Evaluates WordCruncher, a "text indexing and retrieval" system aimed at manipulating large bodies of text. States that it offers an intriguing method of organizing and analyzing text on a large scale. Concludes that this IBM PC/AT compatible product is, with minor exceptions, well designed. (GEA)

Identifies the Standard Generalized Markup Language (SGML) as the best basis for a markup standard for encoding literary texts. Outlines solutions to problems using SGML and discusses the problem of maintaining multiple views of a document. Examines several ways of reducing the burden of markups. (GEA)

Focuses on types of questions raised in the encoding of historical documents. Illustrates how Text Encoding Initiative-based encoding produces a text that is of major value to future historical researchers. Maintains that software development is a barrier to developing text encoding tables. (CFR)

Maintains that a crucial issue in hypertext design is how to give the reader new capabilities without taking any existing ones away. Discusses the conversion of traditional, printed scholarly text to hypertext. Includes recommendations for the conversion of scholarly text to hypertext. (CFR)

Reports a study of the initial effects of word processing on essay-writing performance and on writing apprehension. Concludes that college freshmen using word processing showed greater progress in writing performance from pre to post essay tests than did those using traditional methods, but they did not show significant difference in writing…

Traces the history of the Text Encoding Initiative (TEI) from the 1987 Vassar Conference to the publication, "Guidelines for the Electronic Text Encoding and Interchange." Explains the types of questions raised and attempts made to answer them. Discusses the organization of TEI committees and the project's future. (CFR)

Suggests four overlapping areas of exploration that might help spark "creative re-formations" of the way English teachers think about computers and their relationship to writing: (1) computers and teaching writing, (2) computers and language theory, (3) computers and learning from the past, and (4) computer research in other fields. (GEA)

Recommends that writing teachers integrate word processing and revision strategies when teaching how to diagnose and correct structural writing problems. Presents exercises employing these methods in a first-year English composition course. Stresses the computer's ability to help students evaluate their writing, encouraging eventual independent…

Asserts that research into the effects of word processing on student writing is dependent on established writing skills, keyboarding techniques, human intervention, and the established criteria for good writing. Concludes that nonnative writers may benefit in significant ways from the attributes of word processing. (CFR)