| Development of models for the digital processing of multispectral remote-sensing signals and their implementation as high-performance software. |
| AREA: Digital signal and image processing
DESCRIPTION:Research and development of computing paradigms (methodologies and algorithms) for the digital processing of signals obtained from multispectral remote-sensing systems, using artificial intelligence and distributed computing techniques to obtain a robust, adaptable design that can be implemented at the software level.
PROJECT LEADER:IVÁN ESTEBAN VILLALÓN TURRUBIATES
villalon@iteso.mx(33) 3669 3434 ext.3873 |
| Automatic image-interpretation and scanning system for calculating inventory volumes. |
| AREA:Digital signal and image processing
DESCRIPTION:Development of the specification of a sensor array for obtaining relevant data from an existing inventory in a warehouse, as well as the development of a software system for sending and interpreting these data for the purpose of calculating volumes and creating a three-dimensional reconstruction of the inventory.
APPLICATIONS:Any company or institution from the public, private or government sector interested in the digital processing of multidimensional data obtained by active or passive sensor systems, in order to use them to apply interpretation and/or pattern-recognition methodologies that will provide useful information for generating a model of the process being studied that will serve as a support tool for decision-making.
PROJECT LEADER: IVÁN ESTEBAN VILLALÓN TURRUBIATES villalon@iteso.mx(33) 3669 3434 ext.3873. |
| Feature selection for model construction and dynamic model validation. |
| AREA:Databases
DESCRIPTION: Obtaining informational relevance from each metric within a dataset using its obtained weight, starting with an ungrouped dataset, admitting absence of information and with almost no user supervision required.
APPLICATIONS: Any company or institution from the public, private or government sector interested in carrying out dataset-mining processes in order to process, identify and interpret patterns, which can serve as models for interpreting and/or predicting events.
PROJECT LEADER: IVÁN ESTEBAN VILLALÓN TURRUBIATES
villalon@iteso.mx(33) 3669 3434 ext.3873 |
| Information analysis using databases (Business Intelligence) |
| AREA:Databases
DESCRIPTION:Information analysis using databases to analyze historical behavior or trend patterns for decision-making purposes
APPLICATIONS:Any company or government institution that wishes to exploit its information and/or create its own databases.
PROJECT LEADER: VÍCTOR HUGO ORTEGA GUZMÁN
vortega@iteso.mx(33) 3669 3434 ext.3603 |
| Design, construction and implementation of database systems. |
| AREA:Databases
DESCRIPTION:Design, construction and implementation of database systems that generate information for organizational decision-making.
APPLICATIONS:Any company or government institution interested in implementing a database system for obtaining strategic information and making decisions based on it.
PROJECT LEADER: VÍCTOR HUGO ORTEGA GUZMÁN
vortega@iteso.mx(33) 3669 3434 ext.3603 |
| Design of efficient database algorithms in real time. |
| AREA:Embedded Systems
DESCRIPTION:Analysis, design and implementation of high-efficiency parallel algorithms for databases with high-volume real-time information.
APPLICATIONS:Any company that handles large amounts of real-time information.
PROJECT LEADER: RAUL CAMPOS RODRÍGUEZ
rcampos@iteso.mx (33) 3669 3434 ext.3907 |
| Analysis, design and implementation of business processes. |
| AREA:Business Management
DESCRIPTION:Analysis, design and implementation of business processes using the BPM methodology tailored to each organization's needs.
APPLICATIONS:Any medium or large organization, or government institution, interested in defining its business processes in order to improve productivity and competitiveness, or to implement information systems.
PROJECT LEADER: JOSÉ CARLOS PEÑA GÓMEZ
cpena@iteso.mx (33) 3669 3434 ext.3909 |
| Device for detecting diseases in humans. |
| AREA:Integrated Circuits
DESCRIPTION:Development of a concept test for a POC (point-of-care) diagnostic device for detecting diseases in humans.
