Practical Python Data Science Techniques
Course
Online
Description
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Type
Course
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Methodology
Online
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Start date
Different dates available
Learn practical solutions to Data Science problems with PythonData Science is an interdisciplinary field that employs techniques to extract knowledge from data. As one of the fast growing fields in technology, the interest for Data Science is booming, and the demand for specialized talent is on the rise.This course takes a practical approach to Data Science, presenting solutions for common and not-so-common problems in the form of recipes. This video will begin from exploring your data using the different methods like data acquisition, data cleaning, data mining, machine learning, and data visualization, applied to a variety of different data types like structured data or free-form text. It will show how to deal with text using different methods like text normalization and calculating word frequencies. The audience will learn how to deal with data with a time dimension and how to build a recommendation system as well as about supervised learning problems (regression and classification) and unsupervised learning problems (clustering). They will learn how to perform text preprocessing steps that are necessary for every text analysis applications. Specifically, the course will cover tokenization, stop-word removal, stemming and other preprocessing techniques.The video takes you through with machine learning problems that you may encounter in your everyday use. In the end, the video will cover the time series and recommender system. By the end of the video course, you will become an expert in Data Science Techniques using Python.About The AuthorMarco Bonzanini is a data scientist based in London, United Kingdom. He holds a Ph.D. in information retrieval from the Queen Mary University of London. He specializes in text analytics and search applications, and over the years, he has enjoyed working on a variety of information management and data science problems.
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Location
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About this course
Perform Exploratory data analysis on your Data
Clean and process your Data to have the right shape
Tokenize your Document to words with Python
Calculate the word frequencies using Data Science Techniques of Python
Work with scikit-learn to solve every problem in Machine Learning
Perform Cluster Analysis using Python Data Science Techniques
Build a Time Series Analysis with Panda
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Subjects
- Ms Word
- Media
- Social Media
- Cleaning
- Punctuation
- English
- Statistics
- Access
- Word
Course programme
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Read local files using Python
- Access common data formats like CSV and JSON
- Serialize binary data using the pickle module
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Compute summary statistics on a new data set
- Understand the distribution of different values
- Bucketing and plotting the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Identify data that need cleaning and preprocessing
- Deal with duplicates and missing data
- Transform the data
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Define stop-words and unimportant words
- Remove stop-words and punctuation tokens
- Deal with Unicode symbols
- Transform tokens using case normalization
- Transform tokens using stemming and normalization
- Transform tokens using synonym mapping
- Find the most common word or phrases in a document
- Find the most common word or phrases in a collection
- Understand the role of word frequencies in text analytics.
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Define stop-words and unimportant words
- Remove stop-words and punctuation tokens
- Deal with Unicode symbols
- Transform tokens using case normalization
- Transform tokens using stemming and normalization
- Transform tokens using synonym mapping
- Find the most common word or phrases in a document
- Find the most common word or phrases in a collection
- Understand the role of word frequencies in text analytics.
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Identify tokens from text
- Deal with text from different domains
- Identify phrases to capture more complex concepts
- Define stop-words and unimportant words
- Remove stop-words and punctuation tokens
- Deal with Unicode symbols
- Shape a problem as regression...
Additional information
Practical Python Data Science Techniques