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The first of its kind, this book traces the evolution of motion picture technology in its entirety. Beginning with Huygens' magic lantern and ending in the current electronic era, it explains cinema’s scientific foundations and the development of parallel enabling technologies alongside the lives of the innovators. Product development issues, business and marketplace factors, the interaction of aesthetic and technological demands, and the patent system all play key roles in the tale. The topics are covered sequentially, with detailed discussion of the transition from the magic lantern to Edison’s invention of the 35mm camera, the development of the celluloid cinema, and the transition from celluloid to digital. Unique and essential reading from a lifetime innovator in the field of cinema technology, this engaging and well-illustrated book will appeal to anyone interested in the history and science of cinema, from movie buffs to academics and members of the motion picture industry.

This media history explores a series of portable small cameras, playback devices, and storage units that have made the production of film and video available to everyone. Covering several storage formats from 8mm films of the 1900s, through the analogue videotapes of the 1970s, to the compression algorithms of the 2000s, this work examines the effects that the shrinkage of complex machines, media formats, and processing operations has had on the dissemination of moving images. Using an archaeological approach to technical standards of media, the author provides a genealogy of portable storage formats for film, analog video, and digitally encoded video. This book is a step forward in decoding the storage media formats, which up to now have been the domain of highly specialised technicians.

This study looks at the preservation process: newsreel, television, and color preservation; the often controversial issue of colorization; and commercial film archives. It provides detailed histories of the major players in the preservation battle including the International Museum of Photography at George Eastman House, the American Film Institute, the Museum of Modern Art, the UCLA Film and Television Archive, and the Library of Congress. This first historical overview of film preservation in the United States is also highly controversial in its exposure and criticism of the politicization of film preservation in recent years, and the rising bureaucracy which has often lost sight of preservation and restoration as the ultimate purpose of film archives.

"Surround sound is often mistaken as a relatively new phenomenon in cinemas, one that emerged in the 1970s with the arrival of Dolby. Making Stereo Fit shows how Hollywood studios have instead been implementing surround-sound techniques for the past century and argues that their endurance owes primarily to the long-standing economic tension between stereophonic and monophonic sound. Throughout the book, Eric Dienstfrey analyzes newly discovered archival materials, as well as a myriad of stereo releases from Hell's Angels (1930) to Get Out (2017), to examine how Hollywood's dependence on single-channel sound left filmmakers unable to fully realize the aesthetic potential of surround sound. Though studios initially experimented with stereo's unique affordances, Dienstfrey details how film sound designers eventually codified a conservative set of surround-sound conventions that prevail today, despite the arrival of more immersive technologies"--

First published in 1985. Exactly 20 years have passed since the first edition of this text appeared, in 1965. During this period, the author has gathered feedback from professional film-making circles. This fourth revision introduces new information in nearly all chapters. 130 new illustrations have been added, many of them illustrating feature films which are currently in release. The bibliography has also been enlarged considerably. The contributions of the visual-effects cinematographer have always been valued highly within the theatrical motion-picture industry. Because of their work, film producers have been able to endow their pictures with considerable 'production value' which the budget could not otherwise sustain.

This is the first book to bring together the work of a modern motion picture film laboratory together with the specialist techniques for preservation and restoration of archival film. The books data has its origins in a training programme called FILM which was written by members of the Gamma Group with funding from the EU fund Force. The committee comprised senior film archivists and technicians in charge of film conservation departments or working film laboratories within national film archives, together with technicians from commercial laboratories which specialise in archival film conservation and who do not work for national and local archives. The final group consisted of many of the most experienced individuals in their fields. Restoration of Motion Picture Film is an extremely informative, well-researched book which is an unmissable addition to the bookshelves of conservators, archivists and curators worldwide. Film history and film conservation students will also find it of great interest and use. * Only book in English on this subject * Prepared by leading specialists in their field * Includes coverage of digital technology

TV & Video Engineer’s Reference Book presents an extensive examination of the basic television standards and broadcasting spectrum. It discusses the fundamental concepts in analogue and digital circuit theory. It addresses studies in the engineering mathematics, formulas, and calculations. Some of the topics covered in the book are the conductors and insulators, passive components, alternating current circuits; broadcast transmission; radio frequency propagation; electron optics in cathode ray tube; color encoding and decoding systems; television transmitters; and remote supervision of unattended transmitters. The definition and description of diagnostics in computer controlled equipment are fully covered. In-depth accounts of the microwave radio relay systems are provided. The general characteristics of studio lighting and control are completely presented. A chapter is devoted to video tape recording. Another section focuses on the mixers and special effects generators. The book can provide useful information to technicians, engineers, students, and researchers.

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