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Modeling Time Series and Sequential Data · LearnSpace
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Modeling Time Series and Sequential Data

Курс от SAS
Средний≈ 12.3 чАнглийский
О курсеНавыкиПрограммаПреподаватели

О курсе

In this course you learn to build, refine, extrapolate, and, in some cases, interpret models designed for a single, sequential series. There are three modeling approaches presented. The traditional, Box-Jenkins approach for modeling time series is covered in the first part of the course. This presentation moves students from models for stationary data, or ARMA, to models for trend and seasonality, ARIMA, and concludes with information about specifying transfer function components in an ARIMAX, or time series regression, model. A Bayesian approach to modeling time series is considered next. The basic Bayesian framework is extended to accommodate autoregressive variation in the data as well as dynamic input variable effects. Machine learning algorithms for time series is the third approach. Gradient boosting and recurrent neural network algorithms are particularly well suited for accommodating nonlinear relationships in the data. Examples are provided to build intuition on the effective use of these algorithms. The course concludes by considering how forecasting precision can be improved by combining the strengths of the different approaches. The final lesson includes demonstrations on creating combined (or ensemble) and hybrid model forecasts. This course is appropriate for analysts interested in augmenting their machine learning skills with analysis tools that are appropriate for assaying, modifying, modeling, forecasting, and managing data that consist of variables that are collected over time. This course uses a variety of different software tools. Familiarity with Base SAS, SAS/ETS, SAS/STAT, and SAS Visual Forecasting, as well as open-source tools for sequential data handling and modeling, is helpful but not required. The lessons on Bayesian analysis and machine learning models assume some prior knowledge of these topics. One way that students can acquire this background is by completing these SAS Education courses: Bayesian Analyses Using SAS and Machine Learning Using SAS Viya.

Навыки, которые вы освоите

ForecastingRecurrent Neural Networks (RNNs)Time Series Analysis and ForecastingApplied Machine LearningData Analysis SoftwareBayesian StatisticsModel EvaluationStatistical ModelingPredictive ModelingRegression AnalysisSAS (Software)Statistical AnalysisStatistical SoftwareStatistical MethodsMachine Learning Methods

Программа курса

8 модулей · 98 учебных материалов

01Specialization Overview (Review)3 материалов

Welcome

OverviewВидеоGetting the Most from this SpecializationЧтениеUsing Forum and Getting HelpЧтение
02Course Overview5 материалов

Course Overview and Logistics

Учитесь у экспертов

Chip Wells

Senior Manager, Analytical Education

Ari Zitin

Analytical Training Consultant

Danny Modlin

Sr Analytical Training Consultant

Modeling Time Series and Sequential Data
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Обучение откроется на Coursera
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Обучение на Coursera

≈ 12.3 ч

8 модулей

Язык: Английский

Субтитры: Арабский, Французский, Итальянский, Бразильский португальский, Корейский, Немецкий, Испанский, Японский, Венгерский

Часть программы вашего университета
Welcome to the courseВидео
PrerequisitesЧтение
Access SAS Viya for Learners for Demos and PracticesВнешний инструмент
Finding the Course Files and Practicing in this Course (REQUIRED)Чтение
Frequently Asked QuestionsЧтение
03Introduction to Time Series14 материалов

Module Overview

About this ModuleВидеоOpen SAS Viya for Learners to Practice in this ModuleВнешний инструмент

A Review of Time Series Components and Concepts

Time Series ComponentsВидеоApplications of Time Series AnalysisВидеоQuestion: Statistical Time SeriesЗаданиеDemo: Exploring a Time SeriesВидеоA Framework for ForecastingВидеоDemo: Accumulating a Time Series and Exploring Systematic VariationВидео

Simple Models for Time Series

Concepts and NotationВидеоNaive ModelsВидео

Exponential Smoothing Models

Introduction to Exponential Smoothing Models (ESM)ВидеоESM and Signal ComponentsВидеоDemo: Forecasting with ESMВидеоPractice: Forecasting with ESMsЗадание
04ARIMAX Models29 материалов

Module Overview

About this ModuleВидеоOpen SAS Viya for Learners to Practice in this ModuleВнешний инструмент

ARMA Models

Models for Stationary DataВидеоAutoregressive Moving Average ModelsВидеоQuestion: Stationary Time SeriesЗаданиеIdentifying ARMA Models (Part 1)ВидеоIdentifying ARMA Models (Part 2)ВидеоDemo: ARMA Model PropertiesВидеоAutomatic Order IdentificationВидеоDemo: Identifying ARMA OrdersВидео

