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/pdf/a-complete-bibliography-of-publications-in-cryptologia-19afbi1vz2.pdf

A Complete Bibliography of Publications in Cryptologia

Information security technology encompasses all measures used to protect information from unauthorized disclosure, modification, or destruction. In an age when information is widely recognized as a valuable commodity, information security has become particularly vital. This issue of the AT&T Technical Journal brings together papers on various aspects of digital electronic information security, representing work in many areas of the company. This paper presents a brief overview of the problems addressed by information security technology and how its focus has changed with the advance of computing science.

Information security: An overview

Various embodiments produce a semiconductor device, such a MEMS device, having metallized structures formed by replacing a semiconductor structure with a metal structure. Some embodiments expose a semiconductor structure to one or more a reacting gasses, such as gasses including tungsten or molybdenum.

Metallizing MEMS devices

Statistical tests suites analysis methods. Cryptographic recommendations

The implementation of a protocol using automata

A distributed telecommunications network and supervisory system

At Sandia National Laboratories, a data communications architecture — whose major elements include a fiber loop, technical control centers, and a terminal switching network — provides security for data communications. The optical fiber loop supplies the advantages of high bandwidth, negligible crosstalk, immunity to interference, and resistance to tapping. The technical control centers, as elements on the fiber loop, focus regional communications and simplify distribution over the loop. The terminal switching network uses the fiber loop and the control centers' distribution and control capabilities to layer management and security control onto the Sandia network. By designing data communications around this set of trusted elements, Sandia has implemented a robust, secure system without sacrificing performance or responsiveness.

Sandia's terminal switching network and fiber optic loop

Breaking a pseudo random number based cryptographic algorithm

The desire to provide a measure of computer network availability at Sandia National Laboratories has existed for along time. Several attempts were made to build this measure by accurately recording network failures, identifying the type of network element involved, the root cause of the problem, and the time to repair the fault. Recognizing the limitations of available methods, it became obvious that another approach of determining network availability had to be defined. The chosen concept involved the periodic sampling of network services and applications from various network locations. A measure of ''network'' availability was then calculated based on the ratio of polling success to failure. The effort required to gather the information and produce a useful metric is not prohibitive and the information gained has verified long held feelings regarding network performance with real data.

/pdf/computer-network-availability-at-sandia-national-3sai3u5hj3.pdf

Computer Network Availability at Sandia National Laboratories, Albuquerque NM: Measurement and Perception

At Sandia National Laboratories, Albuquerque, secure data communications are provided by a system whose major elements include a fiber loop, technical control centers, and a terminal switching network. The optical fiber loop supplies the advantages of high bandwidth, negligible cross talk, and immunity to interference. The technical control centers, as elements on the fiber-optic loop, focus regional communications and simplify distribution. The terminal switching network utilizes the optical fiber loop and the technical control centers' distribution and control capabilities to layer management and security onto the Sandia network. Other functions, such as Ethernet interconnections, also utilize the fiber loop and technical control centers. By designing data communications around this set of trusted elements, Sandia has implemented a robust, secure system without sacrificing performance or responsiveness. >

Lawrence F. Tolendino

Papers

A distributed telecommunications network and supervisory system

Sandia's terminal switching network and fiber optic loop

Breaking a pseudo random number based cryptographic algorithm

Computer Network Availability at Sandia National Laboratories, Albuquerque NM: Measurement and Perception

Operating experience with the Sandia terminal switching network and fiber optic loop