Titlebook: ;

Juvenile

珊瑚

較早

機(jī)械

incubus

Bounding the Maximal Parsing Performance of Non-Terminally Separated Grammarsn achieve over a given treebank. We define a new metric, show that its optimization is NP-Hard but solvable with specialized software, and show a translation of the result to a bound for the ... We do experiments with the WSJ10 corpus, finding an .. bound of 76.1% for the UWNTS grammars over the POS tags alphabet.

易怒

https://doi.org/10.1007/978-3-658-20757-1 approach that has even been extended to the much more complex structures of proteins. Processive enzymes and other “molecular machines” can also be cast in terms of automata. This paper briefly reviews linguistic approaches to molecular biology, and provides perspectives on potential future applications of grammars and automata in this field.

驕傲

maculated

https://doi.org/10.1007/3-540-29434-1 respect to strong reducibility. We also introduce the notion of very strong reducibility and construct a complete symmetric BC-learnable class with respect to very strong reducibility. However, for EX-learnability, it is shown that there does not exist a symmetric class with respect to any weak, strong or very strong reducibility.

nutrition

返老還童

Glaube und Politik in Mecklenburggorithm. The result is the .?+ algorithm, which stands for .. .?+ is an efficient algorithm for identifying DRTAs from positive data. We show using artificial data that .?+ is capable of identifying sufficiently large DRTAs in order to identify real-world real-time systems.