Scheduling

Related lectures (32)

Covers microcontrollers fundamentals, including operations, pointers, interrupts, and interrupt handling.

Covers adding interrupts to a CPU and implementing a software dispatcher for interrupt handling with fixed priorities.

Covers the process of adding interrupts to a CPU and the necessary modifications in the datapath and control.

Explores inputs and outputs in computer systems, covering peripherals, addressing modes, A/D converters, interrupts, and DMA.

Explores connecting peripherals, handling interrupts, and modifying button interfaces for generating interrupts.

Explores peripheral communication through input/output devices, memory-mapped interfaces, interrupts, and direct memory access.

Explores interrupts as a mechanism for abstraction and multiplexing in operating systems, covering handling, processing, and initialization.

Explores the architecture and applications of timers and counters in microcontrollers for generating precise time bases and signals.

Explores exceptions, interrupts, faults, and their handling in computer systems, emphasizing the complexities of writing exception handlers.

Covers connecting peripherals, handling interrupts, and setting priority levels effectively.

Explains the operation of priority encoders and provides examples of 8-input priority encoders.

Covers locking primitives necessary to prevent race conditions in multithreaded programming, focusing on mutual exclusion and atomic operations.

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