34 тысяч подписчиков
271 видео
System Programming Syllabus explain | System Programming Subject | Tutorial | BCS | in Hindi
2.5 | Fuzzy Membership functions | Types | with example
1.1 System Programming Introduction- Assembly language | Assembler | Compiler | Preprocessor | Macro
4.1 | Macros and macro processor | Definition | Macro Call | Macro Expansion-Positional, keyword par
8.4 | Operating System Operations | Dual mode operation | Timer
1.1 | SPOS Subject | Introduction- Assembly language | Assembler | Compiler | Preprocessor | Macro
6.1 | Chapter 6 | Linker and loader | Introduction | Binding | Static and Dynamic Binding |
4.5 Macro Data structures| Macro Name Table | Macro Definition Table | PNTAB SSTAB EVTAB | Example 1
3.10 | Symbol table Literal table Pool table with Target Code Generation- Example 2 | System prog.
1.2 Introduction : Loader | Linker | Editor | and Whole System Flow | part 2 | System Programming
8.9 | Computing environment |Traditional computing| Client Server computing | Peer to Peer computing
3.5 | Single pass & Two pass translation | Advanced assembler directives with example | in Hindi
4.6 | Macro Example 2 | Macro Name Table | Macro Definition Table | APTAB | PNTAB SSTAB EVTAB
1.14 | Assembly program ex. of ORIGIN LTORG EQU | Single pass assembler | Forward Reference Problem
2.2 | Fuzzy sets | Introduction | Fuzzy set Operations | Universe of Discourse type | Membership
4.10 | One pass macro assembler | Two pass macro assembler | Multi pass macro assembler | Diagram
4.14 | Shortest Job First | Shortest Remaining Time First Algorithm | SJF | SRTF | example 2
4.17 | Longest Job First | Longest Remaining Time First Algorithm | LJF | LRTF | example 1
1.10 | Assembly statement format | Assembly to machine language translation program |
4.4 | Macros | Conditional Expansion | Expansion time loops | Attributes of parameters | Ex.-XpowerN
4.2 Macros with default values para. | Mixed parameter | Label and opcode field | Nested macro call
6.2| Translated, Linked, Load Time Address | Relocation | Program Relocation | with assembly example
4.19 | Priority scheduling algorithm | Preemptive | Nonpreemptive mode | Example 2
1.12 | Array implication in c programming - Initialization | Declaration
9.2 | User operating system interface | Command Line Interface | Graphical User Interface | CLI GUI
4.8 Macro Example 4 - 2019 Exam | Macro Name Table | Macro Definition Tab| PNTAB EVNTAB KPDTAB EVTAB
1.15 | Structures | Declaration | Initialization | Array of structure variables | Nested structure
5.6 | Recursive Function in C program | FPL | Fundamental of Programing Language
3.2 | switch case | while loop in C programming | FPL | Fundamental of Programing Language
Previous Exam Question | First fit Best fit Worst fit | Pune University | Example 2
FCFS (First Come First Serve) Scheduling Algorithm with CPU idle - Example 3
3.9 Intermediate code - Variant 1 and Variant 2 : Example 1 | Symbol table Literal Table Pool table
3.6 | Assembly program ex. of ORIGIN, LTORG, EQU | Single pass assembler | Forward Reference Problem
Assembler Practical 2 | Create and display the symbol table | Intermediate Code - Variant 2
Distributed systems | Special purpose systems- Real time embedded | Multimedia | Handheld system
4.3 Advanced macro facilities | Sequencing Symbol | AIF, AGO, ANOP stat.| Expansion Variable-LCL,GBL
2.8 | Macro assembler | Difference between Macro processor and macro assembler |
2.3 | Advanced macro facilities | Sequencing Symbol | AIF AGO ANOP stat.| Expansion Variable-LCL,GBL
4.9 | Macro assembler | Difference between Macro processor and macro assembler |
2.9 | Macro assembler | Pass one | Pass two | Multi pass macro assembler
2.6 | Fuzzy sets properties | Operations example
4.7 | Macro Name Table | Macro Definition Table | PNTAB SSTAB EVTAB | Macro Example 3
1.4 | Editor | Types of Editors with example | System Programming and Operating System
5.4 | Macros in C language | FPL | Fundamental of Programing Language
2.2 | Macros with default values | Mixed parameter | Label and opcode field | Nested macro calls
Bankers algorithm | with example | Deadlock Avoidance | Safe state | in Operating System
3.1 | Decision making statements | C programming | FPL | Fundamental of Programing Language
Types of System Call | Examples of System Call | Windows | Unix
3.12 | Intermediate code Variant I & Variant II : Example 4 | Symbol table Literal table Pool table
Assembler Practical 3 | Create and display the symbol table | Intermediate Code - Variant 1
3.11 | Assembly language program | Symbol table Literal table Pool table | Example 3
Computing environment | Traditional computing | Client Server computing | Peer to Peer computing
4.10 | Computing environment| Traditional computing| Client Server computing| Peer to Peer computing
