The Unorthodox Engineers are a misfit bunch of engineers, commanded by maverick engineer Fritz van Noon and including, amongst others, a convicted bank robber as quartermaster (on the entirely-sound grounds that he was likely to be the most capable person for the job). They solve problems of alien technology and weird planets in the future. The Unorthodox Engineers contains: The Railways Up on Cannis (1959) The Subways of Tazoo (1964) The Pen and the Dark (1966) Getaway from Getawehi (1969) The Black Hole of Negrav (1975)
The Unorthodox Engineers are a misfit bunch of engineers, commanded by maverick engineer Fritz van Noon and including, amongst others, a convicted bank robber as quartermaster (on the entirely-sound grounds that he was likely to be the most capable person for the job). They solve problems of alien technology and weird planets in the future. The Unorthodox Engineers contains: The Railways Up on Cannis (1959) The Subways of Tazoo (1964) The Pen and the Dark (1966) Getaway from Getawehi (1969) The Black Hole of Negrav (1975)
FAILWAY- the organisation whose process could break through into an inferior energy level, transporting the people into other dimensions, bringing them pleasures simple, exciting, exotic or erotic... FAILWAY- a police state, which tolerated no opposition. It was ruthless, thorough, and invariably fatal to its opponents... FAILWAY- against whose other-world power stood one man... DALROI
Why is the government deliberately destroying all trace of Man's past? Why are the laws of gravity and momentum strangely altered? Why has the world's population continually increased without the predicted eco-crisis taking place? Why is there an international conspiracy to conceal the future of the human race? These are just some of the reality-shattering questions that face Manalone, a brilliant computer scientist, when he tries to find out exactly what has happened to humanity. Manalone, outcast from society, must fight the entire machinery of a ruthless police state to discover the truth. And the truth is an awful, chilling one, that sounds only too real in today's world.
The overwhelming majority of a software system’s lifespan is spent in use, not in design or implementation. So, why does conventional wisdom insist that software engineers focus primarily on the design and development of large-scale computing systems? In this collection of essays and articles, key members of Google’s Site Reliability Team explain how and why their commitment to the entire lifecycle has enabled the company to successfully build, deploy, monitor, and maintain some of the largest software systems in the world. You’ll learn the principles and practices that enable Google engineers to make systems more scalable, reliable, and efficient—lessons directly applicable to your organization. This book is divided into four sections: Introduction—Learn what site reliability engineering is and why it differs from conventional IT industry practices Principles—Examine the patterns, behaviors, and areas of concern that influence the work of a site reliability engineer (SRE) Practices—Understand the theory and practice of an SRE’s day-to-day work: building and operating large distributed computing systems Management—Explore Google's best practices for training, communication, and meetings that your organization can use
Chaos Engineering teaches you to design and execute controlled experiments that uncover hidden problems. Summary Auto engineers test the safety of a car by intentionally crashing it and carefully observing the results. Chaos engineering applies the same principles to software systems. In Chaos Engineering: Site reliability through controlled disruption, you’ll learn to run your applications and infrastructure through a series of tests that simulate real-life failures. You'll maximize the benefits of chaos engineering by learning to think like a chaos engineer, and how to design the proper experiments to ensure the reliability of your software. With examples that cover a whole spectrum of software, you'll be ready to run an intensive testing regime on anything from a simple WordPress site to a massive distributed system running on Kubernetes. Purchase of the print book includes a free eBook in PDF, Kindle, and ePub formats from Manning Publications. About the technology Can your network survive a devastating failure? Could an accident bring your day-to-day operations to a halt? Chaos engineering simulates infrastructure outages, component crashes, and other calamities to show how systems and staff respond. Testing systems in distress is the best way to ensure their future resilience, which is especially important for complex, large-scale applications with little room for downtime. About the book Chaos Engineering teaches you to design and execute controlled experiments that uncover hidden problems. Learn to inject system-shaking failures that disrupt system calls, networking, APIs, and Kubernetes-based microservices infrastructures. To help you practice, the book includes a downloadable Linux VM image with a suite of preconfigured tools so you can experiment quickly—without risk. What's inside Inject failure into processes, applications, and virtual machines Test software running on Kubernetes Work with both open source and legacy software Simulate database connection latency Test and improve your team’s failure response About the reader Assumes Linux servers. Basic scripting skills required. About the author Mikolaj Pawlikowski is a recognized authority on chaos engineering. He is the creator of the Kubernetes chaos engineering tool PowerfulSeal, and the networking visibility tool Goldpinger. Table of Contents 1 Into the world of chaos engineering PART 1 - CHAOS ENGINEERING FUNDAMENTALS 2 First cup of chaos and blast radius 3 Observability 4 Database trouble and testing in production PART 2 - CHAOS ENGINEERING IN ACTION 5 Poking Docker 6 Who you gonna call? Syscall-busters! 7 Injecting failure into the JVM 8 Application-level fault injection 9 There's a monkey in my browser! PART 3 - CHAOS ENGINEERING IN KUBERNETES 10 Chaos in Kubernetes 11 Automating Kubernetes experiments 12 Under the hood of Kubernetes 13 Chaos engineering (for) people
A sunflare, a meteorite strike, a tachyon storm - all natural disasters - were wiping out the best brains of mankind at a rate of a thousand times greater than normal. The Director of ChaosCenter laid it out bluntly: "All our evidence suggests that a device that can alter probability exists. For want of a better name we call it the Chaos Weapon. Somebody, somewhere, wants us cut back - and hard. Unless we find that Chaos Weapon and destroy it, it's going to destroy us!".
Mises' classic avoids the formidable mathematical structure of fluid dynamics, while conveying — by often unorthodox methods — a full understanding of the physical phenomena and mathematical concepts of aeronautical engineering.
This book is written above all for artificial intelligence directors and engineers with some experience in the field. For instance, you may be an AI executive who has no technical background or an AI engineer who has implemented several projects in the past. This book was written with you in mind. The practical tips and insight will make you more productive with regard to idea development, and more prosperous in terms of communication with other professionals. Sharing my experience in building machine learning products, I have aimed to describe sophisticated concepts in simple terms. I hope you enjoy reading this book. This book helps you: identify use-cases where AI creates value, learn fundamentals in simple words, prevent mistakes to build an AI solution, learn best practices and increase efficiency, gain insight to build innovative solutions, manage development risks and save money.
