30 August 2011, by Juan-Manuel Ahuactzin
Using RFIDs and FPGAs for Bayesian localization and active noise cancellation www.uptx.edu.mx/soundrise
The goal of this project is to develop Bayesian based technology and applications related with real-time entities localization and tracking. Particularly we concentrate our work in delimited environments using active radio-frequency identification (active-RFIDs). In order to obtain a robust and reliable real-time locating system (RTLS), a hybrid method, integrating active-RFIDs and (...)
13 August 2011, by Juan-Manuel Ahuactzin
En septiembre del 2009 fui invitado a la Secretaría de Economía de la ciudad de Méxicouna a una reunión para discutir los retos de innovación en TIC’s para México. A cada uno de los participantes le fue solicitado escribir (en no más de dos hojas) su perspectiva sobre uno o más retos de innovación en TIC’s para México.
En las líneas de abajo pueden encontrar mi escrito.
Retos de innovación en TICs para México Juan Manuel Ahuactzin Larios
Es por supuesto todo un reto el expresar una infinidad de ideas (...)
30 March 2010, by Juan-Manuel Ahuactzin
I started my conference by telling "Nobody can be a prophet in his own land, however it is an honor to be here today". Last March 16th, I was invited by the Pyrotechnical University of Tlaxcala (UPT), Mexico to give a conference. Actually I was born in Tlaxcala city and lived in Santa Ana (close to Tlaxcala) until I was 19 years old. For me it was a big honor to give a "magisterial" conference at the Convention Center of Tlaxcala city. I gave conferences in many places inside and outside (...)
17 March 2010, by Juan-Manuel Ahuactzin
Jorg Rett, Jorge Dias [1] and Juan-Manuel Ahuactzin [2]
Paper link
We present the implementation of computational Laban Movement Analysis (LMA) for human-machine interaction using Bayesian reasoning. The research field of computational human movement analysis is lacking a general underlying modelling language, i.e., how to map the features into symbols. With such a semantic descriptor, the recognition problem can be posed as a problem to recognise a sequence of symbols taken from an (...)
24 August 2009, by Juan-Manuel Ahuactzin
Dynamic Probabilistic Graphical Models and their Applications www.dynamopro.org
The main objective of the project is to develop new methods for construction, inference and explanation of Dynamic Probabilistic Graphical Models (DPGM), which will be incorporated into software tools, in order to apply them in solving four problems that are highly relevant in Medicine: cost effectiveness analysis for the vaccine against human papillomavirus; rehabilitation of people who have suffered a stroke; (...)