This paper gives an overview of the Moses tool suite, a set of tools for visual language programming. In Moses, visual language syntax is de ned by rst-order predicates over the abstract syntax of a picture{an attributed graph. One way of specifying language semantics in Moses is by writing an Abstract State Machine that interprets a given attributed graph. This paper shows how the editor is pa...

This paper presents an automatic grapheme to phoneme conversion system that uses statistical machine translation techniques provided by the Moses Toolkit. The generated word pronunciations are employed in the dictionary of an automatic speech recognition system and evaluated using the ESTER 2 French broadcast news corpus. Grapheme to phoneme conversion based on Moses is compared to two other me...

This paper describes the IPN-UPV participation on the English-to-Hindi translation task from WMT 2014 International Evaluation Campaign. The system presented is based on Moses and enhanced with deep learning by means of a source-context feature function. This feature depends on the input sentence to translate, which makes it more challenging to adapt it into the Moses framework. This work repor...

In this paper the Markov analyzer MOSES (MOdelling, Speci cation and Evaluation of Computer Systems) and the model description languageMOSLANG { both developed at the Institute for Operating Systems at the University of Erlangen{Nuernberg { are described using two examples. To evaluate the performance of a computer system the system has to be specied. In this paper the model description languag...

We report the seminal contributions of both Dr. Arthur Moses (Instituto Oswaldo Cruz, Rio de Janeiro), in 1911, and Dr. Oswaldo Lange (Faculdade de Medicina da USP, São Paulo), in 1940, to the diagnosis of neurocysticercosis (NC). Moses was the first person to report an immunologically based method for the diagnosis of NC, whereas Lange reported the cerebrospinal features of NC.

Building MT systems with theMoses toolkit is a task so complex that it is rarely done manually. Over the years, several frameworks for building, running, and evaluatingMoses systems have been developed,most notably theExperimentManagement System (EMS).While EMSworks well for standard experimental set-ups and offers good web integration, designing new experimental set-ups within EMS is not trivi...

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