University of Washington - Communicating Data Science Results
- Offered byCoursera
Communicating Data Science Results at Coursera Overview
Duration | 8 hours |
Total fee | Free |
Mode of learning | Online |
Official Website | Explore Free Course |
Credential | Certificate |
Communicating Data Science Results at Coursera Highlights
- Shareable Certificate Earn a Certificate upon completion
- 100% online Start instantly and learn at your own schedule.
- Course 3 of 4 in the Data Science at Scale Specialization
- Flexible deadlines Reset deadlines in accordance to your schedule.
- Approx. 8 hours to complete
- English Subtitles: French, Portuguese (European), Russian, English, Spanish
Communicating Data Science Results at Coursera Course details
- Important note: The second assignment in this course covers the topic of Graph Analysis in the Cloud, in which you will use Elastic MapReduce and the Pig language to perform graph analysis over a moderately large dataset, about 600GB. In order to complete this assignment, you will need to make use of Amazon Web Services (AWS). Amazon has generously offered to provide up to $50 in free AWS credit to each learner in this course to allow you to complete the assignment. Further details regarding the process of receiving this credit are available in the welcome message for the course, as well as in the assignment itself. Please note that Amazon, University of Washington, and Coursera cannot reimburse you for any charges if you exhaust your credit.
- While we believe that this assignment contributes an excellent learning experience in this course, we understand that some learners may be unable or unwilling to use AWS. We are unable to issue Course Certificates for learners who do not complete the assignment that requires use of AWS. As such, you should not pay for a Course Certificate in Communicating Data Results if you are unable or unwilling to use AWS, as you will not be able to successfully complete the course without doing so.
- Making predictions is not enough! Effective data scientists know how to explain and interpret their results, and communicate findings accurately to stakeholders to inform business decisions. Visualization is the field of research in computer science that studies effective communication of quantitative results by linking perception, cognition, and algorithms to exploit the enormous bandwidth of the human visual cortex. In this course you will learn to recognize, design, and use effective visualizations.
- Just because you can make a prediction and convince others to act on it doesn?t mean you should. In this course you will explore the ethical considerations around big data and how these considerations are beginning to influence policy and practice. You will learn the foundational limitations of using technology to protect privacy and the codes of conduct emerging to guide the behavior of data scientists. You will also learn the importance of reproducibility in data science and how the commercial cloud can help support reproducible research even for experiments involving massive datasets, complex computational infrastructures, or both.
- Learning Goals: After completing this course, you will be able to:
- 1. Design and critique visualizations
- 2. Explain the state-of-the-art in privacy, ethics, governance around big data and data science
- 3. Use cloud computing to analyze large datasets in a reproducible way.
Communicating Data Science Results at Coursera Curriculum
Visualization
01 Introduction: What and Why
02 Introduction: Motivating Examples
03 Data Types: Definitions
04 Mapping Data Types to Visual Attributes
05 Data Types Exercise
06 Data Types and Visual Mappings Exercises
07 Data Dimensions
08 Effective Visual Encoding
09 Effective Visual Encoding Exercise
10 Design Criteria for Visual Encoding
11 The Eye is not a Camera
12 Preattentive Processing
13 Estimating Magnitude
14 Evaluating Visualizations
Privacy and Ethics
Motivation: Barrow Alcohol Study
Barrow Study Problems
Reifying Ethics: Codes of Conduct
ASA Code of Conduct: Responsibilities to Stakeholders
Other Codes of Conduct
Examples of Codified Rules: HIPAA
Privacy Guarantees: First Attempts
Examples of Privacy Leaks
Formalizing the Privacy Problem
Differential Privacy Defined
Global Sensitivity
Laplacian Noise
Adding Laplacian Noise and Proving Differential Privacy
Weaknesses of Differential Privacy
Reproducibility and Cloud Computing
Reproducibility and Data Science
Reproducibility Gold Standard
Anecdote: The Ocean Appliance
Code + Data + Environment
Cloud Computing Introduction
Cloud Computing History
Code + Data + Environment + Platform
Cloud Computing for Reproducible Research
Advantages of Virtualization for Reproducibility
Complex Virtualization Scenarios
Shared Laboratories
Economies of Scale
Provisioning for Peak Load
Elasticity and Price Reductions
Server Costs vs. Power Costs
Reproducibility for Big Data
Counter-Arguments and Summary
AWS Credit Opt-in Consent Form