doc. Ing. Matej Lexa, Ph.D.

2007

• Automatic generation of circuits for approximate string matching

  MARTÍNEK Tomáš LEXA Matej BECK Patrik FUČÍK Otto

  Article in Proceedings

  Proceedings of 2007 IEEE Design and Diagnostics of Electronic Circuits and Systems, year: 2007

• Genomic PCR simulation with hardware-accelerated approximate sequence matching

  LEXA Matej MARTÍNEK Tomáš BECK Patrik FUČÍK Otto VALLE Giorgio ZARA Ivano

  Article in Proceedings

  Proceedings 21st European Conference on Modelling and Simulation, year: 2007

• The application of MALDI MS whole-cell profiles of the genus Pseudomonas

  TESHIM Andrea TVRZOVÁ Ludmila ŠEDO Ondrej LEXA Matej SEDLÁČEK Ivo ZDRÁHAL Zbyněk ŠVEC Pavel

  Conference abstract

  Year: 2007, type: Conference abstract

• Využití MALDI-MS celobuněčných profilů při charakterizaci bakterií rodu Aeromonas

  TESHIM Andrea TVRZOVÁ Ludmila SEDLÁČEK Ivo ŠEDO Ondrej ZDRÁHAL Zbyněk LEXA Matej

  Conference abstract

  Year: 2007, type: Conference abstract

2006

• A flexible technique for the automatic design for approximate string matching architectures

  MARTÍNEK Tomáš LEXA Matej KOŘENEK Jan FUČÍK Otto

  Article in Proceedings

  Proceedings of 2006 IEEE Design and Diagnostics of Electronic Circuits and Systems Workshop, year: 2006

• FOBIA

  LEXA Matej

  Conference

  Year: 2006, type: Conference

• Chemotaxonomic Characterisation of Pseudomonads by MALDI-TOF MS

  ŠEDO Ondrej VÁVROVÁ Andrea LEXA Matej TVRZOVÁ Ludmila ZDRÁHAL Zbyněk

  Conference abstract

  Year: 2006, type: Conference abstract

• Využití MALDI-MS pro identifikaci Pseudomonas spp.

  VÁVROVÁ Andrea TVRZOVÁ Ludmila ZDRÁHAL Zbyněk ŠEDO Ondrej LEXA Matej ŠVEC Pavel

  Conference abstract

  Year: 2006, type: Conference abstract

2005

• RapH and RapD: two indexes designed for de novo identification of repeats in whole

  CAMPAGNA D ROMUALDI C VITULO N DEL-FAVERO Micky LEXA Matej CANNATA N VALLE G

  Article in Proceedings

  BITS Meeting 2005, year: 2005

• Segmentation of texts and biological sequences into lexical and structural units using a machine-learning approach

  HUDÍK Tomáš LEXA Matej

  Article in Proceedings

  Proceedings of the 1st International Summer School on Computational Biology, year: 2005