Hands-on Time Series Analysis with Python
From Basics to Bleeding Edge Techniques
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Beschreibung
Learn the concepts of time series from traditional to bleeding-edge techniques. This book uses comprehensive examples to clearly illustrate statistical approaches and methods of analyzing time series data and its utilization in the real world. All the code is available in Jupyter notebooks.
You'll begin by reviewing time series fundamentals, the structure of time series data, pre-processing, and how to craft the features through data wrangling. Next, you'll look at traditional time series techniques like ARMA, SARIMAX, VAR, and VARMA using trending framework like StatsModels and pmdarima.The book also explains building classification models using sktime, and covers advanced deep learning-based techniques like ANN, CNN, RNN, LSTM, GRU and Autoencoder to solve time series problem using Tensorflow. It concludes by explaining the popular framework fbprophet for modeling time series analysis. After reading Hands -On Time Series Analysis with Python, you'll be able to apply these new techniques in industries, such as oil and gas, robotics, manufacturing, government, banking, retail, healthcare, and more.
What You'll Learn:
• Explains basics to advanced concepts of time series
• How to design, develop, train, and validate time-series methodologies
• What are smoothing, ARMA, ARIMA, SARIMA,SRIMAX, VAR, VARMA techniques in time series and how to optimally tune parameters to yield best results
• Learn how to leverage bleeding-edge techniques such as ANN, CNN, RNN, LSTM, GRU, Autoencoder to solve both Univariate and multivariate problems by using two types of data preparation methods for time series.
• Univariate and multivariate problem solving using fbprophet.
Who This Book Is For
Data scientists, data analysts, financial analysts, and stock market researchers
Learn the concepts of time series from traditional to bleeding-edge techniques. This book uses comprehensive examples to clearly illustrate statistical approaches and methods of analyzing time series data and its utilization in the real world. All the code is available in Jupyter notebooks.
You'll begin by reviewing time series fundamentals, the structure of time series data, pre-processing, and how to craft the features through data wrangling. Next, you'll look at traditional time series techniques like ARMA, SARIMAX, VAR, and VARMA using trending framework like StatsModels and pmdarima.
The book also explains building classification models using sktime, and covers advanced deep learning-based techniques like ANN, CNN, RNN, LSTM, GRU and Autoencoder to solve time series problem using Tensorflow. It concludes by explaining the popular framework fbprophet for modeling time series analysis. After reading Hands-On Time Series Analysis with Python, you'll be able to apply these new techniques in industries, such as oil and gas, robotics, manufacturing, government, banking, retail, healthcare, and more.
What You'll Learn:
· Explains basics to advanced concepts of time series
· How to design, develop, train, and validate time-series methodologies
· What are smoothing, ARMA, ARIMA, SARIMA,SRIMAX, VAR, VARMA techniques in time series and how to optimally tune parameters to yield best results
· Learn how to leverage bleeding-edge techniques such as ANN, CNN, RNN, LSTM, GRU, Autoencoder to solve both Univariate and multivariate problems by using two types of data preparation methods for time series.
· Univariate and multivariate problem solving using fbprophet.
Who This Book Is For
Data scientists, data analysts, financial analysts, and stock market researchers
Covers latest time series packages like fbprophet and pmdarima. Introduces reader’s to wide range of methods such as Smoothening, ARIMA, SARIMA, SARIMAX, VAR, VARMA, AUTO-ARIMA Explains how to leverage advance deep learning based techniques like RNN, LSTM, CNN
Autor*in
B V Vishwas
Themen in »Hands-on Time Series Analysis with Python«
Time Series Analysis StatsModel Pyramid PyFlux Regression Extensions Techniques Bleeding Edge techniques Neural Network