7 Best-Selling Virtual Machine Books Millions Trust

The authors, Jim Smith and Ravi Nair, bring decades of combined expertise in computer system research and industry development to this exploration of virtual machines as a unified discipline. You gain a structured understanding of virtualization technologies that transcend traditional boundaries between operating systems, programming languages, and computer architecture. Chapters delve into instruction set emulation, dynamic program translation, and system virtual machines supporting multiple operating environments, providing you with concrete insights into how these platforms enhance security, flexibility, and resource efficiency. If your work involves system design or software portability, this book offers a thorough framework to grasp the underlying concepts shaping modern virtual machine technology.

After working closely with the software they developed, Al Geist, Adam Beguelin, and Jack Dongarra created this guide to help users unlock the potential of Parallel Virtual Machine (PVM) technology. You’ll gain hands-on insights into setting up network parallel computing environments, optimizing distributed systems, and managing resources across multiple machines. The book breaks down complex parallel computing concepts into manageable tutorials, making it especially useful for scientists and engineers looking to enhance computational power without expensive hardware upgrades. While technical, it’s a practical resource if your work involves scientific computation or engineering simulations that demand scalable performance.

This personalized book explores detailed methods for mastering virtual machine technologies, tailored to your background and goals. It covers essential concepts such as virtualization principles, hypervisor types, and resource management, while delving into advanced topics like performance tuning, security considerations, and troubleshooting specific to your interests. By focusing on your unique needs, this tailored guide enables efficient learning and practical understanding of virtual machine environments. The content combines widely validated knowledge with insights that resonate with your specific skill level and objectives, facilitating a focused and engaging learning experience. Whether you aim to optimize virtual infrastructure or deepen your technical expertise, this book offers a bespoke pathway to virtual machine mastery.

Jon Meyer's deep expertise in Java programming shines through in this detailed exploration of the Java Virtual Machine (JVM). You gain a strong grasp of JVM architecture, including its instruction set and class file format, which equips you to build JVM implementations or compilers. The book's practical examples, such as Java assembly language snippets and a supplied assembler, help you translate theory into practice. If you want to extend Java beyond its usual constraints—like implementing operator overloading or custom syntaxes—this guide shows you how to harness JVM's flexibility and portability.

Bernard Golden’s extensive experience as a Silicon Valley IT consultant and open source expert shapes this approachable guide to virtualization. You’ll learn how virtualization improves server efficiency, cuts energy costs, and optimizes data center space, with concrete chapters on cost-benefit analysis, hardware selection, and migration strategies. The book demystifies complex concepts, making it accessible whether you’re pitching virtualization to leadership or managing implementation. While it doesn’t dive deeply into cutting-edge technical nuances, it equips you with a solid foundation to understand and evaluate virtualization’s practical business impact.

Joshua Engel leverages his extensive programming and computer science background to guide you through the inner workings of the Java virtual machine. This book takes a tutorial-style approach, explaining core JVM components like class loaders, threading, and performance optimization, while also walking you through writing actual programs that run on the JVM. Notably, it includes implementations of languages like Prolog and Scheme on top of the JVM, illustrating practical applications beyond Java itself. If you want to deepen your understanding of JVM internals and enhance your programming skills with a focus on Java technology, this book offers detailed insights that go beyond surface-level concepts.

This tailored book offers a focused exploration of virtualization techniques designed specifically around your background and goals. It reveals core concepts of virtual machines, practical deployment methods, and advanced configuration, all adapted to match your interests and skill level. The content examines popular, reader-validated knowledge alongside a step-by-step plan to accelerate your virtualization skills within 90 days. By concentrating on what matters most to you, this personalized guide makes mastering virtualization technologies an engaging and efficient journey. It merges foundational theory with hands-on practice, providing a clear path through complex virtualization topics while addressing your unique development needs.

Bill Venners, a recognized authority in Java technology, penned this book to clarify the complexities of the Java 2 Virtual Machine at a pivotal moment when Java was gaining serious traction. You’ll find detailed explanations about the JVM’s architecture, including new insights into native methods via the JNI specification, all supported by practical tutorials and extensive source code. If you want to deepen your technical grasp beyond high-level Java programming and understand how the JVM executes your code under the hood, this book offers exactly that. It’s tailored for developers and engineers aiming to optimize Java applications or build tools that integrate closely with the JVM internals.

The unique appeal of this book lies in its practical approach to deploying Microsoft's Hyper-V virtualization technology within enterprise datacenters. Written by Jason A. Kappel and the Velte brothers, whose combined expertise in virtualization and IT infrastructure shines through, the book walks you through setting up Hyper-V, managing virtual machines, and leveraging System Center Virtual Machine Manager 2008. Detailed chapters cover migration from physical to virtual environments, securing virtual machines, and integrating third-party tools, making it especially useful for IT professionals tasked with datacenter transformation. If you're managing Windows-based virtual infrastructures, this guide offers focused insights without overwhelming you with unnecessary jargon.