课程目录

• 1. Installing Vivado
• 1. Course Framework
• 1. Course Framework.srt
• 1. Course Framework_CN.srt
• 10. Adding Digilent Boards and Hardware Connection
• 10. Adding Digilent Boards and Hardware Connection.srt
• 10. Adding Digilent Boards and Hardware Connection_CN.srt
• 2. Agenda
• 2. Agenda.srt
• 2. Agenda_CN.srt
• 3. Tools used in the course
• 3. Tools used in the course.srt
• 3. Tools used in the course_CN.srt
• 4. Recommendation.html
• 5. Installation Part 1
• 5. Installation Part 1.srt
• 5. Installation Part 1_CN.srt
• 6. Installation Part 2
• 6. Installation Part 2.srt
• 6. Installation Part 2_CN.srt
• 7. Xilinx LIC file.html
• 7.1 Xilinx.lic
• 8. Adding Licencse
• 8. Adding Licencse.srt
• 8. Adding Licencse_CN.srt
• 9. Digilent Board files Download this before proceeding to the next Video.html
• -
• 10. Common Errors
• 1. AP transaction error, DAP status f0000021
• 1. AP transaction error, DAP status f0000021.srt
• 1. AP transaction error, DAP status f0000021_CN.srt
• 2. fatal error xil_printf.h No such file or directory
• 2. fatal error xil_printf.h No such file or directory.srt
• 2. fatal error xil_printf.h No such file or directory_CN.srt
• -
• 11. Path Ahead Building Custom AXI Peripherals for ZYNQ
• 1. Course Link.html
• -
• 2. Toolchain Configuration
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 10. Understanding useful Files added to Project Directory
• 10. Understanding useful Files added to Project Directory.srt
• 10. Understanding useful Files added to Project Directory_CN.srt
• 11. How to use TCL Script for BD automation
• 11. How to use TCL Script for BD automation.srt
• 11. How to use TCL Script for BD automation_CN.srt
• 12. Fundamentals of SDK P1
• 12. Fundamentals of SDK P1.srt
• 12. Fundamentals of SDK P1_CN.srt
• 13. Fundamentals of SDK P2
• 13. Fundamentals of SDK P2.srt
• 13. Fundamentals of SDK P2_CN.srt
• 14. Fundamentals of Reporting Mechanism
• 14. Fundamentals of Reporting Mechanism.srt
• 14. Fundamentals of Reporting Mechanism_CN.srt
• 2. Introduction P1
• 2. Introduction P1.srt
• 2. Introduction P1_CN.srt
• 3. Introduction P2
• 3. Introduction P2.srt
• 3. Introduction P2_CN.srt
• 4. Code and BD.html
• 5. Fundamental P1 Project Types
• 5. Fundamental P1 Project Types.srt
• 5. Fundamental P1 Project Types_CN.srt
• 6. Fundamentals P2 Flow Navigator
• 6. Fundamentals P2 Flow Navigator.srt
• 6. Fundamentals P2 Flow Navigator_CN.srt
• 7. Fundamentals P3 Board Presets
• 7. Fundamentals P3 Board Presets.srt
• 7. Fundamentals P3 Board Presets_CN.srt
• 8. Fundamentals P4 When you need to add IO Constraint
• 8. Fundamentals P4 When you need to add IO Constraint.srt
• 8. Fundamentals P4 When you need to add IO Constraint_CN.srt
• 9. Fundantals P5 When you need to add IO Constriaints
• 9. Fundantals P5 When you need to add IO Constriaints.srt
• 9. Fundantals P5 When you need to add IO Constriaints_CN.srt
• -
• 3. Getting Started with Simple Peripherals GPIO
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 10. Using MIO LED P1
