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\title{Abstracts in Cryptology: 1960s\\ Volume~VII, Release 1}
\author{Sean A. Irvine\\ Electronic mail: {\tt sirvine@waikato.ac.nz}}
\date{\today}

\begin{document}
\small
\maketitle

\begin{abstract}
This volume of {\sl Abstracts in Cryptology\/} contains references and abstracts for the cryptologic literature for the years 1960 through 1969. Other volumes cover different decades. The purpose of the document is aid the location of relevant cryptologic literature.
\end{abstract}

\subsection*{Preface}

This is Volume~VII, Release 1, of the {\sl Abstracts in Cryptology.} This release contains approximately one thousand abstracts and references to books, papers, articles, technical reports, letters, and other literature pertaining to cryptology. The core references deal with secrecy, authentication, cryptanalysis, protocol, and so on. Other subjects having some coverage include random number generation, number theory (factoring and primality testing), zero-knowledge proofs, data compression, and complexity theory. I believe that all works referenced are publicly available.

Other volumes covering different decades are also available, but are not as complete as the current volume. Volume~I covers literature prior to 1900, Volume~II covers 1900--1919, Volume~III cover 1920--1929, Volume~IV covers 1930--1939, Volume~V covers 1940--1949, Volume~VI covers 1950--1959, Volume~VII covers 1960--1969, Volume~VIII covers 1970--1979, Volume~IX covers 1980--1989, Volume~X covers 1990--1994, and Volume~XI covers 1995--1999.

I regret that I am unable to supply copies of works referenced, nor can I specify where individual works may be obtained. Most of the books referenced should be available from a university or large public library. Most of the journal articles can be obtained by the interloan services of a library. The technical reports can usually obtained by directly contacting the author or institution concerned. Many of the technical reports from 1985 onwards are available on-line using the World-Wide-Web, gopher, and ftp systems.

Some journals are not covered very well in this release: notable omissions are {\em Cryptologia\/} and the {\em Journal of Cryptology.} If somebody with access to these journals can send me abstracts for the papers in them I will include them in the document for the next release.

If you know of any relevant document not listed here please send me the title, author, and journal or publisher, and if possible send an abstract. I am also happy to receive complete papers.

This document is designed to be printed using the \LaTeX\ typesetting system.

\vspace{1cm}

\noindent Sean Irvine.

\vspace{1cm}

{\obeylines Department of Mathematicss and Statistics
University of Waikato
Private Bag 3105
Hamilton
New Zealand.}

\T {Algebraic Coding Theory}
\A {E. R. Berlekamp}
\J {McGraw-Hill, New York, NY}
\D {1968---revised edition 1984}


\T {Application of Common Control to the Overseas AUTOVON Switching System}
\A {D. K. Lee}
\A {H. L. Wirsing}
\J {IEEE Trans. on Comm. Technology {\bf COM-14,} 6}
\D {1966}
\X {Separate subsystems provide for registering, translating, and sending telephone address information, and for real-time monitoring and upgrading of line and trunk conditions. The register-sender subsystem is time-shared; associated with it are facilities for sending and receiving dial or key addresses. The translator subsystem has a ferrite-core memory, divided into functional sections. The memory subsystem is sequentially accessed by the register-sender, and is either sequentially or randomly accessed by the translator. Six alternate routes are provided per destination, with five levels of precedence and preemption on {\em all trunks busy.}}

\T {The Codebreakers: The Story of Secret Writing}
\A {David Kahn}
\J {Weidenfeld and Nicolson}
\D {1966}
\X {Chapters are: One Day of {\sc MAGIC}; The First 3,000 Years; The Rise of the West; On the Origin of a Species; The Era of the Black Chambers; The Contribution of the Dilettantes; Crises of the Union; The Professor, the Soldier, and the Man on Devil's Island; Room 40; A War of Intercepts: I; A War of Intercepts: II; Two Americans; Secrecy for Sale; Duel in the Ether: The Axis; Duel in the Ether: Neutrals and Allies; Censors, Scramblers, and Spies; The Scrutable Orientals; \Rp\Ry\Rc\Rc\Rk\Ra\Rr\ \Rk\Rp\Rn\Rpi\Rt\Ro\Rw\Ro\Rg\Rn\Rr; N.S.A; The Anatomy of Cryptology; Heterogeneous Impulses; Rumrunners, Businessmen, and Makers of Non-secret Codes; Ciphers in the Past Tense; The Pathology of Cryptology; Ancestral Voices; Messages from Outer Space.}

\T {A Consideration of the Application of Cryptographic Techniques to Data
Processing}
\A {R. O. Skatrud}
\J {AFIPS Conference Proceedings, {\bf 35}}
\D {1969}

\T {Cryptographic Techniques for Computers}
\A {Dennie Van Tassek}
\J {AFIPS Conference Proceedings, {\bf 34}}
\D {1969}

