This two page document is a brief organizational history for The Portal to Texas History for 2004. This document was used for grant submissions to state or federal funding agencies, or private foundations. This document reflects on strategic directions for the program, as well as the number of collaborative partners for the Portal and the number of historic documents in the digital library.

Keynote address for the 2004 University Scholars Day delivered by Dr. Samuel Matteson. This keynote speaker discusses common threads of thought and practice that run through what is called "research."

This document details a work plan to guide the planning and execution of a new phase of the Z39.50 Interoperability Testbed Project.

This document discusses a Z39.50 Interoperability Testing framework. In a first phase of the Z39.50 Interoperability Testbed, a large dataset of MARC records was used. In this work, the authors are exploring how a set of special, diagnostic MARC records can be developed and used to identify interoperability problems between a Z39.50 client and a Z39.50 server providing access to a database of bibliographic records supporting the search and retrieval functions of an online library catalog. The authors refer to these special, diagnostic records as radioactive MARC records. It discusses the various components and identifies the tasks related to developing and implementing the components.

These grant materials were prepared for a project funded by Humanities Texas to digitize materials from ten collaborative partners. The documents discuss the historical significance of Lorenzo de Zavala, the proposed materials for digitization, project goals, and publicity. A work plan details selection criteria for materials, the digitization process and scanning standards, translating Spanish materials, and long-term benefits of the project. The project was funded for $10,000.

This document is a draft version of the Z-Interop 2 project search and record data requirements for Z39.50 interoperability testing using radioactive MARC records.

This document describes how the authors can extend a relational database of MARC documentation to store the appropriate information that will support the automatic generation of the special, diagnostic MARC records the authors will call radioactive MARC (RadMARC) records. The information contained in the database will also support the generation of the Z queries used in the interoperability testing.