Курс
Time Series Analysis in Python
Средний уровеньУровень навыков
Обновлено 08.2024
PythonProbability & Statistics4 ч17 видео59 Упражнений4,850 XP69,773Справка об успешном завершении
Создать бесплатный аккаунт
Продолжить через GoogleПоказать больше вариантовили
Продолжая, вы принимаете наши Условия использования, нашу Политику конфиденциальности и соглашаетесь с тем, что ваши данные хранятся в США.
Любимая обучающимися из тысяч компаний
Обучаете команду?
Попробуйте для бизнесаОписание курса
Learn How to Use Python for Time Series Analysis
From stock prices to climate data, you can find time series data in a wide variety of domains. Having the skills to work with such data effectively is an increasingly important skill for data scientists. This course will introduce you to time series analysis in Python.After learning what a time series is, you'll explore several time series models, ranging from autoregressive and moving average models to cointegration models. Along the way, you'll learn how to estimate, forecast, and simulate these models using statistical libraries in Python.
You'll see numerous examples of how these models are used, with a particular emphasis on applications in finance.
Discover How to Use Time Series Methods
You’ll start by covering the fundamentals of time series data, as well as simple linear regression. You’ll cover concepts of correlation and autocorrelation and how they apply to time series data before exploring some simple time series models, such as white noise and a random walk. Next, you’ll explore how autoregressive (AR) models are used for time series data to predict current values and how moving average models can combine with AR models to produce powerful ARMA models.Finally, you’ll look at how to use cointegration models to model two series jointly before looking at a real-life case study.
Explore Python Models and Libraries for Time Series Analysis By the end of this course, you’ll understand how time series analysis in Python works. You’ll know about some of the models, methods, and libraries that can assist you with the process and will know how to choose the appropriate ones for your own analysis.
This course is part of a wider Time Series with Python Track, which provides a set of five courses to help you master this data science skill.
Необходимые условия
Manipulating Time Series Data in Python1
Correlation and Autocorrelation
In this chapter you'll be introduced to the ideas of correlation and autocorrelation for time series. Correlation describes the relationship between two time series and autocorrelation describes the relationship of a time series with its past values.
2
Some Simple Time Series
In this chapter you'll learn about some simple time series models. These include white noise and a random walk.
3
Autoregressive (AR) Models
In this chapter you'll learn about autoregressive, or AR, models for time series. These models use past values of the series to predict the current value.
4
Moving Average (MA) and ARMA Models
In this chapter you'll learn about another kind of model, the moving average, or MA, model. You will also see how to combine AR and MA models into a powerful ARMA model.
5
Putting It All Together
This chapter will show you how to model two series jointly using cointegration models. Then you'll wrap up with a case study where you look at a time series of temperature data from New York City.
Time Series Analysis in Python
Курс завершён
Получить сертификат об окончании
Добавьте эту квалификацию в профиль LinkedIn, резюме или CVПоделитесь в социальных сетях и в обзоре эффективностиЗаписаться сейчас
Присоединяйтесь к более чем 19 миллионам обучающихся и начните Time Series Analysis in Python уже сегодня!
Создать бесплатный аккаунт
Продолжить через GoogleПоказать больше вариантовили
Продолжая, вы принимаете наши Условия использования, нашу Политику конфиденциальности и соглашаетесь с тем, что ваши данные хранятся в США.
Развивайте свои навыки работы с данными с помощью DataCamp для мобильных устройств.
Успевайте в обучении на ходу с помощью наших мобильных курсов и ежедневных 5-минутных заданий по программированию.