:PROPERTIES: :ID: 9b83150d-b8b5-46b7-8c46-03c1bf58c54f :mtime: 20240525071312 20240319060458 20240316061039 20240314093523 20240308080936 20240307034610 20240306102513 20240305024312 20240304105045 20240303091555 :ctime: 20240303091539 :END: #+title: Operating Systems Course #+filetags: :operatingsystems:public:project: The Operating Systems course at [[id:517f8b21-0d69-42dc-b902-0fd6ca8299e0][Cambridge]]. * Parts of the Course ** Part I Structures *** 01 Introduction *** 02 Protection - [[id:48e3b4fd-f8e2-45be-9b2a-f677529b7ceb][access matrix]] - [[id:05d03e4b-7378-42fc-a8b6-5e5289503536][Access Control List]] ** Part II CPU *** 03 Processes - [[id:ea9ceb4e-ff99-4939-ad40-90d5dae2d567][operating system process]] - [[id:6f77458f-4865-4da5-b6ac-691802b700df][process control block]] - [[id:fdb7311e-a7e3-4f86-83b0-3a6c6e5c3c47][operating system thread]] - [[id:2f3155e9-a235-47f7-bc69-22471cc0f558][context switch]] - [[id:64370e0d-7608-44dc-a647-28fe2e3ef3a4][process lifecycle]] - [[id:b46acdba-9a9d-4ec7-89f7-2ef1170e4457][process creation]] - [[id:ffd6e138-6cc4-450f-b3da-24edf74d4201][process termination]] - [[id:e5d5d8fe-b9b1-4f55-b965-0ef66cfcd3e6][interprocess communication]] *** 04 Scheduling - [[id:c3401d4b-100c-4660-b367-162598b46b23][CPU scheduler]] - [[id:906db23b-4030-4845-91d8-311dc1f76d95][Job Scheduler]] - [[id:23b8c096-f08e-4705-84d9-a04eceb00e7f][dispatcher]] - [[id:b60e36a6-1124-4ff8-9f4d-57b121870e3a][preemptive scheduler]] - [[id:c1b35d8f-418a-42ee-8c87-8290e6526b11][ready queue]] *** 05 Scheduling Algorithms - [[id:da770e35-84e4-4971-a798-d7eeeb01b808][CPU scheduling criteria]] - [[id:f550f660-122f-4288-a1f0-05e8921688cb][NUMA]] - [[id:e0599657-7d87-40f0-aa34-32a35d469e59][CPU scheduling algorithms]] - [[id:82e28271-2e3f-4e15-8e57-c0d922aed47d][convoy effect]] ** Part III Memory *** 06 Memory Management - [[id:44403b1a-2f62-4f77-a848-af51396f1333][address binding]] *** 07 Paging - [[id:83562885-8b11-40c2-9b18-951bd03bb863][paging]] - [[id:469f0f9f-5313-4442-843d-b244f8976577][demand paging]] - [[id:1de48b5e-d8c5-49e1-aa24-13ceed573b8f][copy on write]] - [[id:368ad26c-1ece-4d06-b665-e5bc14df8225][TLB]] *** 08 Virtual Memory -[[id:05c5d285-13cb-420b-98ba-1370be5c6c15][ page fault]] - [[id:a9596100-817a-475d-b171-767152220303][virtual memory]] - [[id:31878b60-3b84-4e7b-aaf2-3e070d9d53f9][page replacement algorithm]] - [[id:8c3b743c-8836-418b-a1be-3f5f10e35cf0][thrashing (memory)]] ** Part IV Input/Output and Storage *** 09 I/O Subsystem - [[id:f1434d6f-fa94-4f5e-af19-9f27df023821][polling]] - [[id:84d10aa1-0f12-46c7-92b4-9d0d50dd1a0b][DMA]] - [[id:ac051603-75b5-4337-b1ab-ce4c8482406b][types of IO devices]] - [[id:30a62e0f-4f16-4314-80c1-2e4c1669e97a][Types of IO Behavior]] - [[id:54e50c80-97b5-47fc-9249-b54e1c2fe2df][buffering]] - [[id:b6f5b357-3ecb-454f-866a-7770e1034638][Vectored IO]] *** 10 Storage & File Management - [[id:99efec8c-7668-4f79-96ad-b3d11d7f541a][disk scheduling algorithms]] - [[id:ed51220f-42e4-4491-8307-714a26a01224][inode]] ** Part V Case Study *** 11 Case Study I: UNIX (Linux) *** 12 Case Study II: UNIX (Linux)