Asymmetric Multiprocessors (AMPs) are computer systems that consist of multiple processors, where each processor has a different role or capability. In an AMPs architecture, one processor may handle complex tasks while others manage simpler, repetitive tasks. This division allows for more efficient processing, as each processor can specialize in what it does best. In contrast to Symmetric Multiprocessors (SMPs), where all processors are equal and share the same resources, AMPs optimize performance by assigning specific functions to different processors. This can lead to improved performance in applications that can benefit from specialized processing, such as real-time systems or embedded systems.