Beschreibung / Abstract

Inhaltsverzeichnis

• HOW2_Get Started with the MAX78000FTHR Development Board
• Blank Page
• All rights reserved.
• Declaration
• Preface
• Table of Contents
• 1 %à The MAX78000FTHR Development Board
• 1.1 %à Overview
• 1.2 %à Basic features
• 1.3 %à Pushbuttons and LEDs
• 1.4 %à GPIO Pinout
• 1.5 %à The FTHR board component interface signals
• 1.6 %à The startup and the demo application
• 1.7 %à The voltage regulator/battery charger
• 1.8 %à DAP-link/SWD debug interface
• 2 %à The MAX78000 Microcontroller
• 2.1 %à Overview
• 2.2 %à Basic features of the MAX78000
• 3 %à Beginning with the MAX78000FTHR DevelopmentBoard
• 3.1 %à Overview
• 3.2 %à Installing the Eclipse MaximSDK Software
• 3.3 %à Using the Eclipse MaximSDK example MAX78000FTHR program
• 3.4 %à Project 1 Creating a C program display message
• 4 %à Simple MAX78000FTHR Hardware Projects
• 4.1 %à Overview
• 4.2 %à Project 1 External flashing LED (+1.8V output port voltage)
• 4.3 %à Project 2 Alternately flashing LEDs (+1.8V output port voltage)
• 4.4 %à Project 3 Alternately flashing LEDs (+3.3V output port voltage)
• 4.5 %à Project 4 Rotating LEDs same port pins
• 4.6 %à Project 5 Rotating LEDs different port pins
• 4.7 %à Project 6 Binary up counter with LEDs
• 4.8 %à Project 7 Random flashing LEDs
• 4.9 %à Project 8 Push button and LED using an on-board button
• 4.10 %à Project 9 Two pushbuttons and two LEDs using external buttons
• 4.11 %à Project 10 Using an external button external interrupts
• 4.12 %à Using LCDs
• 5 %à Analog-To-Digital converters (ADC)
• 5.1 %à Overview
• 5.2 %à Project 1 Voltmeter with LCD
• 5.3 %à Project 2 Temperature measurement
• 5.4 %à Project 3 ON/OFF temperature controller
• 5.5 %à Project 4 ADC with completion interrupt displaying the temperature
• 6 %à Serial Communication UART
• 6.1 %à Overview
• 6.2 %à MAX78000FTHR UART serial ports
• 6.3 %à Project 1 Sending the temperature readings to a terminal with relative time stamping
• 6.4 %à Project 2 Calculator project using a terminal
• 6.5 %à Project 3 MAX78000FTHR and Arduino Uno serial communication
• 6.6 %à Project 4 UART interrupts
• 7 %à I2C Bus Interface
• 7.1 %à Overview
• 7.2 %à The I2C Bus
• 7.3 %à I2C pins of the MAX78000 microcontroller
• 7.4 %à Project 1 I2C port expander
• 7.5 %à Project 2 TMP102 temperature sensor
• 8 %à SPI Bus Interface
• 8.1 %à Overview
• 8.2 %à MAX78000 microcontroller SPI ports
• 8.3 %à Project 1 SPI send/receive
• 9 %à Timers
• 9.1 %à Overview
• 9.2 %à Timer operation
• 9.3 %à 32-bit single/cascade and dual 16-bit modes
• 9.4 %à Project 1 Time delay using a one-shot timer (monostable)
• 9.5 %à Project 2 Continuously running timer (astable)
• 9.6 %à Project 3 Refreshing a 2-digit 7-segment display seconds counter
• 9.7 %à Project 4 Refreshing a 4-digit 7-segment display seconds counter
• 9.8 %à Pulse width modulation (PWM)
• 9.9 %à Project 5 Pulse width modulation (PWM) generating 10 kHz square wave
• 9.10 %à Project 6 Pulse width modulation (PWM) changing the brightness of an LED
• 9.11 %à Project 7 Pulse width modulation (PWM) brushed DC motor speed control
• 10 %à Pulse Train Engine (PT)
• 10.1 %à Overview
• 10.2 %à Project 1 Generate a pulse train with a specified sequence
• 10.3 %à Project 2 Generate a pulse train with a specified frequency
• 11 %à True Random Number Generator Engine (TRNG)
• 11.1 %à Overview
• 11.2 %à Project 1 Generate random numbers
• 12 %à 1-Wire Master (OWM)
• 12.1 %à Overview
• 12.2 %à MAX78000 microcontroller 1-Wire pins
• 12.3 %à Project 1 DS1820 1-Wire digital thermometer
• 13 %à I2S Bus Interface
• 13.1 %à Overview
• 13.2 %à MAX78000 microcontroller I2S support
• 13.3 %à MAX78000 microcontroller I2S pins
• 13.4 %à Project 1 - I2S Bus receiving microphone data
• 14 %à Using the Camera
• 14.1 %à Overview
• 14.2 %à Project 1 Using the camera
• 15 %à The Instruction Cache
• 15.1 %à Overview
• 15.2 %à Project 1 Enabling/disabling the instruction cache
• 16 %à Using a TFT Display
• 16.1 %à Overview
• 16.2 %à 2.4 inch TFT display
• 16.3 %à Project 1 Displaying various shapes and text on the display
• 17 %à Convolutional Neural Networks (CNN)
• 17.1 %à Overview
• 17.2 %à Artificial neural networks (ANNs)
• 17.3 %à The ANN structure
• 17.4 %à Convolutional Neural Networks (CNNs)
• 17.5 %à The MAX78000 CNN accelerator
• 17.6 %à Demonstration programs
• 17.7 %à Using the kws20_demo
• 17.8 %à Project 1 - Modified program - flashing the on-board LED with the spoken word count
• 17.9 %à Operation of the kws20_demo program
• 17.10 %à Modelling, Training, and Synthesis
• 17.11 %à Software/hardware requirements and software installation for training andsynthesis
• 17.12 %à Project 2 Training for a new keyword
• Appendix A %à Running the Programs in this Book
• Appendix B %à References to Useful Files and Web Links
• B.1 %à Useful files
• B.2 %à Useful Weblinks
• Index
• Blank Page