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745.
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It supports N-gram based dictation, DFA grammar based parsing, and one-pass isolated word recognition. Phone context dependencies are supported up to triphone. It can perform a multi-model decoding, a recognition using several LMs and AMs simultaneously with a single processor, and also supports "hot plugging" of arbitrary modules at run time.
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Description
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Es compatible con N-gramas basados en dictados, análisis de gramáticas basadas en AFD y reconocimiento de palabras aisladas con una pasada. Las dependencias de contexto de teléfono son compatibles hasta triphone. Puede realizar una decodificación multi-modelo, un reconocimiento usando MLs y AMs simultáneamente con un solo procesador, y también soporta «enchufes en caliente» de los módulos arbitrarios en tiempo de ejecución.
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Translated and reviewed by
Paco Molinero
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Located in
Package: libjulius-dev
Package: julius
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746.
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This package contains header files and static libraries for developing programs that use Julius.
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Description
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Este paquete contiene los archivos de cabecera y las bibliotecas estáticas para desarrollar programas que usan Julius.
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Translated and reviewed by
Monkey
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Located in
Package: libjulius-dev
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747.
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Perl collection of random number generators
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Summary
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Colección Perl de generadores de números aleatorios
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Translated and reviewed by
Paco Molinero
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Located in
Package: libmath-random-perl
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748.
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Math::Random is a Perl port of the C version of randlib, which is a suite of routines for generating random deviates. This supports all the distributions from which the Fortran and C versions generate deviates. Some features are excluded including the multiple generators/splitting facility and antithetic random number generation. These, along with some of the distributions which are included, are probably not of interest except to the very sophisticated user.
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Description
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Math::Random es un puerto en Perl de la versión en C de randlib, que es una suite de rutinas para generar variaciones aleatorias. Soporta todas las distribuciones desde las cuales las versiones de Fortran y C generan variaciones. Algunas opciones están excluidas incluyendo la utilidad de múltiple generación/división y la generación de números aleatorios antitéticos. Eso, junto con algunas de las distribuciones incluidas, no es muy interesante excepto para el usuario avanzado.
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Translated and reviewed by
Paco Molinero
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Located in
Package: libmath-random-perl
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749.
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This package contains files needed for development
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Summary
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Este paquete contiene archivos necesarios para el desarrollo
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Translated and reviewed by
Adolfo Jayme Barrientos
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Located in
Package: libmetis-edf-dev
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750.
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This package contains the shared library
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Description
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Este paquete contiene la biblioteca compartida
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Translated and reviewed by
Adolfo Jayme Barrientos
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Located in
Package: librhvoice5
Package: libmetis-edf4.1
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751.
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Java library for developing numerical applications
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Summary
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Biblioteca de Java para desarrollar aplicaciones numéricas
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Translated and reviewed by
Adolfo Jayme Barrientos
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Located in
Package: libmtj-java
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752.
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Java library for developing numerical applications (documentation)
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Summary
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Biblioteca de Java para desarrollar aplicaciones numéricas (documentación)
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Translated and reviewed by
Adolfo Jayme Barrientos
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Located in
Package: libmtj-java-doc
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753.
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MTJ is designed to be used as a library for developing numerical applications, both for small and large scale computations. The library is based on BLAS and LAPACK for its dense and structured sparse computations, and on the Templates project for unstructured sparse operations.
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Description
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(no translation yet)
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Located in
Package: libmtj-java-doc
Package: libmtj-java
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754.
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MTJ uses the netlib-java project as a backend, which can be set up to use machine-optimised BLAS libraries for improved performance of dense matrix operations, falling back to a pure Java implementation. This ensures perfect portability, while allowing for improved performance in a production environment.
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Description
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(no translation yet)
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Located in
Package: libmtj-java-doc
Package: libmtj-java
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