This book introduces mathematical techniques, key algorithms, and Python implementations for building machine learning models for unannotated data. It bridges the gap between complex math and practical Python implementations, covering end-to-end model development all the way through to production deployment. Vaibhav Verdhan introduces hands-off and unsupervised machine learning approaches that can still untangle raw, real-world datasets and support sound strategic business decisions.

<ASIN: 1617298727>

Subtitled "A mainframe in my living room", this book is about the PiDP-10 kit and the three operating systems that you can run on it. Andrew Barron acknowledges that very few people have the room, the money, or the time to restore a full-size PDP-10 as they were large installations that required a big climate-controlled room. However, he points out that due to the work by Bob Supnik, the original developer of the SimH emulator, enthusiasts can download an emulator onto a Raspberry Pi and run an accurate simulation of the DEC PDP-10 system.

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In this book Susanne Kaiser looks at how to design and build adaptive systems that can handle change. By combining Wardley Mapping, Domain-Driven Design, and Team Topologies, this book offers a comprehensive toolset for organizations to anticipate change. Drawing from historical examples of companies that failed to adapt, Kaiser emphasizes that optimization requires treating organizations as socio-technical systems where social and technical aspects are aligned and designed together.

<ASIN:0137393032 >

This guide to Swift has been updated for Swift 6.2. Jon Hoffman covers advanced concepts and techniques, such as concurrency, memory management, and Generics, all essential for creating high-performance applications. This edition covers Swift 6.2’s newest features alongside advanced programming topics such as reflection, concurrency, and Generics.

<ASIN: 1836203691>

This book, with the subtitle "Why Human Creativity Still Wins in the AI Revolution" looks at the past and future of creativity, showing why flaws, grit, and the human voice still matter in an age of machine-made everything. Micah Voraritskul traces the arc from the printing press to generative AI and reveals how each wave of innovation reshapes what we create, how we connect, and what we decide is worth keeping. With stories, cultural insight, and sharp reflection, Voraritskul argues that the human voice — with all its texture and imperfection — remains the most powerful force we have.

<ASIN: B0FM5ZL51T>

This book introduces the statistical and quantitative methods that will help programmers go beyond “gut feeling” for tasks like predicting stock prices or assessing quality control, with examples using the rich tools of the Python ecosystem. Gary Sutton blends the theory behind these statistical techniques with practical Python-based applications, offering structured, reproducible, and defensible methods for tackling complex decisions.

<ASIN: 1633436055>

This book aims to make stats approachable by combining clear explanations with practical applications. Joseph Schmuller shows how to download and use R and RStudio - two free, open-source tools - to learn statistics concepts, create graphs, test hypotheses, and draw meaningful conclusions. The book starts with the basics of statistics and R, and goes on to show how to calculate descriptive statistics, and use inferential statistics to test hypotheses. Then, visualize it all with graphs and charts.

<ASIN:139434306X >

In this guide Robert Henning systematically addresses challenges such as getting to grips with how nodes and scenes work while learning a new interface along with GDScript. Henning starts with nodes and scenes, Godot’s way of organizing everything, then explores both 2D and 3D game creation, adding key elements such as players, enemies, collectibles, and lighting effects that make games pop visually. Later chapters get hands-on with Godot’s scripting language, GDScript, to bring game ideas to life.

<ASIN:1836203098>

This book shows how adding WiFi to the Raspberry Pi Pico turns this low-cost, small form factor device into a true IoT device. Harry Fairhead explains how the extra capabilities added to the Pico W open up loads of opportunities, but only if you are prepared to do battle with the two libraries that provide networking and security – Lightweight Internet Protocol (lwIP) and Mbed Transport Layer Security (mbedTLS), respectively. This book provides a guide to these libraries along with examples of what you can do with them - information that isn't readily available. This second edition has been updated to cover the second generation Pico 2W as well as the original Pico W and has been extended to cover FreeRTOS, which offers significant advantages when working with lwIP and mbedTLS.

<ASIN:1871962986>

This book is a deeply researched insider’s account of Google’s epic two-decade campaign to dominate online advertising by any means necessary.  Former advertising executive, Ari Paparo, tells the story of how Google, starting in the mid-2000s with its initial near-monopoly on text ads, began to look for ways to obtain a similar stranglehold on the display advertising market.

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This book shows how to create and deploy microservices-based applications using the latest versions of Spring Boot, Java, and Spring Cloud. Magnus Larsson starts with simple microservices and progresses to complex distributed applications, explaining essential functionality and deploying microservices using Kubernetes and Istio along the way. This edition covers Java 24, Spring Boot 3.5, and Spring Cloud 2025, featuring updated code examples and replacing deprecated APIs. Topics include Spring’s Ahead of Time (AOT) module, observability, distributed tracing, and Helm for Kubernetes packaging.

<ASIN:1805801279 >

Subtitled "Solving problems with Q# and Qiskit", this book takes you beyond quantum basics and shows you how to take on practical quantum problem solving and programming using Q# and Qiskit. Author Mariia Mykhailova, a principal quantum applications software developer at PsiQuantum, shows how to write quantum programs using Qiskit and Q#, along with how to test your quantum code using common testing tools like pytest.

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