ARIMA Models, Trend

Non-Stationary Data, TrendВидеоDifferencing and IntegrationВидеоTrend FunctionsВидеоDemo: Trend Two Ways in an ARIMA FrameworkВидеоThe Augmented Dickey Fuller Unit Root (ADF) Test (Part 1)ВидеоThe Augmented Dickey Fuller Unit Root (ADF) Test (Part 2)Видео

ARIMA Models, Seasonality

Seasonal Variation (Part 1)ВидеоSeasonal Variation (Part 2)ВидеоThe ADF Test for SeasonalityВидеоDemo: Seasonality Two Ways in an ARIMA FrameworkВидео

ARIMAX Models, Inputs

Time Series RegressionВидеоDemo: Ordinary Regression Using OutliersВидеоThe Cross Correlation Function (CCF)ВидеоThe Transfer FunctionВидеоInterpreting the CCFВидеоDemo: Dynamic Regression with Event VariablesВидео
05Bayesian Time Series Analysis19 материалов

Module Overview

About this ModuleВидеоClassical Analysis versus Bayesian AnalysisВидеоOpen SAS Viya for Learners to Practice in this ModuleВнешний инструмент

Bayesian Time Series Structure

Accessing Lag and Next ValuesВидеоDemo: Setting Up Autoregressive ComponentsВидеоQuestion: PROC MCMC DiagnosticsЗаданиеDynamic Linear Model SetupВидеоDemo: Setting Up Seasonality ComponentsВидеоQuestion: PROC MCMC StatementsЗаданиеPractice: Modeling Autoregressive Components in Concert DataЗаданиеPractice: Modeling Seasonality Components in Stock DataЗадание

Exogenous Variables

Adding Exogenous VariablesВидеоDemo: Setting Up Exogenous ComponentsВидеоQuestion: PROC MCMC SyntaxЗаданиеPractice: Modeling Exogenous Components in Rose Sales DataЗадание

Forecasting in Bayesian

PREDDIST and ForecastingВидеоDemo: Forecast OutputВидеоQuestion: Forecasting TechniquesЗаданиеPractice: Generating Posterior Predictive Distributions for an AR(1) ModelЗадание
06Machine Learning Approaches to Time Series Modeling15 материалов

Module Overview

About this ModuleВидеоOpen SAS Viya for Learners to Practice in this ModuleВнешний инструмент

Using Machine Learning Models for Time Series Forecasting

Preparing Time Series Data for Machine LearningВидеоQuestion: Machine Learning ModelsЗаданиеBrief Introduction to Gradient Boosting ModelsВидеоDemo: Preparing Time Series Data and Building a Gradient Boosting ModelВидео

Deep Learning with Recurrent Neural Networks for Time Series Forecasting

Introduction to Recurrent Neural NetworksВидеоQuestion: RNN DatasetsЗаданиеLong Short-Term Memory Blocks in RNNsВидеоDemo: Building a Recurrent Neural Network with LSTM Blocks to Forecast Time SeriesВидеоLimitations of Machine Learning Methods for Time Series ForecastingВидеоAbout the Next Three PracticesЧтение
07Hybrid Modeling Approaches and External Forecasts12 материалов

Module Overview

About this ModuleВидеоOpen SAS Viya for Learners to Practice in this ModuleВнешний инструмент

A Hybrid or Ensemble Approach to Forecasting

External Models and Combined ForecastsВидеоCombination Forecast DetailsВидеоCombined Forecasts Using the TSM PackageВидеоDemo: Generating Combined Forecasts with the CFC ObjectВидеоDemo: Combining Forecasts from Multiple Modeling ApproachesВидеоPractice: Generating a Combined Model ForecastЗадание

Combining Traditional Time Series Methods with Machine Learning Methods

Strengths of Machine Learning Methods: Modeling Multiple Time SeriesВидеоWeighting Combined Forecasts with Machine LearningВидеоOpen Viya for Learners Jupyter Interface to follow along with the next DemoВнешний инструментDemo: Using Gradient Boosting to Find the Best Weighted Combination of Traditional Time Series ModelsВидео
08Course Review1 материалов

Review

Modeling Time Series and Sequential Data - Course ExamЗадание
Demo: An Application of the ADF TestВидео
Cross Correlation PitfallsВидео
Practice: ARIMAX - Identification, Estimation, and ForecastingЗадание
Practice: Changing the Number of Lagged Input Values for the Recurrent Neural Network ModelЗадание
Practice: Adding Hidden Units to the Recurrent Neural Network ModelЗадание
Practice: Removing a Hidden Layer from the Recurrent Neural Network ModelЗадание