• 10. Using MIO LED P1.srt
• 10. Using MIO LED P1_CN.srt
• 11. Using MIO LED P2
• 11. Using MIO LED P2.srt
• 11. Using MIO LED P2_CN.srt
• 12. C Code MIO LED.html
• 13. Using MIO GPIO Input and Output
• 13. Using MIO GPIO Input and Output.srt
• 13. Using MIO GPIO Input and Output_CN.srt
• 14. C Code MIO BTN AND LED.html
• 15. Using GPIO EMIO LED P1
• 15. Using GPIO EMIO LED P1.srt
• 15. Using GPIO EMIO LED P1_CN.srt
• 16. Using GPIO EMIO LED P2
• 16. Using GPIO EMIO LED P2.srt
• 16. Using GPIO EMIO LED P2_CN.srt
• 17. ZYNQ EMIO LED C Code.html
• 18. Using GPIO EMIO LED AND BTN P1
• 18. Using GPIO EMIO LED AND BTN P1.srt
• 18. Using GPIO EMIO LED AND BTN P1_CN.srt
• 19. Using GPIO EMIO LED AND BTN P2
• 19. Using GPIO EMIO LED AND BTN P2.srt
• 19. Using GPIO EMIO LED AND BTN P2_CN.srt
• 2. Zynq Intro.html
• 20. Code GPIO LED and SWITCH.html
• 21. Using AXI GPIO IP Single Channel P1
• 21. Using AXI GPIO IP Single Channel P1.srt
• 21. Using AXI GPIO IP Single Channel P1_CN.srt
• 22. Using AXI GPIO IP Single Channel P2
• 22. Using AXI GPIO IP Single Channel P2.srt
• 22. Using AXI GPIO IP Single Channel P2_CN.srt
• 23. CODE AXI GPIO Single Channel.html
• 24. Using AXI GPIO IP Multiple Channels P1
• 24. Using AXI GPIO IP Multiple Channels P1.srt
• 24. Using AXI GPIO IP Multiple Channels P1_CN.srt
• 25. Using AXI GPIO IP Multiple Channels P2
• 25. Using AXI GPIO IP Multiple Channels P2.srt
• 25. Using AXI GPIO IP Multiple Channels P2_CN.srt
• 26. Code.html
• 3. Zynq Peripherals.html
• 4. Ways to Communicate data between PS and Peripherals P1
• 4. Ways to Communicate data between PS and Peripherals P1.srt
• 4. Ways to Communicate data between PS and Peripherals P1_CN.srt
• 5. Ways to Communicate data between PS and Peripherals P2
• 5. Ways to Communicate data between PS and Peripherals P2.srt
• 5. Ways to Communicate data between PS and Peripherals P2_CN.srt
• 6. Fundamentals of XIL Drivers P1
• 6. Fundamentals of XIL Drivers P1.srt
• 6. Fundamentals of XIL Drivers P1_CN.srt
• 7. Fundamentals of XIL Drivers P2
• 7. Fundamentals of XIL Drivers P2.srt
• 7. Fundamentals of XIL Drivers P2_CN.srt
• 8. Fundamentals of XIL Drivers P3
• 8. Fundamentals of XIL Drivers P3.srt
• 8. Fundamentals of XIL Drivers P3_CN.srt
• 9. Demonstration of XIL Drivers
• 9. Demonstration of XIL Drivers.srt
• 9. Demonstration of XIL Drivers_CN.srt
• -
• 4. Getting started with Intermediate Drivers UARTPS
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 10. EMIO Using AXI UARTLITE P2
• 10. EMIO Using AXI UARTLITE P2.srt
• 10. EMIO Using AXI UARTLITE P2_CN.srt
• 11. EMIO Using AXI UARTLITE P3
• 11. EMIO Using AXI UARTLITE P3.srt
• 11. EMIO Using AXI UARTLITE P3_CN.srt
• 2. Overview
• 2. Overview.srt
• 2. Overview_CN.srt
• 3. UART with MIO P1
• 3. UART with MIO P1.srt
• 3. UART with MIO P1_CN.srt
• 4. UART with MIO P2
• 4. UART with MIO P2.srt
• 4. UART with MIO P2_CN.srt
• 5. UART with MIO P3
• 5. UART with MIO P3.srt
• 5. UART with MIO P3_CN.srt
• 6. Code UART MIO.html
• 7. MIO Using UART0 and PMOD to extend Capabilities
