Covers the concept of virtual memory and the isolation of processes through address spaces, discussing segmentation, paging, and memory implementation details.
Covers the operating system's role as a referee in managing resources and ensuring security through fault isolation, resource sharing, and communication.
Covers the historical increase in memory cells per chip, the importance of memory in modern IC architectures, the dramatic increase in test time, and various memory faults.
Explores the challenges of null references in programming languages and proposes solutions to mitigate their drawbacks while ensuring compatibility with existing codebases.
Covers the principles and mechanisms of virtual memory in computer systems, focusing on isolation, efficiency, and the role of the Memory Management Unit.
Explores memory organization, virtualization, dynamic memory allocation, stack, heap, and memory virtualization techniques like base register and segmentation.