\T {Digital Circuit Techniques for Speech Analysis}
\A {G. L. Clapper}
\J {IEEE ???}
\D {1963}
\J {The fundamentals of voice production and hearing are briefly reviewed with respect to the nature of the complex speech waveform. Some early speech devices are noted and current work in the field of computer simulation is considered. A general description of an experimental word code generator developed at the IBM (International Business Machines Corporation) Endicott Development Laboratory is given. This device produces a compressed digital code from the spoken word as a function of frequency, intensity, and time. Individual sound patterns are coded as a function of the changes in the word itself. The code is produced as the word is spoken and is displayed in matrix form for immediate analysis. Readout to a card punch or other storage media is easily accomplished. The operation of the system is described with special reference to the circuit configurations and techniques developed for the word code generator. The advantages and disadvantages of the digital representation of speech events are discussed considering storage economy, information transfer, and pattern recognition. It is concluded that digital techniques for speech analysis should find usage in speech therapy, speech recognition, and speech synthesis.}

\T {Elementary Cryptanalysis}
\A {A. Sinkov}
\J {Math. Assoc. Am.}
\D {1966}

\T {Information Theory and Reliable Communications}
\A {R. G. Gallager}
\J {John Wiley \& Sons, New York, NY}
\D {1968}

\T {An Introduction to the Theory of Numbers}
\A {R. G. Ayoub}
\J {American Mathematical Society}
\D {1963}

\T {Line and Trunk Design for Overseas AUTOVON Switching System}
\A {R. C. Clark}
\A {W. A. Lindbloom}
\A {L. L. Smith}
\J {IEEE Trans. on Info. Technology {\bf COM-14,} 6}
\D {1966}
\X {Line and trunk circuits which combine twin-contact electromechanical relays with correeds are detailed. Priority, hot line service, and other facilities---a Dial Service Assistance (DSA) switchboard, supervisor's console, and instructor's console are also described.}

\T {Maintainability Aspects of the Overseas AUTOVON Switching System}
\A {J. P. Jallits}
\A {W. D. Stejskal}
\A {W. R. Wedmore}
\J {IEEE Trans. on Commun. Technology {\bf COM-14,} 6}
\D {1966}
\X {Preventative and corrective maintenance, packaging concepts, fault-administration methods, and priorities for trouble reports, considered in the design stages are assessed. System operation is continually monitored; built-in equipment permits automatic and manual routining of critical functions at predetermined intervals.}

\T {Management of Confidential Information}
\A {Edward V. Comber}
\J {AFIPS Conference Proceedings, {\bf 35}}
\D {1969}

\T {Marker and Matrix Configuration from Overseas AUTOVON Switching System}
\A {A. S. Cochran}
\A {J. R. Vande Wege}
\A {R. M. Schildgen}
\J {IEEE Trans. on Comm. Technology {\bf COM-14,} 6}
\D {1966}
\X {Two types of markers were designed for the overseas AUTOVON (Automatic Voice Network). The switch marker and matrix (comprised of 6-element crosspoints) are used to interconnect the various switching circuits provided in the office. The DSA (Dial Service Assistance) marker and matrix are used to connect DSA trunk circuits to operator position circuits. Each marker is a sequentially operating device with self-checking circuitry to detect internal failures which are recorded by a separate maintenance monitor circuit. Two markers are always provided in each section (switch or DSA), one marker active or {\em on-line,} and the other used as a standby unit. When trouble is detected, an allotter circuit transfers the traffic load to the standby circuit.}

\T {Physical Aspects of Overseas AUTOVON Switching System}
\A {P. K. Gerlach}
\A {J. W. Taugner}
\A {E. B. Lopatka}
\J {IEEE Trans. on Commun. Technology {\bf COM-14,} 6}
\D {1966}
\X {The specifications of the overseas AUTOVON (Automatic Voice Network) system included detailed physical, electrical, environmental, and other criteria. To meet these requirements, after evaluating all other design goals, two types of housings were developed. A {\em drawer cabinet\/} houses the crosspoint switching matrix (CSM) cards on vertical, slide-mounted drawers. A {\em gate cabinet\/} houses the electronic power modules, logic wriring cards, and electromechanical circuit assemblies, on hinged gates. Cabinets bolt to each other, to the floor, and to an overhead cable-raceway grid, which carries the control, signal, and transmission cables. Power and ground (frame, shield, battery, and electronic) cables are segregated on the raceway.}

\T {Security and Privacy in Computer Systems}
\A {Willis H. Ware}
\J {AFIPS Conference Proceedings, {\bf 30}}
\D {196?}

\T {Security and Privacy, Similarities and Differences}
\A {Willis H. Ware}
\J {AFIPS Conference Proceedings, {\bf 30}}
\D {196?}

\T {Security Considerations in a Multi-Programmed Computer System}
\A {Bernard Peters}
\J {AFIPS Conference Proceedings, {\bf 30}}
\D {196?}

\T {Security Controls in the ADEPT-50 Time-Sharing System}
\A {C. Weissman}
\J {AFIPS Conference Proceedings, {\bf 35}}
\D {1969}

\T {System Design Parameters of Overseas AUTOVON Switching System}
\A {E. J. Glenner}
\A {W. C. Miller}
\A {R. J. Murphy}
\J {IEEE Trans. on Comm. Technology {\bf COM-14,} 6}
\D {1966}
\X {This paper reports on overseas AUTOVON, a 4-wire, nonblocking, space-division system with correed crosspoint matrices, electronically controlled. Electromechanical elements permit connections to HF, UHF, and troposcatter microwave links, 4-wire instruments, and land lines.}

\T {System Implications of Information Privacy}
\A {Harold E. Petersen}
\A {Rein Turn}
\J {AFIPS Conference Proceedings, {\bf 30}}
\D {196?}

\end{document}