• 7. MIO Using UART0 and PMOD to extend Capabilities.srt
• 7. MIO Using UART0 and PMOD to extend Capabilities_CN.srt
• 8. EMIO Performing connection to External Hardware PL to UART
• 8. EMIO Performing connection to External Hardware PL to UART.srt
• 8. EMIO Performing connection to External Hardware PL to UART_CN.srt
• 9. EMIO Using AXI UARTLITE P1
• 9. EMIO Using AXI UARTLITE P1.srt
• 9. EMIO Using AXI UARTLITE P1_CN.srt
• -
• 5. Getting started with Intermediate Drivers Understanding Timers
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 10. Code.html
• 11. CPU 32-bit Timer Use of Prescalar
• 11. CPU 32-bit Timer Use of Prescalar.srt
• 11. CPU 32-bit Timer Use of Prescalar_CN.srt
• 12. Code.html
• 13. TTC in Polled Mode P1
• 13. TTC in Polled Mode P1.srt
• 13. TTC in Polled Mode P1_CN.srt
• 14. TTC in Polled Mode P2
• 14. TTC in Polled Mode P2.srt
• 14. TTC in Polled Mode P2_CN.srt
• 15. TTC in Polled Mode P3
• 15. TTC in Polled Mode P3.srt
• 15. TTC in Polled Mode P3_CN.srt
• 16. Code.html
• 17. TTC and GPIO MIO LED in Polled Mode
• 17. TTC and GPIO MIO LED in Polled Mode.srt
• 17. TTC and GPIO MIO LED in Polled Mode_CN.srt
• 18. Code.html
• 19. Working with PL Timer AXI Timer IP P1
• 19. Working with PL Timer AXI Timer IP P1.srt
• 19. Working with PL Timer AXI Timer IP P1_CN.srt
• 2. TimersCounters in Zynq Processing System
• 2. TimersCounters in Zynq Processing System.srt
• 2. TimersCounters in Zynq Processing System_CN.srt
• 20. Working with PL Timer AXI Timer IP P2
• 20. Working with PL Timer AXI Timer IP P2.srt
• 20. Working with PL Timer AXI Timer IP P2_CN.srt
• 21. Code.html
• 3. CPU Watchdog Timer P1
• 3. CPU Watchdog Timer P1.srt
• 3. CPU Watchdog Timer P1_CN.srt
• 4. CPU Watchdog Timer P2
• 4. CPU Watchdog Timer P2.srt
• 4. CPU Watchdog Timer P2_CN.srt
• 5. CPU Watchdog Timer P3
• 5. CPU Watchdog Timer P3.srt
• 5. CPU Watchdog Timer P3_CN.srt
• 6. Code.html
• 7. CPU 32-bit Private Timer
• 7. CPU 32-bit Private Timer.srt
• 7. CPU 32-bit Private Timer_CN.srt
• 8. Code.html
• 9. CPU 32-bit Timer Use of Auto-reload Mode
• 9. CPU 32-bit Timer Use of Auto-reload Mode.srt
• 9. CPU 32-bit Timer Use of Auto-reload Mode_CN.srt
• -
• 6. Software and Hardware Debugging
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 10. ILA Using ILA Probe P1
• 10. ILA Using ILA Probe P1.srt
• 10. ILA Using ILA Probe P1_CN.srt
• 11. ILA Using ILA Probe P2
• 11. ILA Using ILA Probe P2.srt
• 11. ILA Using ILA Probe P2_CN.srt
• 12. ILA P1.html
• 13. ILA Understanding Communication Protocol P1
• 13. ILA Understanding Communication Protocol P1.srt
• 13. ILA Understanding Communication Protocol P1_CN.srt
• 14. ILA Understanding Communication Protocol P2
• 14. ILA Understanding Communication Protocol P2.srt
• 14. ILA Understanding Communication Protocol P2_CN.srt
• 15. Code.html
• 2. Using Serial Window for Debugging
• 2. Using Serial Window for Debugging.srt
• 2. Using Serial Window for Debugging_CN.srt
• 3. Breakpoint P1
• 3. Breakpoint P1.srt
