Die Verwendung von ID/LP-Grammatiken und komplexen Symbolen ist bei Flektionsreichen und in der Wortstellung flexiblen Sprachen wie dem Deutschen erfolgversprechender als der Rückgriff auf kontextfreie Grammatiken (cfg). Dieser Artikel beschreibt in einem ersten Schritt die dafür notwendigen Veränderungen des TomitaAlgorithmus und dessen Tabellengenerators. In einem zweiten Schritt werden wir a...

how to cite this article: derakhshanfar h, modanlookordi m, amini a, shahrami a. a comparative study of the sedative effect of oral midazolam and oral promethazine medication in lumbar puncture. iran j child neurol. 2013 spring;7(2):11-16.   objective lumbar puncture (lp) essentially is a painful and stressful procedure that indicated for diagnosis and therapeutic purposes. one way to reduce th...

We establish that if it is consistent that there is a supercompact cardinal, then it is consistent that every locally compact, hereditarily normal space which does not include a perfect pre-image of ω1 is hereditarily paracompact. This is the fifth in a series of papers ([LTo], [L2], [FTT], [LT], [T1] being the logically previous ones) that establish powerful topological consequences in models ...

We prove that the classes of weakly $1$-dimensional and almost $0$-dimensional spaces are disjoint. The result has applications to hereditarily locally connected spaces, $\mathbb R$-trees, endpoints smooth fans.

We show that each of the classes of hereditarily locally connected, finitely Suslinian, and Suslinian continua is Π1-complete, while the class of regular continua is Π4-complete.

In this paper we characterize hereditarily-normal spaces in terms of the measure-theoretic properties of the lattice of closed sets. We then generalize from that lattice to other lattices. We apply the results to extremallydisconnected spaces.

A space X is cometrizable if X has a coarser metric topology such that each point of X has a neighborhood base of metric closed sets. Most examples in the literature of spaces obtained by modifying the topology of the plane or some other metric space are cometrizable. Assuming the Proper Forcing Axiom (PFA) we show that the following statements are equivalent for a cometrizable space X : (a) X ...