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Presents an overview of how magnetic recording is utilized by the Advanced Photo System. Use of magnetics in a photographic system; Film base used for the Advanced Photo System; Magnetic reading and writing in photographic apparatus; Designing the magnetic data architecture; Memory capacity expansion; Conclusion.

The following two books are reviewed: Optimization of Computer Networks - Modeling and Algorithms: A Hands-On Approach (Marino, P.P.; 2016) and Wireless-Powered Communication Networks (Niyato D., et al, Eds.; 2017). [ABSTRACT FROM PUBLISHER]

Reviews the following books: Mobility Protocols and Handover Optimization: Design, Evaluation and Application (Dutta, A. and Schulzrinne, H.; 2014); Millimeter Wave Wireless Communications (Rappaport, T.S., Heath Jr, R.W., Daniels, R.C. and Murdock, J.N.; 2015) [ABSTRACT FROM PUBLISHER]

Discusses the technological problems and solutions in the magnetic information exchange system design of the photofinishing equipment relative to the features of the Advanced Photo System. Characteristics of a film used in the Advanced Photo System; Information exchange interface; Influence of wet processing on the performance of magnetic reading; Conclusions.

Presents several challenges to be overcome to implement magnetic recording and reading in Advanced Photo System cameras. Writing decodable data in the film-transport environment of a camera; Interfacing magnetic-recording heads to the edge of film; Compact and low cost magnetic recording head; Electromagnetic noise reduction within camera for mid-roll change; Conclusion.