APPLICATIONS:Development of a portable, low-cost POC TB-diagnosis prototype with wireless communication to be used in pharmacies, healthcare centers and isolated communities lacking the infrastructure needed for traditional diagnoses of infectious diseases.
PROJECT LEADER: ESTEBAN MARTÍNEZ GUERRERO
margres@iteso.mx (33) 3669 3434 ext.3177 |
| Energy-dissipation control in portable disposable batteries in order to reduce their production and the pollution caused by their cells. |
| AREA:Analog Electronics
DESCRIPTION:Analysis and development of new energy-dissipation control techniques, as well as the development of portable structures for their implementation.
APPLICATIONS:Companies engaged in the electronic design of integrated circuits.
PROJECT LEADER: IVÁN RODRIGO PADILLA CANTOYA
ivapadil@iteso.mx (33) 3669 3434 ext.3131 |
| Multi-Agent Systems for Automotive Communication. |
| AREA:Embedded Systems
DESCRIPTION:Simulation of multi-agent systems for automotive communication.
APPLICATIONS:Companies that require research into automotive communication
PROJECT LEADER: LUIS ENRIQUE GONZÁLEZ JIMÉNEZ
luisgonzalez@iteso.mx. |
| Embedded implementation of a control format for event-guided systems. |
| AREA:Embedded Systems
DESCRIPTION:Proposal of tools for automatic mapping between user specifications and system behavior.
APPLICATIONS:Software companies, automotive sector, computer manufacturers, telecommunications, electronic development.
PROJECT LEADER: RAUL CAMPOS RODRÍGUEZ
rcampos@iteso.mx (33) 3669 3434 ext.3907 |
| Development of electronic equipment for functional testing. |
| AREA:Embedded Systems
DESCRIPTION:Development of a prototype of electronic equipment for the development of automated testing of printed circuit boards for the automotive sector.
APPLICATIONS:Electronic development companies and the automotive sector
PROJECT LEADER: RAUL CAMPOS RODRÍGUEZ
rcampos@iteso.mx (33) 3669 3434 ext.3907 |
| Electronic design in the field of integrated circuit design. |
| AREA:Integrated Circuits
DESCRIPTION:Electronic design at ITESO cultivates the field of analog, digital and mixed-signal integrated circuit design, from computer-aided simulation to synthesis and implementation on microchips and experimental characterization, thus driving the development of innovative architectures that operate at high and/or low frequencies, with the benefits of low energy consumption, high density, and high signal/noise ratios.
APPLICATIONS:Electronic design companies
PROJECT LEADER: ESTEBAN MARTÍNEZ GUERRERO
margres@iteso.mx (33) 3669 3434 ext.3177 |
| Efficient Electromagnetic Optimization Methods for Modeling and Design. CAD for High Frequency |
| AREA:Circuit Design
DESCRIPTION:ITESO cultivates the field of computer-aided design (CAD) of high-frequency circuits through innovation in algorithmic physical-design methods based on electromagnetic and multi-physical simulation of high-speed structures, as well as through the development of state-of-the-art algorithmic modeling methodologies and the analysis and optimized design of electronic circuits and interconnection structures at both the tablet (PCB) and the package and integrated circuit level.
APPLICATIONS:Electronic design companies
PROJECT LEADER: JOSE ERNESTO RAYAS SÁNCHEZ
erayas@iteso.mx (33) 3669 3434 ext.3096 |
| Digital and embedded systems. |
| AREA:Embedded Systems
DESCRIPTION:Electronic design at ITESO cultivates the field of digital and embedded system design with an emphasis on the formal methods for specification, analysis, design and implementation, using both digital rigid-architecture devices such as microprocessors and microcontrollers, and digital configurable-architecture devices such as FPGAs. This research field also considers PDS techniques for designing and implementing signal-processing algorithms in digital and embedded systems, as well as closed-loop control techniques applied to embedded systems.
