| 1. Evolution OS |
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| 1) 50년대 초반 ~ 60년대 중반 |
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| (1) Syncronous / Asyncronous |
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| (2) Multi programming |
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| (3) Memory Management Unit |
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| (4) Concurrent Programming Problem |
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| 2) 60년대 후반 ~ 90년대 중반 |
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| (1) Time-Sharing Operating System |
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| 3) 90년대 후반 ~ 지금 |
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| (1) OS with built-in Internet Access |
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| (2) Sophisticated PC OS |
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| (3) OS with Multimedia Support |
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| (4) OS as Commodity |
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| 2. Function of OS |
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| 1) OS 특징 (Characteristics of current OS) |
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| 2) OS 기능 (Function of OS) |
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| (1) OS as Coordinator (i) |
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| (1) OS as Coordinator (ii) |
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| (2) OS as Illusion Generator |
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| 3. Review of Computer Hardware |
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| 1) Computer Systems Architecture |
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| (1) System Bus |
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| (2) I/O Operation - I/O Device Contoller |
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| (3) I/O Operation - I/O Addressing |
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| (4) I/O Operation - DMA I/O |
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| 2) Interrupt Mechanism |
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| (1) Interrupt Operation - Interrupt H/W (i) |
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| (2) Interrupt Operation - Interrupt H/W (ii) |
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| 3) Hardware Protection Mechanisms |
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| (1) Dual mode operation |
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| (i) Privileged Instruction |
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| (ii) Mode Change |
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| (2) I/O Protection |
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| (3) Memory Protection |
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| (4) CPU Protection |
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| 4. Processes and Threads |
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| 1) Processes Concept |
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| (1) Process Basic Concept |
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| (i) Process 정의 |
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| (ii) Multiprogramming vs Multiprocessing |
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| (iii) Process의 유용성 |
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| (2) OS상에서 Process 구현 |
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| (i) Process Control Block |
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| (ii) State Transition |
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| 2) Process Scheduling |
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| (1) Scheduler Design Principle |
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| (2) Dispatcher |
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| (i) Entering and Leaving Kernel |
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| 3) Context Switching |
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| 4) Process Creation and Termination |
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| (1) fork() in UNIX |
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| 5) Multithreading |
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| (1) Storyline |
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| (2) Implimentation |
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| (3) Thread Life Cycle |
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| 6) Conclusion |
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