
Essential Statistics for Data Science: A Concise Crash Course is for students entering a serious graduate program or advanced undergraduate teaching in data science without knowing enough statistics. The three-part text starts from the basics of probability and random variables and guides readers towards relatively advanced topics in both frequentist and Bayesian approaches in a matter of weeks.Part I, Talking Probability explains that the statistical approach to analysing data starts with a probability model to describe the data generating process. Part II, Doing Statistics explains that much of statistical inference is about learning unknown quantities in the model (e.g. its parameters) from the data it is presumed to have generated. Part III, Facing Uncertainty explains the importance of explicitly describing how much uncertainty we have about the model parameters, especially those with intrinsic scientific meaning, and of taking that into account when making decisions.Essential Statistics for Data Science: A Concise Crash Course provides an in-depth introduction for beginners, while being more serious than a typical undergraduate text, but still lighter and more accessible than an average graduate text.
This text investigates the foundational statistical concepts required for students to succeed in advanced data science programs. Author Mu Zhu, an academic in the field, utilizes a structured three-part framework to bridge the gap between basic probability and advanced frequentist and Bayesian inference. The book argues that a rigorous understanding of data-generating processes and parameter uncertainty is necessary for effective decision-making in modern data science.
What You Will Find
Scope Limits
Readers frequently note the balance between accessibility and academic rigor, positioning this text as a bridge between undergraduate and graduate-level material. Experts highlight the book's utility for students who need a focused, efficient transition into serious statistical analysis.
Page Count:
176
Publication Date:
2023-07-04
Publisher:
Oxford University Press
ISBN-10:
0192867741
ISBN-13:
9780192867742
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