APPLICATIONS:Electronic design companies
PROJECT LEADER: LUIS ENRIQUE GONZÁLEZ JIMÉNEZ
luisgonzalez@iteso.mx (33) 3669 3434 ext.3670. |
| Digital Telecommunications. |
| AREA:Electronic Design
DESCRIPTION:Electronic design at ITESO cultivates the field of digital telecommunications with an emphasis on MIMO systems and software-defined radio, supported by the development of the latest PDS techniques, by means of both computer-simulation analysis and hardware implementations (FPGA).
APPLICATIONS:Electronic design companies
PROJECT LEADER: OMAR HUMBERTO LONGORIA GÁNDARA
olongoria@iteso.mx. |
| Embedded control system for an autonomous unmanned vehicle. |
| AREA:Embedded Systems
DESCRIPTION:Analysis, design and implementation of a robust control system on a hexacopter, based on visual information.
APPLICATIONS:Aeronautics companies, surveillance companies, government institutions that need to monitor extensive geographic areas. Video recording of events.
PROJECT LEADER: LUIS ENRIQUE GONZÁLEZ JIMÉNEZ
luisgonzalez@iteso.mx (33) 3669 3434 ext.3670. |
| Design of embedded algorithms for the real-time analysis of different signals. |
| AREA:Embedded Systems
DESCRIPTION: Design and implementation of embedded systems
APPLICATIONS:Software companies, automotive sector, computer manufacturers, telecommunications, electronic development.
PROJECT LEADER: RAUL CAMPOS RODRÍGUEZ
rcampos@iteso.mx (33) 3669 3434 ext.3907 |
| Consultancy for information technology planning. |
| AREA:Technology Management
DESCRIPTION:Formulation of strategies for the area of information technologies aligned with a company's business strategy, with additional consideration given to its technological capacities.
APPLICATIONS:Companies and government institutions interested in defining the strategic direction of their information systems.
PROJECT LEADER: SARA JOSEFA ORTIZ CANTÚ
sortiz@iteso.mx (33) 3669 3434 ext.3150. |
| Intelligent Systems. |
| AREA:High-performance Software
DESCRIPTION:Automation of business processes (e.g., for identifying the best candidates for an available position). Identification of the behavior patterns of an organization's customers for the purpose of offering them better services. Optimization of the time, cost and security of an organization's e-commerce transactions.
APPLICATIONS:Companies that support organizational decision-making.
PROJECT LEADER: VÍCTOR HUGO ZALDÍVAR CARRILLO
victorhugo@iteso.mx (33) 3669 3434 ext.3682. |
| Research and development of digital algorithms for communication and signal processing. |
| AREA:Electronic Design
DESCRIPTION:The research and design of algorithms applied to communication and digital signal processing focuses on the processing, efficient data transmission and low energy consumption of the implementations. Highly relevant examples in the area of communications include: 1.- Research on the transmission techniques used in wired and wireless multiple-link systems known as MIMO (multiple-input multiple-output) systems. 2.- Research on low energy consumption systems that use the Bluetooth Low Energy (BLE) protocol applied to the area of the Internet of Things (IOT). 3.- The design of architectures aimed at the implementation of digital signal-processing algorithms using FPGA and VLSI technologies.
APPLICATIONS:Companies working with digital communication systems and with systems involving digital signal processing.
PROJECT LEADER: OMAR HUMBERTO LONGORIA GÁNDARA
olongoria@iteso.mx (33) 3669 3434 ext.3099. |
| Detection and identification of users with possible intentions of engaging in unauthorized activities through the analysis of user-generated network traffic |
| AREA:Information security
DESCRIPTION:Information security within large-scale computer networks, based on the definition of user profiles by means of the traffic that each user generates on the network, for the purpose of detecting abnormal or undesirable patterns.
APPLICATIONS:Companies and organizations interested in information security on computer networks with the size and topology of a Campus Area Network..
