Texte remanié de: Inaug.-Diss.--Literaturwissenschaft--Bochum, 1978. / Bibliogr. p. 169-173.

Diss.--Bibliothekswissenschaft--Berlin, D.D.R., 1979. / Bibliogr. p. 3-57.

Thesis--Zürich. / Curriculum vitae. Literaturverzeichnis: p. 239-242.

Tübingen, Univ., Diss., 1998. / Computerdatei im Fernzugriff.

Tübingen, University, Diss., 1998.

No description available.

Ma. Diss. : Arts : Chicago, Ill. : 1973. / Exemplaire photocopié d'après microfilm.

No description available.

Many ontologies, in particular in the biomedical domain, are based on the Description Logic EL++. Several efforts have been made to interpret and exploit EL++ontologies by distributed representation learning. Specifically, concepts within EL++theories have been represented as n-balls within an n-dimensional embedding space. However, the intersectional closure is not satisfied when using n-balls to represent concepts because the intersection of two n-balls is not an n-ball. This leads to challenges when measuring the distance between concepts and inferring equivalence between concepts. To this end, we developed EL Box Embedding (ELBE) to learn Description Logic EL++embeddings using axis-parallel boxes. We generate specially designed box-based geometric constraints from EL++axioms for model training. Since the intersection of boxes remains as a box, the intersectional closure is satisfied. We report extensive experimental results on three datasets and present a case study to demonstrate the effectiveness of the proposed method.

This thesis consists of a collection of poems and a critical preface. The preface is a discussion of Elizabeth Bishop's descriptive mode, as demonstrated by three of her poems: "Sandpiper," "The Monument," and "Santarém." I argue for Bishop's descriptions as creative acts, and examine the gestures that help her make the reader aware of the shaping power she exercises.