databaseAfter taking the course, artificial neural networks won't be a mystery to you any more. You'll be able to write your own neural networks and integrate them seamlessly into your Java programs, and understand in detail how they work.Whether you're completely new to neural networks and the relevant mathematics, or you're using neural network libraries and you know some mathematics but you just don't know how it all actually works and fits together, this course aims to clear up all the mystery.Artificial intelligence is an increasingly important technology in the modern world, and this course will teach you the fundamentals of perhaps the most important building block of it.