PROJECT LEADER: ÁLVARO IVÁN PARRES PEREDO
parres@iteso.mx. |
| Robust Control of Vision-Guided Electromechanical Systems. |
| AREA: Robotics
DESCRIPTION:Modeling and design of robust controllers for the control of electromechanical systems such as drones, mobile robots and manipulators, using computer vision as the primary sensor.
APPLICATIONS:Companies and organizations that need to develop robot-assisted systems and robust control.
PROJECT LEADER: LUIS ENRIQUE GONZÁLEZ JIMÉNEZ
luisgonzalez@iteso.mx (33) 3669 3434 ext.3670. |
| Design of a wireless communication system between moving objects.. |
| AREA:Wireless communication
DESCRIPTION:Comparative studies on wireless communication protocols and on synchronization between fast-moving nodes (example: automobiles.
APPLICATIONS:Automotive industry, companies that need to establish communication between moving objects.
PROJECT LEADER: ESTEBAN MARTÍNEZ GUERRERO
margres@iteso.mx (33) 3669 3434 ext.3177 |
| DNA-hybridization systems with CMOS. |
| AREA:Integrated Circuits
DESCRIPTION: Design of sensors on integrated circuits to measure the electrical charge variation generated in the hybridization process of the DNA molecule.
APPLICATIONS:Pharmaceutical and food industries that want to measure drug purity and food innocuousness, respectively.
PROJECT LEADER: ESTEBAN MARTÍNEZ GUERRERO
margres@iteso.mx (33) 3669 3434 ext.3177. |
| Manipulation of large volumes of data. |
| AREA:High-performance Software
DESCRIPTION:Representation, manipulation and interpretation of large volumes of data (in non-restricted format) in different contexts.
APPLICATIONS:Government institutions, video game industry, educational institutions, private security, service and manufacturing companies.a.
PROJECT LEADER: VÍCTOR HUGO ZALDÍVAR CARRILLO
victorhugo@iteso.mx (33) 3669 3434 ext.3682. |
| Pattern recognition. |
| AREA:High-performance Software
DESCRIPTION:Pattern recognition, e.g., to recognize elements that appear in still or video images for quality-assurance purposes in manufacturing processes, for detecting defects and/or forgeries, for preventing and solving crimes, etc.
APPLICATIONS: Government institutions, video game industry, educational institutions, private security, service and manufacturing companies.
PROJECT LEADER: HUGO IVÁN PIZA DAVILA
hpiza@iteso.mx (33) 3669 3434 ext.3129 |
| Simulations of natural and/or social phenomena. |
| AREA:High-performance Software
DESCRIPTION:Simulations of natural and/or social phenomena (for example: automobile flow in a city, crowd behavior at mass events such as concerts and protests, behavior of natural disasters such as fires, earthquakes or storms).
APPLICATIONS:Government institutions, educational institutions, private security, service and manufacturing companies / Video game industry /
PROJECT LEADER: HUGO IVÁN PIZA DAVILA
hpiza@iteso.mx (33) 3669 3434 ext.3129. |
| Parallel computing |
| AREA:High-performance Software
DESCRIPTION:Platforms for the optimal processing of the amount of information needed to carry out technological experiments and developments.
APPLICATIONS:Disaster-prevention and civil-protection agencies.
PROJECT LEADER: JOSÉ LUIS ELVIRA VALENZUELA
jluis@iteso.mx (33) 3669 3434 ext.3089 |
| Intelligent vision, audio and GPS device. |
| AREA:High-performance Software
DESCRIPTION: Development of specialized software for mobile devices that process vision, audio and GPS signals.
APPLICATIONS: Organizations interested in developing or using this type of device.
PROJECT LEADER: HUGO IVÁN PIZA DAVILA
hpiza@iteso.mx (33) 3669 3434 ext.3129 |
| Design of artificial-intelligence algorithms for solving combinatorial optimization problems. |
| AREA:High-performance Software
DESCRIPTION:Extraction of properties and aberrations inherent to optical surfaces based on the analysis of images
APPLICATIONS:Organizations interested in solving problems requiring combinatorial optimization.
