Machine Learning Mastery (Integrated Theory+Practical HW)

所在平台: Udemy

课程主页: https://www.udemy.com/course/data-science-machine-learning-mastery/

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课程简介

**课程名称:** 机器学习精通 (理论+实践作业) **课程概述:** 本课程旨在引领您深入数据科学这一多领域交叉的学科,掌握从数据处理、理解、分析到信息提取、可视化和沟通的全过程。我们将从基础的回归模型入手,逐步深入,涵盖评估和评估不同模型的理论、技术和工具。课程将带您从数据科学的初级阶段,迈向能够从零开始编写算法、构建模型的高级水平。每个模块都将结合实际数据集进行动手实践,并提供详细的教程和练习,帮助您快速学习,将理论知识与实践紧密结合。课程将深入讲解高级理论,包括必要的数学知识,并通过实践练习加深理解。 **学习成果:** * 深入理解机器学习的核心概念。 * 从零开始编写和理解机器学习代码。 * 使用内置库构建机器学习模型。 * 能够针对任何数据集进行模型的分析、构建和评估。 * 理解模型背后的“黑箱”原理。 * 通过处理和解读不同数据集,展示数据科学的应用能力。 **课程工作系统:** * 强化理论概念,并在每个模块结束时进行实践。 * 提供易于理解的课程讲解,适合初学者。 * 通过插图和示例辅助学习。 * 包含动手实践练习和教程。 * 详细解释模型的工作原理。 **课程涵盖内容:** * 机器学习导论:监督学习与无监督学习概述。 * 从零开始的回归:梯度下降、成本函数、建模。 * 使用机器学习内置库。 * 特征缩放。 * 多元回归。 * 多项式回归。 * 过拟合、欠拟合与泛化。 * 偏差-方差权衡。 * 交叉验证策略与超参数调优。 * 网格搜索。 * 学习曲线。 * 决策树及神经网络等其他算法的介绍。 * 每个章节后的练习。 **课程优势:** 完成本课程后,您将具备从零开始编写机器学习算法和使用内置库的知识和信心。本课程对所有对数据科学和机器学习感兴趣的学习者开放,无先修要求。与其他课程不同的是,本课程不仅教授算法编写,还深入揭示了机器学习背后的数学原理,并提供模块结束时的教程,供您与讲师同步练习。课程还将引导您使用真实的实际数据集,以应对新的问题。

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课程详情

Data Science is a multidisciplinary field that deals with the study of data. Data scientists have the ability to take data, understand it, process it, and extract information from it, visualize the information and communicate it. Data scientists are well-versed in multiple disciplines including mathematics, statistics, economics, business, and computer science, as well as the unique ability to ask interesting and challenging data questions based on formal or informal theory to spawn valuable and meticulous insights. This course introduces students to this rapidly growing field and equips them with its most fundamental principles, tools, and mindset. Students will learn the theories, techniques, and tools they need to deal with various datasets. We will start with Regression, one of the basic models, and progress as we evaluate and assessing different models. We will start from the initial stages of data science and advance to higher levels where students can write their own algorithm from scratch to build a model. We will see end to end and work with practical datasets at the end of each module. Students will be issued with tutorials and explanation of all the exercises to help you learn faster and enable you to link theory using hands on exercises. This course teaches advanced theory including some mathematics with practical exercises to promote deeper understanding.Learning OutcomesAt the end of the course the students will:Have an in-depth understanding of the concepts of Machine LearningBe able to grasp, understand, and write machine learning code from scratch Use Builtin Libraries available to build machine learning modelsBe able to analyze, build, and assess models on any datasetBe able to interpret and understand the black box behind modelUnderstand the applications of data science by exhibiting the ability to work on different datasets and interpreting them.What is the working system of this course?Strong concepts and theory linked to practical at the end of each moduleEasy Lectures for those starting from scratchIllustration and examplesHands-on exercises with tutorials Detailed explanations of how models workWhat does this course cover?Introduction to machine learning: Overview of supervised and unsupervised learningRegression from scratch - Gradient Descent, Cost Function , ModellingUsing Machine learning builtin libraryFeature ScalingMultivariate Regression Polynomial RegressionOver-fitting, Under-fitting and GeneralizationBias Variance TradeoffCross Validation Strategy and Hyper-parameter tuningGrid Search Learning CurvesDecision Trees and introduction to other algorithms including neural networkExercises after each moduleAfter completing the course, you will have enough knowledge and confidence to code machine learning algorithms from scratch and to use built-in library. This course is for all interested in learning data science and machine learning, there is no such pre req. This course is different from other courses in a manner that it teaches to code algorithms and also exposes you to the mathematics behind machine learning, this even includes tutorials at the end of each module so that students can do side by side practice with the instructor. It exposes you to practical real world datasets to work on and get started with new problems.

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