Mining and Analyzing LinkedIn Data
Mining and Analyzing LinkedIn Data, available at $69.99, has an average rating of 4.25, with 54 lectures, based on 60 reviews, and has 1064 subscribers.
You will learn about Extract data from your LinkedIn profile using the LinkedIn API and .csv files Extract and analyze the connections between users, invitations, and text messages Generate fake usernames to mask real information Explore and view data related to your contacts' companies and job titles Use edit Levenshtein distance, n-gram similarity and Jaccard distance to measure similarity between strings Cluster contacts based on similarity between positions, as well as generate HTML views to improve data presentation Use location APIs to extract latitude and longitude of contacts, in order to capture the city and country of lives View the location of contacts dynamically with Google Earth and the Basemap library Cluster contacts using the k-means algorithm Apply natural language processing techniques to analyze your LinkedIn text messages Generate word cloud to view the most frequent terms Extract name entities from text messages Create a sentiment classifier to extract the polarity of the LinkedIn text messages This course is ideal for individuals who are Anyone interested in data analysis using social media data or People interested in applying Artificial Intelligence and Data Science techniques to data extracted from social networks or People interested in extracting data from social networks or Undergraduate students who are studying subjects related to Artificial Intelligence, Data Science or Data Analysis or People who want to get to know their LinkedIn contacts better It is particularly useful for Anyone interested in data analysis using social media data or People interested in applying Artificial Intelligence and Data Science techniques to data extracted from social networks or People interested in extracting data from social networks or Undergraduate students who are studying subjects related to Artificial Intelligence, Data Science or Data Analysis or People who want to get to know their LinkedIn contacts better.
Enroll now: Mining and Analyzing LinkedIn Data
Summary
Title: Mining and Analyzing LinkedIn Data
Price: $69.99
Average Rating: 4.25
Number of Lectures: 54
Number of Published Lectures: 53
Number of Curriculum Items: 54
Number of Published Curriculum Objects: 53
Original Price: $19.99
Quality Status: approved
Status: Live
What You Will Learn
- Extract data from your LinkedIn profile using the LinkedIn API and .csv files
- Extract and analyze the connections between users, invitations, and text messages
- Generate fake usernames to mask real information
- Explore and view data related to your contacts' companies and job titles
- Use edit Levenshtein distance, n-gram similarity and Jaccard distance to measure similarity between strings
- Cluster contacts based on similarity between positions, as well as generate HTML views to improve data presentation
- Use location APIs to extract latitude and longitude of contacts, in order to capture the city and country of lives
- View the location of contacts dynamically with Google Earth and the Basemap library
- Cluster contacts using the k-means algorithm
- Apply natural language processing techniques to analyze your LinkedIn text messages
- Generate word cloud to view the most frequent terms
- Extract name entities from text messages
- Create a sentiment classifier to extract the polarity of the LinkedIn text messages
Who Should Attend
- Anyone interested in data analysis using social media data
- People interested in applying Artificial Intelligence and Data Science techniques to data extracted from social networks
- People interested in extracting data from social networks
- Undergraduate students who are studying subjects related to Artificial Intelligence, Data Science or Data Analysis
- People who want to get to know their LinkedIn contacts better
Target Audiences
- Anyone interested in data analysis using social media data
- People interested in applying Artificial Intelligence and Data Science techniques to data extracted from social networks
- People interested in extracting data from social networks
- Undergraduate students who are studying subjects related to Artificial Intelligence, Data Science or Data Analysis
- People who want to get to know their LinkedIn contacts better
LinkedIn is a social network focused on professional experience in order to generate connections and relationships between professionals from different areas. Professionals can provide profissional skills and search for jobs by connecting with people around the world. For example, if you would like to work with Data Science you can connect with companies and people who work in this field, increasing your chances of getting a job. On the other hand, companies are able to search for candidates according to the curriculum and skills provided by users. In 2017, LinkedIn established itself as the largest business platform and an important strategic tool for both professionals and companies.
