|Program for Research in Computing and Information Sciences and Engineering|
AUTOMATED INFORMATION PROCESSING
The Automated Information Processing Group has as main objective to conduct basic and applied research in the design and development of efficient rapid systems prototypes for digital electronics applications. Special attention is given to prototypes for digital vector testability for large scale digital designs, FPGA development for emulation and simulation of signal processing computing methods, and the development of Integer Representation-based CAD tools. Target applications include remote sense imaging circuits, coding and cryptography systems, wavelength division multiple-access (WDM) communications circuits, and other large scale computing applications in Signal Processing and Communications. This research group is associated with newly created RASP Laboratory. A main mission of the RASP Laboratory is to enable graduate students acquire the necessary training, skills, expertise, and capabilities to conduct academic and industrial research work in the field of rapid prototyping digital-based systems, in general, and digital signal processing systems, in particular.Current Participation in Competitive Research Grants
"Continuation of the TI Analog, Digital, and Mixed-signal Electronics Program at the UPRM"
Researchers: Rogelio Palomera (PI), Manuel Jiménez (Co-PI), Manuel Toledo Quiñones (Co-PI). Sponsor: Texas Instruments
R&D Alliances with other Institutions
The Integer-Pair Representation: A Suitable Format for the Parallel Manipulation of Boolean Algebra - Dr. Manuel JimenezThis work deals with the creation of a new format to represent binary terms in Boolean functions, called the Integer Pair Representation (IPR). This novel format uses an ordered pair of integers to compactly represent each cube of a Boolean function written as a sum-of-products in either canonical or non-canonical form. Properties of the representation have been formally established unveiling its advantages for developing algorithms enabling the concurrent processing of Boolean variables on SISD machines. In the current stage of development, these properties and algorithms have been combined to develop a prototype program for minimizing single-output binary valued Boolean functions.
Scalable Computing Methods for Signal Processing Systems - Dr. Domingo Rodriguez
This work deals with the analysis, design, and implementation of communications signals and circuits for signal processing systems. In particular, the work concentrates on developing scalable computing methods in signal processing for various stages of transmitter and receiver circuits and systems in digital radar systems, and digital communications systems in general. New hardware development strategies for signal synthesis, digital modulation, and channel coding techniques are being studied for signal transmission and reception efforts in multi-input multi-output (MIMO) adaptive sensor array radar systems. Special attention is being given to time-frequency representation techniques for the firmware implementation of surface point target response functions for synthetic aperture radar (SAR) processing operations. Kronecker signal algebra is being used for the study of structured multirate array sensor signal processing systems.
N. G. Santiago, D. T. Rover, D. Rodríguez , "A Statistical Approach for the Analysis of the Relation Between Low-Level Performance Information, the Code, and the Environment," Proceedings of the SIAM Journal of Parallel and Distributed Computing Practice. Accepted for publication.
J. Seguel , D. Rodríguez ; "The Doctoral Program in Computing and Information Sciences and Engineering of the University of Puerto Rico," accepted for publication in Future Generation Computer Systems Special, issue on Computer Education, Elsevier Science B. V., Netherlands, 2003.
2.5.2 Refereed Conferences (with proceedings)
M. Jiménez , M. Shanblatt, "Integrating a Low-Power Objective into the Placement of Macro Block-based Layouts," Proceedings of the IEEE. Midwest Symposium on Circuits and Systems, pp. 62-65, Ohio, Aug. 2001.
M. Jiménez , D. Rodriguez , N. Santiago, "Scalable Floating Point FPGA Cores for Digital Signal Processing," Proceedings of the Annual Automatics, Instrumentation and Industrial Electronics Conference (SAAEI 2001) , CUBA, September 2001.
M. Jiménez , M. Shanblatt, "A Low-power Approach to the Placement of Macro Block-based VLSI Layouts," Proceedings of the Annual Automatics, Instrumentation and Industrial Electronics Conference (SAAEI 2001), CUBA , September 2001.
D. Rodriguez , "A Computational Kronecker-core Array Algebra SAR Raw Data Generation Modeling System," IEEE 35th Asilomar Conference on Signals, Systems, and Computers, Nov. 2001, Monterrey, California.
D. Rodriguez , "Signal Algebra Operators for SAR PSF Hardware Computations," 2002 AIRSAR Earth Science and Applications Workshop, NASA Jet Propulsion Laboratory, Pasadena, California, March 2002.
D. Rodriguez , D. Rueda, H. Nava, A. Quinchanegua, "High Performance SAR Raw Data Generation Algorithms for Remote-sensed Imaging Applications," IEEE IGARSS 2002, Toronto , Canada , July 2002.
D. Rodriguez , A. Quinchanegua H. Nava, "Signal Operator Cores for SAR Real Time Processing Hardware," IEEE IGARSS 2002, Toronto , Canada , July 2002.
M. Aguirre, C. Heredia, H. Torres, R. Palomera, and M. Jiménez , "Design of a CMOS 1.8V Low-voltage Differential Signaling Receiver" In Proceedings of the 45th IEEE Midwest Symposium on Circuits and Systems (MWSCAS 2002), IEEE Circuits and Systems Society, Tulsa, OK, Aug. 2002.
M. Jiménez , R. Palomera, and M. Toledo, "Undergraduate Research and Co-op Education: A Winning Combination", Frontiers In Education, FIE-2002, Boston , MA , Nov. 2002.
F. Fernandez and M. Jiménez , "Behavioral Modeling of Dynamic Capacitive Loads on Sigma-Delta Modulators", Proceedings of the Seminario Anual de Automática Electrónica Industrial e Instrumentación (SAAEI 2002), Alcalá de Henares, Spain, Sept. 2002.
J. Navarro, J. Borges, and M. Jiménez , "Electronic Academic Counseling System", Frontiers In Education, FIE-2002, Boston , MA , Nov. 2002.
Quinchanegua, D. Rodríguez , "A Kronecker DFT Multi-Beamforming Implementatoin Approach," 3rd IASTED International Conference on Circuits, Signals, and Systems, CSS 2003, Cancún, Mexico, May 2003.
Huallparimachi, D. Rodríguez , M. Rodríguez-Martínez, "Design and Development of a Java-based Distributed System Tool for Synthetic Aperture Radar Image Analysis," IASTED International Conference on Computer Science and Technology, CST 2003, Cancún, Mexico, May 2003.
Rodríguez , E. O'Neill, F. Hernández, M. Vargas, "Signal Processing Methods for Automated Power Line Signal Analysis," Caribbean Colloquium on Power Quality, CCPQ 2003, Dorado, Puerto Rico , June 2003.
Quinchanegua, D. Rodríguez , "DFT Multi-Beamforming Using Kronecker Computational Structures," IEEE Proceedings of the 3rd International Symposium on Image and Signal Processing and Analysis, ISPA03, Rome , Itally, Sept. 2003.
Huallparimachi, D. Rodríguez , "Java-based Tool for Synthetic Aperture Radar Image Analysis," IEEE Proceedings of the 3rd International Symposium on Image and Signal Processing and Analysis, ISPA03, Rome, Itally, Sept. 2003.