Tutorial 1: Create a project in Keil v5 (pdf)
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Tutorial 2: Debugging in Keil v5 (pdf)
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Tutorial 3:Clock configuration of STM32L4 processors
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Tutorial 4: Printing messages via UART through ST-Link V2.1
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Tutorial 5: How to fix common errors?
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Tutorial 6: Logic analyzer in Keil
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Lecture 1: Why do we use Two's Complement?
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Lecture 2: Carry and Borrow Flag
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Lecture 3: Overflow Flag
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Lecture 4: Pointer
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Lecture 5: Memory Mapped I/O
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Lecture 6: GPIO Output: Lighting up a LED
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Lecture 7: GPIO Input: Interfacing a joystick
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Lecture 8: LCD
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Lecture 9: Interrupts
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Lecture 10: Interrupt Enable and Interrupt Priority
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Lecture 11: External Interrupts (EXTI)
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Lecture 12: System Timer (SysTick)
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Lecture 13: Timer: PWM output
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Lecture 14: Timer Input Capture
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Lecture 15: Race Conditions
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Lecture 16: Volatile Variables
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Lecture 17: Booting process
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Lecture 18: Analogy-to-Digital Conversion (ADC)
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Lecture 19: Floating-Point Unit (FPU)
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Lecture 20: Fixed Point Numbers
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Lecture 21: Why learn assembly language
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Lecture 22: Big Endian and Little Endian
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Lecture 23: Load and Store Instructions
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Lecture 24: Addressing mode: pre-index, post-index, and pre-index with update
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Lecture 25: Arithmetic and Logical Instructions
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Lecture 26: Updating NZCV bit flags
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Lecture 27: Branch Instructions
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Lecture 28: Conditional Execution
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Lecture 29: Calling a subroutine
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Lecture 30: Passing Arguments to a Subroutine
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Lecture 31: Preserving registers in a Subroutine
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Lecture 32: Mixing C and Assembly
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