The document discusses using GPIO pins on a TMS320C6745 processor to interface with LEDs and switches. It describes the GPIO peripheral features, how to connect an LED to the GPIO pins, the GPIO registers used to configure the pins as inputs or outputs and read/write values. It provides code to blink an LED by writing values to the output data register and read the state of switches by reading the input data register.
This document provides an introduction to brain-computer interfaces (BCI). It defines BCI and its components. It describes how BCIs can allow communication using brain signals alone, without muscle control, to help paralyzed people communicate. It also discusses different types of biosignals measured, including EEG, and how non-invasive BCIs using scalp electrodes work. Applications mentioned include communication devices, operator monitoring, games and entertainment.
This document outlines the agenda for a two-day workshop on the TMS320C6745 digital signal processor. Day 1 covers introductions to DSP architecture and the CCS development environment, as well as tutorials on waveform generation, UART interfaces, and image processing techniques. Day 2 focuses on additional image processing topics like discrete wavelet transforms and filters, as well as a valedictory session. The document provides context about the instructor and includes specifications about the TMS320C6745 processor.
The document discusses median filtering for noise removal. Median filtering considers a 3x3 neighborhood around each pixel and replaces the pixel value with the median of that neighborhood. This helps reduce salt and pepper noise. Sample code in C is provided to implement median filtering on an image, taking the median of a 3x3 neighborhood around each pixel and replacing the pixel value. Examples are given of an original noisy image and the same image after median filtering for noise removal.
The document discusses using GPIO pins on a TMS320C6745 processor to interface with LEDs and switches. It describes the GPIO peripheral features, how to connect an LED to the GPIO pins, the GPIO registers used to configure the pins as inputs or outputs and read/write values. It provides code to blink an LED by writing values to the output data register and read the state of switches by reading the input data register.
This document provides an introduction to brain-computer interfaces (BCI). It defines BCI and its components. It describes how BCIs can allow communication using brain signals alone, without muscle control, to help paralyzed people communicate. It also discusses different types of biosignals measured, including EEG, and how non-invasive BCIs using scalp electrodes work. Applications mentioned include communication devices, operator monitoring, games and entertainment.
This document outlines the agenda for a two-day workshop on the TMS320C6745 digital signal processor. Day 1 covers introductions to DSP architecture and the CCS development environment, as well as tutorials on waveform generation, UART interfaces, and image processing techniques. Day 2 focuses on additional image processing topics like discrete wavelet transforms and filters, as well as a valedictory session. The document provides context about the instructor and includes specifications about the TMS320C6745 processor.
The document discusses median filtering for noise removal. Median filtering considers a 3x3 neighborhood around each pixel and replaces the pixel value with the median of that neighborhood. This helps reduce salt and pepper noise. Sample code in C is provided to implement median filtering on an image, taking the median of a 3x3 neighborhood around each pixel and replacing the pixel value. Examples are given of an original noisy image and the same image after median filtering for noise removal.
7. What kinds of files are viewable for mobile devices? 圖片與資料來源 https://www.dropbox.com
8. 免費與進階版本 about Dropbox and get extra space For every friend who joins Dropbox, we'll give you both 250 MB of bonus space (up to a limit of 8 GB)! 圖片與資料來源 https://www.dropbox.com