Testing is a crucial part when developing electronics. One way to lower the costs and increase the efficiency is to avoid human interaction. This can be done with automated testing. The purpose with this thesis is to look into the possibility of automating telephony and facsimile tests with "off the shelf components" such as modems and standard computers. The proposed solution was put together and the needed software was developed, using Java. When testing electronics it is of most importance that the hardware and software carrying out the tests are reliable. To be able to ensure this, the software has been thoroughly tested, and the different error sources discussed. The biggest cause to the problems found was that the modems weren’t reliable. A general work around is presented, implemented and tested.

<p>Testing is a crucial part when developing electronics. One way to lower the costs and increase the efficiency is to avoid human interaction. This can be done with automated testing. The purpose with this thesis is to look into the possibility of automating telephony and facsimile tests with "off the shelf components" such as modems and standard computers. The proposed solution was put together and the needed software was developed, using Java. When testing electronics it is of most importance that the hardware and software carrying out the tests are reliable. To be able to ensure this, the software has been thoroughly tested, and the different error sources discussed. The biggest cause to the problems found was that the modems weren’t reliable. A general work around is presented, implemented and tested.</p>

Thesis (M.Tech (Electrical Engineering))--Cape Technikon, 1995 / This thesis describes the design and development ofsoftware for a FAXMODEM card for a personal computer. The software was developed to enable the designed FAXMODEM card to transmit and receive facsimiles independent of the host personal computer.

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In recent years, technological advances in creating, storing, and accessing digital facsimiles of print and manuscript documents has resulted in an explosion of digitization initiatives. While such initiatives commonly endorse the viewpoint that digital facsimiles either replace or successfully stand in for their physical originals, textual scholars, whose principle interest is in the text as material artifact, do not share this perspective. Thresholds of Engagement explores the ways textual scholars engage with textual artifacts, tests the limits of representation of digital facsimiles and of the interfaces that house them, and proposes a model for the relationship between physical texts and their digital counterparts that privileges the requirements of textual scholars. The digital-facsimile interface proposed in this study is designed to facilitate methods described by textual scholars in interview—methods of comparison, material analysis, pattern recognition, and modelling—using an open-source web-based approach that is accessible for individuals to innovate and build upon.

Vor 800 Jahren, im Jahre 1206, wurde Dresden erstmals urkundlich erwähnt. Vor 450 Jahren, im Jahre 1556, legte Kurfürst August von Sachsen mit seiner &amp;quot;Liberey&amp;quot; im Dresdner Schloss den Grundstock für die heutige Sächsische Landesbibliothek - Staats- und Universitätsbibliothek Dresden, ...

In recent years, technological advances in creating, storing, and accessing digital facsimiles of print and manuscript documents has resulted in an explosion of digitization initiatives. While such initiatives commonly endorse the viewpoint that digital facsimiles either replace or successfully stand in for their physical originals, textual scholars, whose principle interest is in the text as material artifact, do not share this perspective. Thresholds of Engagement explores the ways textual scholars engage with textual artifacts, tests the limits of representation of digital facsimiles and of the interfaces that house them, and proposes a model for the relationship between physical texts and their digital counterparts that privileges the requirements of textual scholars. The digital-facsimile interface proposed in this study is designed to facilitate methods described by textual scholars in interview—methods of comparison, material analysis, pattern recognition, and modelling—using an open-source web-based approach that is accessible for individuals to innovate and build upon.

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Bibliography: pages 233-235. / The CCITT X.400 Message Handling System resides in the Application Layer of the seven-layer Reference Model for Open Systems Interconnection. It bypasses the services of the Presentation Layer completely to interact directly with the Session Layer. The objectives of this thesis are to show how the general Session Layer may be tailored to be minimally conformant to the requirements of X. 400; to produce a formal specification of this session layer; and to show how this session layer may be implemented on a real system. The session services required by X. 400 are those of the Halfduplex, Minor Synchronization, Exceptions and Activity Management functional units of the CCITT X.215 Session Service Definition. These services, and particularly their use by X.400, are described in detail. State tables describing these services are derived from the general session service state tables. Those elements of the CCITT X. 225 Session Protocol Specification which are required to provide only those services required by X. 400 are described in detail. State tables describing this session protocol are derived from the general session protocol state tables. A formal specification of the session layer for X.400 is presented using the Formal Description Technique Estelle. This specification includes a complete session entity, which characterizes the entire session layer for X.400. A session entity for supporting X.400 is partially implemented and interfaced to an existing X.400 product on a real system. Only the Session Connection Establishment Phase of the session protocol is implemented to illustrate the technique whereby the entire session protocol may be implemented. This implementation uses the C programming language in the UNIX operating system environment.

Großer Empfang für das Faksimile des Codex Dresdensis: Vom 20.-28. Oktober besuchten auf Einladung von Luis Fernando Andrade, Vizeaußenminister Guatemalas, Prinz Alexander von Sachsen, außenpolitischer Berater des sächsischen Ministerpräsidenten, Prof. Dr. Nikolai Grube, Ordinarius und Archäologe an der Universität Bonn, und Dr. Thomas Bürger, Generaldirektor der SLUB, mehrere Städte Guatemalas. Höhepunkt der Reise war die feierliche Übergabe eines Faksimiles an Vizestaatspräsident Eduardo Stein im Nationalmuseum für Archäologie und Ethnologie in Guatmala City.