PROJECT LEADER: HUGO IVÁN PIZA DAVILA
hpiza@iteso.mx (33) 3669 3434 ext.3129 |
| Semantic web and intelligent agents. |
| AREA:High-performance Software
DESCRIPTION:Development of methodologies and tools for extracting, constructing and exploiting ontologies on the basis of non-structured data.
APPLICATIONS:Organizations interested in improving the performance of their applications using artificial intelligence techniques.
PROJECT LEADER: VÍCTOR HUGO ZALDÍVAR CARRILLO
victorhugo@iteso.mx (33) 3669 3434 ext.3682 |
| Development of multi-platform mobile applications. |
| AREA:High-performance Software
DESCRIPTION: Development of applications for mobile devices on the Windows phone, Android, iOS, and Java ME platforms.
APPLICATIONS: Organizations interested in making their applications available on mobile devices.
PROJECT LEADER: VÍCTOR HUGO ZALDÍVAR CARRILLO
victorhugo@iteso.mx (33) 3669 3434 ext.3682 |
| Design of a formal algorithm-parallelization methodology. |
| AREA:High-performance Software
DESCRIPTION:Design of a formal methodology that will either show us the path to follow in order to parallelize a program built on a serial algorithm, or determine the impossibility of partially or totally parallelizing the original program.
APPLICATIONS:Organizations that wish to improve the performance of their applications using parallel computing.
PROJECT LEADER: JOSÉ LUIS ELVIRA VALENZUELA
jluis@iteso.mx (33) 3669 3434 ext.3089 |
| Digital signal and image processing. |
| AREA:Digital signal and image processing.
DESCRIPTION:Image processing and optimization. Digital remote-sensing processing applications. Working with satellite images on geographical applications.
APPLICATIONS:Organizations that use signal and image processing, analysis and optimization, and that need to extract data from satellite images.
PROJECT LEADER: IVÁN ESTEBAN VILLALÓN TURRUBIATES
villalon@iteso.mx(33) 3669 3434 ext.3873 |
| Improvement in project planning through the use of knowledge extraction. |
| AREA:High-performance Software
DESCRIPTION: Analysis of large volumes of information using knowledge extraction techniques, pattern recognition and adaptable learning in order to improve the performance of project planning mechanisms.
APPLICATIONS:Organizations that need to handle and interpret large volumes of data.
PROJECT LEADER: MILDRETH ISADORA ALCARAZ MEJÍA
mildreth@iteso.mx (33) 3669 3434 ext.3975 |
| Design of digital, analog and hybrid electronic circuits and systems, both discrete and integrated. |
| AREA:Circuit design
DESCRIPTION:Simulation, characterization, layout, assessment and construction of digital, analog and hybrid electronic circuits, both discrete and integrated, in the following lines: 1. Analog electronics. 2. Digital electronics and embedded systems. 3. Radio frequency and microwaves. Design, simulation and assessment of circuits, algorithms and architectures for wireless digital communication. 4. Computer-aided design (CAD). Algorithmic methodologies for electronic circuit modeling, analysis and design. 5. Digital signal processing (DSP).
APPLICATIONS:Companies from any sector that wish to automate and improve their processes, and measure variables automatically
PROJECT LEADER: ESTEBAN MARTÍNEZ GUERRERO
margres@iteso.mx (33) 3669 3434 ext.3177 |
| Design, simulation and implementation of high-performance embedded systems. |
| AREA:Embedded Systems
DESCRIPTION:Research for: 1. Analysis, design, simulation and implementation of multi-core embedded systems. 2. Embedded control systems. 3. High-performance embedded algorithms. 4. Control systems with computer vision.
APPLICATIONS: Incorporation of microcontrollers and microprocessors in practically any commonplace device, from smart phones and tablets to automotive and consumer electronics applications..
PROJECT LEADER:RAÚL CAMPOS RODRÍGUEZ
rcampos@iteso.mx (33) 3669 3434 ext 3907 |
