“A complete operational history of the Bismarck . . . with period photos [and] underwater photography of the wreck, allowing a forensic analysis of the damage.” —Seapower This new book offers a forensic analysis of the design, operation, and loss of Germany’s greatest battleship, drawing on survivors’ accounts and the authors’ combined decades of experience in naval architecture and command at sea. Their investigation into every aspect of this battleship is informed by painstaking research, including extensive interviews and correspondence with the ship’s designers and the survivors of the battle of the Denmark Strait and Bismarck’s final battle. Albert Schnarke, the former gunnery officer of Tirpitz, Bismarck’s sister ship, aided the authors greatly by translating and supplying manuscript materials from those who participated in the design and operations. Survivors of Bismarck’s engagements contributed to this comprehensive study including D.B.H. Wildish, RN, damage control officer aboard HMS Prince of Wales, who located photographs of battle damage to his ship. After the wreck was discovered in 1989, the authors served as technical consultants to Dr. Robert Ballard, who led three trips to the site. Filmmaker and explorer James Cameron has also contributed a chapter, giving a comprehensive overview of his deep-sea explorations on Bismarck and sharing his team’s remarkable photos of the wreck. The result of nearly six decades of research and collaboration, this is an “encyclopedic and engrossing” account (Naval Historical Foundation) of the events surrounding one of the most epic naval battles of World War II. And Battleship Bismarck finally resolves some of the major questions around her career, not least the most profound one of all: Who sank the Bismarck, the British or the Germans?
This book constitutes the refereed post-proceedings of the 9th International Conference on Principles of Distributed Systems, OPODIS 2005, held in Pisa, Italy in December 2005. The volume presents 30 revised full papers and abstracts of 2 invited talks. The papers are organized in topical sections on nonblocking synchronization, fault-tolerant broadcast and consensus, self-stabilizing systems, peer-to-peer systems and collaborative environments, sensor networks and mobile computing, security and verification, real-time systems, and peer-to-peer systems.
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