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Based on true events, ICE-X86: Freezing the Cold War tells of a top-secret mission: a team of young engineers who face insurmountable oddsice storms, polar bears, military bias, espionage, fear and self-doubtwhile launching torpedoes from the surface of the Arctic ice pack. Will secret torpedo tests help to mitigate the Cold Wars greatest threat, or will a rogue Russian submarine that interrupts the mission spark international retaliation and something even worse? Of all the high level, vital and extremely challenging programs of my military/federal career, the ICE-X project tops the list. I was honored to lead this team of dedicated engineers to successfully overcome the design, logistics and tactical impossibilities of the Arctic environment and prove the U.S.s capabilities against a very serious and real world threat. Actual ICE-X team leader (Alex Trinola in the story). What a terrific adventure! We had no idea the ramifications of these tests until the top-secret mission was over. Len Morini, ICE-X team design engineer, 1986. Only time will tell the full strategic significance of these tests at the top of the worldhow they will influence the course of history. Secretary of the Navy, John F. Lehman Jr., Arctic Circle, 1986. This story brought back memories of the exciting times I had aboard the USS Hawkbillthe 666 Devil Boata worthwhile adventure. Thomas D. Warner, Navy Chief (Ret.)
This is the story of a technological war. There was no ambiguity behind the phrase "mutually assured destruction"―nuclear weapons and the means to deliver them had become a reality. The atomic bomb brought Japan to the USS Missouri for the formal surrender on September 2, 1945; a date that marked the end of World War Two. But this date also signaled the beginning of the Cold War as the Soviet Union emerged from the shadows. There was no "shot heard 'round the world"; no Fort Sumter; no Pearl Harbor; only the threat of a mushroom cloud far worse than what Japan experienced. The Cold War remained cold because all the players aggressively pursued a strategy of deterrence aimed at keeping the opponent's finger off the trigger. The people on the front lines and behind the scenes―the Cold Warriors on both sides―would come from the civilians who created the technology and the military that would be entrusted with its use. When tensions escalated, it was the Navy and the "silent service" that played a critical role. In Cold Warriors, the author describes a Navy laboratory in New London, Connecticut, populated with pioneers in submarine and antisubmarine warfare technology. Their mandate was to take the intellectual risks that would keep this country one step ahead of the Soviet Union. But ideas alone would not win the Cold War. The scientists relied on teams of field engineers whose willingness to take on physical risk would convert theory into reality. One of these groups was simply known as "the divers." Beginning in the 1950s, the U.S. Navy Underwater Sound Laboratory began sending a small number of its civilian staff―one or two each year―to train at one of the Navy's diving schools. As the Laboratory in New London evolved into the Naval Undersea Warfare Center, Newport, Rhode Island, that small team became the Engineering and Diving Support Unit. For more than a half-century, "the divers" would travel the world―this book is their story.
Android on x86: an Introduction to Optimizing for Intel® Architecture serves two main purposes. First, it makes the case for adapting your applications onto Intel’s x86 architecture, including discussions of the business potential, the changing landscape of the Android marketplace, and the unique challenges and opportunities that arise from x86 devices. The fundamental idea is that extending your applications to support x86 or creating new ones is not difficult, but it is imperative to know all of the technicalities. This book is dedicated to providing you with an awareness of these nuances and an understanding of how to tackle them. Second, and most importantly, this book provides a one-stop detailed resource for best practices and procedures associated with the installation issues, hardware optimization issues, software requirements, programming tasks, and performance optimizations that emerge when developers consider the x86 Android devices. Optimization discussions dive into native code, hardware acceleration, and advanced profiling of multimedia applications. The authors have collected this information so that you can use the book as a guide for the specific requirements of each application project. This book is not dedicated solely to code; instead it is filled with the information you need in order to take advantage of x86 architecture. It will guide you through installing the Android SDK for Intel Architecture, help you understand the differences and similarities between processor architectures available in Android devices, teach you to create and port applications, debug existing x86 applications, offer solutions for NDK and C++ optimizations, and introduce the Intel Hardware Accelerated Execution Manager. This book provides the most useful information to help you get the job done quickly while utilizing best practices.