It is important that professionals know how to use the data of this social network in their favor. LinkedIn provides some datasets related to your profile, in which it is possible to apply Data Science and Analysis techniques to extract important and interesting insights about our network of connections. We can answer questions like this: What are the main positions of the people who are connected to us? Which companies are sending invitations to our profile? What is the location of our contacts? Is our LinkedIn network made up of people and companies related to our job? Are the companies I want to work for sending invitations to my profile? These and other questions can be answered during this course, so you can analyze if your network is in line with what you want professionally. Below you can see the main topics that will be implemented step by step:
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Extract data from your LinkedIn profile using the LinkedIn API and .csv files. If you do not have LinkedIn, you will be able to follow the course using the data about my profile
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Extract and analyze connections between users, invitations and text messages
-
Generate fake data to mask real information
-
Explore and visualize data related to your contacts’ companies and job titles
-
Use Levenshtein distance, n-gram similarity and Jaccard distance to measure similarity between strings
-
Cluster contacts based on similarity between positions, as well as generate HTML views to improve data presentation
-
Use location APIs to extract latitude and longitude of contacts to capture the city and country they live
-
View the location of contacts dynamically with Google Earth and the Basemap library
-
Cluster contacts using k-means algorithm
-
Apply natural language processing techniques to analyze your LinkedIn text messages
-
Generate word cloud to view the most frequent terms
-
Extract named entities from your text messages
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Create a sentiment classifier to extract the polarity from LinkedIn messages
During the course, we will use the Python programming language and Google Colab, so you do not need to spend time installing the stuff on your own machine. You will be able to follow the course with a browser and an Internet connection! This is the best course if this is your first contact with social media data analysis!
Course Curriculum
Chapter 1: Introduction
Lecture 1: Course content
Lecture 2: Course materials
Chapter 2: LinkedIn datasets
Lecture 1: Plan of attack
Lecture 2: Creating a LinkedIn APP
Lecture 3: LinkedIn API 1
Lecture 4: LinkedIn API 2
Lecture 5: Getting data from LinkedIn
Lecture 6: Connections dataset
Lecture 7: Invitations dataset 1
Lecture 8: Invitations dataset 2
Lecture 9: Generating fake data
Lecture 10: Messages dataset
Chapter 3: Connections between users and invitations
Lecture 1: Plan of attack
Lecture 2: Connections by day
Lecture 3: HOMEWORK
Lecture 4: Homework solution
Lecture 5: Companies data
Lecture 6: Positions data
Lecture 7: Levenshtein distance
Lecture 8: N-gram similarity
Lecture 9: Jaccard distance
Lecture 10: Clustering similar positions 1
Lecture 11: Clustering similar positions 2
Lecture 12: Clustering similar positions 3
Lecture 13: Clustering similar positions 4
Lecture 14: Visualizing the clusters
Lecture 15: Exporting to JSON
Lecture 16: Visualizing using dendrogram
Lecture 17: Visualizing using link tree
Lecture 18: Google location API
Lecture 19: Using the location API
Lecture 20: Latitude and longitude of the contacts
Lecture 21: Contact map using Basemap
Lecture 22: Getting countries and cities
Lecture 23: Graph of users by countries and cities
Lecture 24: Introduction to clustering
Lecture 25: Introduction to k-means algorithm
Lecture 26: Clustering users by location with k-means
Lecture 27: Visualizing the clusters using Google Earth
Lecture 28: Invitations dataset
Lecture 29: HOMEWORK
Lecture 30: Homework solution
Lecture 31: Analysis of the invitations dataset
Chapter 4: Messages between users
Lecture 1: Plan of attack
Lecture 2: Loading the dataset
Lecture 3: Preprocessing the texts
Lecture 4: Preprocessing the dataset
Lecture 5: Detecting languages
Lecture 6: Word cloud
Lecture 7: Named entity recognition
Lecture 8: Sentiment analysis
Chapter 5: Final remarks
Lecture 1: Final remarks
Lecture 2: BONUS
Instructors
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Jones Granatyr
Professor -
AI Expert Academy
Instructor
Rating Distribution
- 1 stars: 1 votes
- 2 stars: 0 votes
- 3 stars: 6 votes
- 4 stars: 16 votes
- 5 stars: 37 votes
Frequently Asked Questions
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Can I take my courses with me wherever I go?
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