Enlaces y Recursos
Digital Signal Processing: Principles, Algorithms and Applications
J. G. Proakis and D. G. Manolakis
Understanding Digital Signal Processing
Richard G. Lyons
Theory and Application of Digital Signal Processing
L. R. Rabiner and B. Gold
Digital Signal Processing: A Practical Guide for engineers and Scientists
Steven W. Smith
Digital Filters: Analysis, Design, and Applications
Andreas Antoniou
Digital Signal Processing Using MATLAB
John G. Proakis and Vinay K. Ingle
Real-Time Digital Signal Processing: Implementations and Applications
Sen M. Kuo
Designing Digital Filters
C. S. Williams
Applications of Digital Signal Processing
Alan V. Oppenheim
Digital Signal Processing, A Computer-Based Approach
S. K. Mitra
Análisis de Fourier
Hwei P. Hsu
Signals and Systems
Alan V. Oppenheim
Arquitecturas de DSPs
Familia C28xxx
Familia C5000
Familia C6000
DaVinci TM
ARM Cortex-A
Sitara (ARM based)
Tajetas disponibles en el laboratorio
TMDSCNCD2808
TMS320F2812 Stick
- Procesador: TMS320F2808
- Periféricos incluidos: ADCs 12 bits, GPIOs, PWMs, SPI, SCI, CAN y otros
- Programable en: ASM, C, C++
- Procesador: TMS320F2812
- Periféricos incluidos: ADCs 12 bits, UART, PWMs, SPI, SCI, CAN y otros
- Programable en: ASM, C, C++
launchXL-F28027F
launchXL-F28377S
- Procesador: TMS320F28027
- Periféricos incluidos: GPIOs, ADC, PWMs, SPI, I2C y otros
- Programable en: ASM, C, C++
- Procesador: TMS320F28377S
- Periféricos incluidos: ADCs 16 o 12 bits, comparadores, DACs 12 bits, PWMs, SPI, SCI, CAN y otros
- Programable en: ASM, C, C++
launchXL-F28379D
launchXL-F280049C
- Procesador: TMS320F28379D (Dual Core)
- Periféricos incluidos: ADCs 16 o 12 bits, comparadores, DACs 12 bits, PWMs, SPI, SCI, CAN y otros
- Programable en: ASM, C, C++
- Procesador: TMS320F280049C
- Periféricos incluidos: ADCs, DMA, PWMs, SPI, SCI, CAN y otros
- Programable en: ASM, C, C++
TMS320C30
TMS320C50
- Procesador: TMS320C30
- Periféricos incluidos: DMA, Timer, puerto serie
- Programable en: ASM, C
- Procesador: TMS320C50
- Periféricos incluidos: Timer,SPI, puerto paralelo
- Programable en: ASM, C
TMS320VC5402DSK
TMDSDSK5416
- Procesador: TMS320VC5402
- Incluye: McBSP, HPI8, Timers, DMA
- Programable en: ASM, C
- Procesador: TMS320C5416
- Incluye: CODEC estereo 16-/20-bits, cuatro jacks de 3.5mm para microfono, entrada/salida de linea, salida bocinas
- Programable en: ASM, C
TMS320C6711 DSK
TMDSDSK6416
- Procesador: TMS320C6711D
- Incluye: EDMA, HPI, McBSP, Timers, GPIOs
- Programable en: ASM, C++
- Procesador: TMS320C6416
- Incluye: MCBSP, cuatro jacks de 3.5mm, GPIOs
- Programable en: ASM, C, C++
TMDSDSK6713
TMS320DM6437 EVM
- Procesador: TMS320C6713
- Incluye: CODEC estereo 24 bits, cuatro jacks de 3.5mm,GPIOs
- Programable en: ASM, C, C++
- Procesador: DM6437 (Basado en C64x/C64x+)
- Incluye: Subsistema de procesamiento de video (VPSS), EDMA, I2C, UART, I2S, Ethernet y otros
- Programable en: ASM, C, C++
Raspberry Pi 4
BeagleBone Black
- Procesador: Quad core ARM Cortex-A72
- Periféricos incluidos: USB, Bluetooth, Ethernet y otros
- Sistema Operativo: Raspberry Pi OS (Raspbian)
- Procesador: Sitara AM3358 (Sitara ARM Cortex-A8)
- Periféricos incluidos: USB, Ethernet, CAN, McASPs, ADC, UART y otros
- Sistema Operativo: Linux (Debian, Ubuntu, Fedora)
Signals and Systems
Massachusetts Institute of Technology
Instructor: Dennis Freeman
Digital Signal Processing
The University of New South Wales
Instructor: Eliathamby Ambikairajah
Discrete Stochastic Processes
Massachusetts Institute of Technology
Instructor: Robert Gallager
The Fourier Transform
Stanford University
Instructor: Brad Osgood
Communications Theory
Florida Institute of Technology
Instructor: Ivica Kostanic
Digital Communications I
Massachusetts Institute of Technology
Instructor: Robert Gallager
Digital Communications II
Massachusetts Institute of Technology
Instructor: David Forney
Information Theory
University of Cambridge
Instructor: David MacKay
Digital Filter Design
The University of Alabama in Hunstville
Instructors: Adam Panagos
Linear Algebra
Massachusetts Institute of Technology
Instructor: Gilbert Strang
Speech and Audio Processing
The University of New South Wales
Instructor: Eliathamby Ambikairajah
Information and Entropy
Massachusetts Institute of Technology
Instructors: P. Penfield & S. Lloyd
Antoniou, A. (2007). On the Roots of Digital Signal Processing. Part I. IEEE Circuits Syst. Mag., 7(1), pp.8-18.
Antoniou, A. (2007). On the Roots of Digital Signal Processing. Part II. IEEE Circuits Syst. Mag., 7(4), pp.8-19.
M. B. Kraeling. Fixed-Point Math in Time-Critical C Applications. WESCON/96, Oct. 1996, pp. 587-593.
W. Sung and J. Kang. Fixed-Point C Language for Digital Signal Processing. 29th Asilomar Conf. SSC, vol.2, pp.816-820, 1995.
Jiyang Kang and Wonyong Sung. Fixed-Point C Compiler for TMS320C50 Digital Signal Processor. In Proceedings of the ICASSP ’97, pp. 707-710, Apr. 1997.
K. Kum, d. Kang, and W. Sung. A Floating-Point to Integer C Converter with Shift Reduction for Fixed-Point Digital Signal Processors. In International Conference on Acoustics, Speech, and Signal Pmcessing, pages 2163-2166, Phoenix, AZ. March 15-19 1999.
Talla, D. and Golston, J. (2007). Using DaVinci Technology for Digital Video Devices. Computer, 40(10), pp.53-61.
