Page : 2 Operating system components and goals
Page : 3 Process
Page : 4 Process states and state transitions
Page : 5 Process states and state transitions
Page : 6 Process states and state transitions
Page : 7 Process control blocks(pcb)/process descriptors
Page : 8 Process control blocks(pcb)/process descriptors
Page : 9 Interrupt
Page : 10 Interrupt processing
Page : 11 Interrupt processing
Page : 12 Interrupt Types
Page : 13 Interrupt classes
Page : 14 Real memory organisation and management
Page : 15 Memory management strategies
Page:16 Contiguous vs non contiguous memory allocation
Page:17 Single user contiguous memory allocation
Page:18 Single user contiguous memory allocation
Page:19 Overlays
Page: 20 Protection in a single-user system
Page:21 Memory placement strategies
Page:22 Real memory management
Page:23 Fixed partition multiprogramming
Page:24 Fixed partition multiprogramming
Page:25 Fixed partition multiprogramming
Page:26 Fixed partition multiprogramming
Page:27 Fixed partition multiprogramming
Page:28 Fixed partition multiprogramming
Page:29 Non-contiguous Real Memory management
Page:30 Paging
Page:31 A virtual address is in the format
Page:32 Segmentation
Page:33 virtual address format in a segmentation system
Page:34 segment map table
Page:35 Virtual memory management
Page:36 Demand paging
Page:37 anticipatory paging
Page:38 Page Replacement Stategies
Page:39 FIFO Page replacement strategy
Page:40 FIFO Page replacement strategy example
Page:41 Least recently used
Page:42 Working set
Page:43 Working set
Page:44 Thrashing
Page:45 Processor scheduling or job scheduling
Page:46 Scheduling Algorithms
Page:47 Round-Robin Scheduling
Page:48 Shortest Process first / Shortest job first
Page:49 Highest- response-Ratio-Next scheduling
Page:50 Shortest Remaining Time scheduling
Page:51 Multi-level feed back queues
Page:52 Multi-level feed back queues diagram
Page:53 Dead line scheduling
Page:54 Characteristics of moving head disk strategy
Page:55 Characteristics of moving head disk strategy
Page:56 Seek time
Page:57 Why disk scheduling is necessary ?
Page:58 First come first served
Page:59 Shortest seek time first Disk scheduling
Page:60 scan disk scheduling
Page:61 C scan disk scheduling
Page:62 Files and database system
Page:63 Access methods
Page:64 File descriptors
Page:65 Access control Matrix
Page:66 File organisation
Page:67 Direct, Indexed sequential
Page:68 File allocation
Page:69 Fscan and N-step scan disk scheduling
Page:70 Look and c-look disk scheduling
Page:71 Look and c-look disk scheduling
Page:72 System Software :- SIC/Xe Machine architecture
Page:73 Registers
Page:74 Data formats
Page:75 Addressing moder
Page:76 Direct addressing
Page:77 Instruction set
Page:78 Input and output
Page:79 Assembler
Page:80 Assembler directives
Page:81 functions of an assembler
Page:82 Write the object program and assembly listing
Page:83 Forward Referance
Page:84 Object Program
Page:85 Object program continue
Page:86 Object program continue
Page:87 Assembler Algorithm & data Structure
Page:88 Machine Dependent Assembler Features
Page:89 Machine Dependent Assembler Features continue
Page:90 Machine Independent Assembler Program
Page:91 Machine Independent Assembler Program continue
Page:92 Machine Independent Assembler Program continue
Page:93 Machine Independent Assembler Program continue
Page:94 Object program
Page:95 Header record
Page:96 End record
Page:97 Pass 2
Page:98 Assembler algorithm & data structure
Page:99 Machine dependent assembler featuers
Page:100 Machine dependent assembler featuers
Page:101 Machine independent assembler program
Page:102 Machine independent assembler program
Page:103 Machine independent assembler program
Page:104 Machine independent assembler program
Page:105 Machine independent assembler program
Page:106 Machine independent assembler program
Page:107 Machine independent assembler program
Page:108 External Reference
Page:109 One pass assembler
Page:110 One pass assembler
Page:111 Multipass assembler
Page:112 Multipass assembler
Page:113 Multipass assembler operations
Page:114 Multipass assembler operations
Page:115 Linkers and loaders
Page:116 Basic loader functions
Page:117 Bootstrap loader
Page:118 Bootstrap loader
Page:119 Machine dependant loader features
Page:120 Data structures used in loaders
Page:121 Machine independant loader features
Page:122 Loder options
Page:123 Library
Page:124 Loader design options
Page:125 Linkage editors
Page:126 Dynamic Linking & loading
Page:127 Compilers
Page:128
Page:129
Page:130
Page:131
Page:132 Machine dependent code optimization
Page:133 Machine Independent compiler features
Page:134 Machine Independent compiler features
Page:135 Storage allocation
Page:136 Compiler Desigin options
Page:137 Interpreters
Page:138 P-code Compilers
Page:139 Compiler-Compilers
Page:140 Division into passes
Page:141 Division into passes
Page:142 Machine-Independent Compiler Features
Page:143 Block structured language
Page:144 Block structured language
Page:145 Macro Processor
Page:146 Macro definitions Procesor and expantions
Page:147 Maro processor algorithm and data structures
Page:148 DEFTAB
Page:149 Machine independent Macroprocessor functions
Page:150 Generation of unique labels
Page:151 Conditional macro expansion
Page:152 Keyword Macro Parameters
Page:153 Macro processor Design options
Page:154 Recursive Macro Expansion
Page:155 General purpose Macro Processor
Page:156 Line-by-line macro processing
Page:157 Integrated Macro processor
Page:158 Integrated Macro processor
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