• 3. Breakpoint P1_CN.srt
• 4. Breakpoint P2
• 4. Breakpoint P2.srt
• 4. Breakpoint P2_CN.srt
• 5. Breakpoint P3
• 5. Breakpoint P3.srt
• 5. Breakpoint P3_CN.srt
• 6. Breakpoint P4
• 6. Breakpoint P4.srt
• 6. Breakpoint P4_CN.srt
• 7. Breakpoint P5
• 7. Breakpoint P5.srt
• 7. Breakpoint P5_CN.srt
• 8. Using Memory Content Viewer
• 8. Using Memory Content Viewer.srt
• 8. Using Memory Content Viewer_CN.srt
• 9. Using XSCT Console
• 9. Using XSCT Console.srt
• 9. Using XSCT Console_CN.srt
• -
• 7. Profiling
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 2. Profiling with AXI Timer
• 2. Profiling with AXI Timer.srt
• 2. Profiling with AXI Timer_CN.srt
• 3. Code.html
• 4. Profiling with 64-bit Global Timer
• 4. Profiling with 64-bit Global Timer.srt
• 4. Profiling with 64-bit Global Timer_CN.srt
• 5. Code.html
• 6. Understanding Profiling feature of SDK
• 6. Understanding Profiling feature of SDK.srt
• 6. Understanding Profiling feature of SDK_CN.srt
• -
• 8. Getting started with Interrupts
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 10. Code.html
• 11. Using AXI TImer Interrupt
• 11. Using AXI TImer Interrupt.srt
• 11. Using AXI TImer Interrupt_CN.srt
• 12. Code.html
• 13. Using Interrupts with SCU Timer
• 13. Using Interrupts with SCU Timer.srt
• 13. Using Interrupts with SCU Timer_CN.srt
• 14. Code.html
• 15. Using Interrupts with WDT
• 15. Using Interrupts with WDT.srt
• 15. Using Interrupts with WDT_CN.srt
• 16. Code.html
• 17. Using Interrupt with TTC
• 17. Using Interrupt with TTC.srt
• 17. Using Interrupt with TTC_CN.srt
• 18. Code.html
• 2. Interrupts.html
• 3. Fundamentals of Interrupt Driver
• 3. Fundamentals of Interrupt Driver.srt
• 3. Fundamentals of Interrupt Driver_CN.srt
• 4. Using GPIO Interrupt P1
• 4. Using GPIO Interrupt P1.srt
• 4. Using GPIO Interrupt P1_CN.srt
• 5. Using GPIO Interrupt P2
• 5. Using GPIO Interrupt P2.srt
• 5. Using GPIO Interrupt P2_CN.srt
• 6. Using GPIO Interrupt P3
• 6. Using GPIO Interrupt P3.srt
• 6. Using GPIO Interrupt P3_CN.srt
• 7. Code.html
• 8. Using Multiple Interrupts P1
• 8. Using Multiple Interrupts P1.srt
• 8. Using Multiple Interrupts P1_CN.srt
• 9. Using Multiple Interrupts P2
• 9. Using Multiple Interrupts P2.srt
• 9. Using Multiple Interrupts P2_CN.srt
• -
• 9. Memory Resources
• 1. Agenda
• 1. Agenda.srt
• 1. Agenda_CN.srt
• 2. Using AXI BRAM with pointers P1
• 2. Using AXI BRAM with pointers P1.srt
• 2. Using AXI BRAM with pointers P1_CN.srt
• 3. Using AXI BRAM with pointers P2
• 3. Using AXI BRAM with pointers P2.srt
• 3. Using AXI BRAM with pointers P2_CN.srt
• 4. Understanding XIL_IO Drivers
• 4. Understanding XIL_IO Drivers.srt
• 4. Understanding XIL_IO Drivers_CN.srt
• 5. BRAM RTL Simulation
• 5. BRAM RTL Simulation.srt
• 5. BRAM RTL Simulation_CN.srt
• 6. Handling DDR Transactions
• 6. Handling DDR Transactions.srt
• 6. Handling DDR Transactions_CN.srt
• 7. Code.html
• 8. Handling DDR to BRAM Transactions
• 8. Handling DDR to BRAM Transactions.srt
• 8. Handling DDR to BRAM Transactions_CN.srt