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Disk Structure, Disk Scheduling, Disk Management, Disk Scheduling Algorithm, FCFS(First Come First Service), SSTF(Shortest Seek Time First), SCAN, C-SCAN, Other Algorithms, Disk-Scheduling Algorithm의 결정,Swap-Space Management, RAID
File and File System, Directory and Logical Disk, open( ), File Protection, File System의 Mounting, Access Methods
Demand Paging, Memory에 없는 Page의 Page Table, Page Fault, Steps in Handling a Page Fault, Performance of Demand Paging, Free Frame이 없는 경우, Page Replacement, Optimal Algorithm, FIFO(First In First Out) Algorithm, LRU(Least Recently Used) Algorithm, LFU(Least Frequently Used) Algorithm, LRU와 LFU 알고리즘 예제, LRU와 LFU 알고리즘의 구현, 다양한 캐슁 환경, LRU와 LFU 알고리즘의 구현, Paging System에서 LRU, LFU 가능한가?, Clock Algorithm, Page Frame의 Allocation, Global vs. Local Replacement, Thrashing, Thrashing Diagram, Working-Set Model, Working-Set Algorithm, PFF(Page-Fault Frequency) Scheme, Page Size의 결정
Segmentation, Segmentation Architecture, Segmentataion Hardware,Segmentation, Segmentation Hardware, Segmentation Architecture, Example of Segmetation, Segmentation Architecture(Cont.), Sharing of Segments, Segmentation with Paging, Address Translation Architecture
Paging, Dynamic Relocation, Paging Example, Address Translation Architecture, Implementation of Page Table, Paging Hardware with TLB, Associative Register, Effective Access Time, Two-Level Page Table, Address-Translation Scheme, Two-Level Paging Example,Multilevel Paging and Performance, Two-Level Page Table, Valid (v)/ Invalid (i) Bit in a Page Table, Memory Protection, Inverted Page Table, Inverted Page Table Architecture, Shared Page, Shared Pages Example
Logical vs. Physical Address, 주소바인딩(Address Binding), Memory-Management Unit(MMU), Dynamic Relocation, Hadware Support for Address Translation, Some Treminologies, Dynamic Loading, Overlays, Swapping, Dynamic Linking, Allocation of Physical Memory, Contiguous Allocation
