Book Image

Managing Data Science

By : Kirill Dubovikov
Book Image

Managing Data Science

By: Kirill Dubovikov

Overview of this book

Data science and machine learning can transform any organization and unlock new opportunities. However, employing the right management strategies is crucial to guide the solution from prototype to production. Traditional approaches often fail as they don't entirely meet the conditions and requirements necessary for current data science projects. In this book, you'll explore the right approach to data science project management, along with useful tips and best practices to guide you along the way. After understanding the practical applications of data science and artificial intelligence, you'll see how to incorporate them into your solutions. Next, you will go through the data science project life cycle, explore the common pitfalls encountered at each step, and learn how to avoid them. Any data science project requires a skilled team, and this book will offer the right advice for hiring and growing a data science team for your organization. Later, you'll be shown how to efficiently manage and improve your data science projects through the use of DevOps and ModelOps. By the end of this book, you will be well versed with various data science solutions and have gained practical insights into tackling the different challenges that you'll encounter on a daily basis.
Table of Contents (18 chapters)
Free Chapter
1
Section 1: What is Data Science?
5
Section 2: Building and Sustaining a Team
9
Section 3: Managing Various Data Science Projects
14
Section 4: Creating a Development Infrastructure

Introduction to deep learning

Before writing this section, I was thinking about the many ways we can draw a line between machine learning and deep learning. Each of them was contradictory in some way. In truth, you can't separate deep learning from machine learning because deep learning is a subfield of machine learning. Deep learning studies a specific set of models called neural networks. The first mentions of the mathematical foundations of neural networks date back to the 1980s, and the theory behind modern neural networks originated in 1958. Still, they failed to show good results until the 2010s. Why?

The answer is simple: hardware. Training big neural networks uses a great amount of computation power. But not any computation power will suffice. It turns out that neural networks do a lot of matrix operations under the hood. Strangely, rendering computer graphics also...