New project funded by CONACYT and lead by our group

Methods for Pattern Recognition and Analysis of Vibro-Acoustic Signals. The general project aim is to create new methods to recognize patterns and analyze vibro-acoustic signals from urban, underwater and mechanical origin

Presea Lázaro Cárdenas 2016
Dr. Luis Alejandro Sánchez Pérez

La Presea Lázaro Cárdenas es la distinción más importante que otorga el Instituto Politécnico Nacional (IPN), se entrega cada año a los alumnos de nivel Medio Superior, Superior, Maestría y Doctorado con desempeño sobresaliente. También se entrega a profesores e investigadores con aportaciones destacadas en la docencia y la investigación.

ORCID ID

ORCID identifier

Noise monitoring at the Historial Centre of Mexico City

Wireless distributed system for permanent monitoring of enviromental noise. Computes principal acoustical pollution indicators

Laboratory of Intelligent Systems for Automation and Laboratory of Digital Signal Processing

Course eligible for the first semester: Programming for Virtual Instrumentation and Industrial Networks ("Programación para Instrumentación Virtual y Redes Industriales. Laboratorio de Sistemas Inteligentes para la Automatización")

Real time measurements at Mexico City International Airport (AICM)

Field measurements to obtain real indicators of physical variables such as noise. Coordinated and supported by external institutions such as the Mexico City International Airport and the General Department of Civil Aviation

Classifying irrigation demands based on estimates of soil, weather conditions and crop types

Project of technology innovation and master thesis under development by an student of our group

For more information, please email to lsanchez@cic.ipn.mx

Opportunities to develop MSc and Ph.D. theses

You may contact lsanchez@cic.ipn.mx.
1. Pattern recognition and signal analysis in medical applications based on artificial intelligence (as part CONACYT Project of Basic Science). Biomechanical analysis, Parkinson Disease...
2. Computational model for acoustic analysis of airports based on artifici...

Research Award IPN
2014

The National Polytechnic Institute delivers the "Award Research in the IPN" corresponding to 2014, to academic staff with outstanding research contributing to increasing scientific knowledge and technological development into four categories: basic research, applied research, technological developme...

New project approved by CONACyT

New project approved by CONACYT which is fully funded by this organization: Methods for pattern recognition and analysis of vibro-acoustic signals. The general project aim is to create new methods to recognize patterns and analyze vibro-acoustic signals from urban, underwater and mechanical origin...

Laboratory of Intelligent Systems for Automation

Course eligible for the first semester: Programming for Virtual Instrumentation and Industrial Networks ("Programación para Instrumentación Virtual y Redes Industriales")

For more information, please email to lsanchez@cic.ipn.mx

Please, see Scientific Products, Projects and Thesis

Virtual Instrumentation, parallel programming and multicore

This page is under development and belongs to the Research Group for Measurements and Intelligent Processing of Physical Variables (MIP-RG).

This page is under development and belongs to the Research Group for Measurements and Intelligent Processing of Physical Variables (MIP-RG).