Interrupts: Principles and Implementation

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Related lectures (30)

Page 2 of 3

Introduces control basics, real-time programming, interrupts, and sensor networks in embedded systems, emphasizing resource management and real-time constraints.

Adding Interrupts to a CPU

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

IO and Interrupts: Connecting Peripherals and Handling Interrupts

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

Parallel Port & Nios II Interrupts

Covers the design of a programmable parallel port interface for an Avalon bus and the architecture of the Nios II processor.

Process Protection and Efficient Execution

Explores process execution, protection, and efficient OS mechanisms for secure and reliable multi-program environments.

Input/Output and Interrupts: Connecting Peripherals and Handling Interrupts

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

Priority Encoders: Example and Operation

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

Multiprocessors, Processes and Switching

Covers the creation of processes, switching between them, handling interrupts, and the context switch mechanism in the multiprocessor world.

Exceptions: Handling and Types

Explores exceptions in computer systems, covering their types, classification, handling, and design challenges.

IO Devices: Interaction and Performance

Covers the interaction between operating systems and IO devices, focusing on hardware fundamentals and performance implications.