FreeCourseSite com Udemy Operating Systems from scratch Part | 8BE31F14AAEED43A8FBC61F8D2B64D94B3A4D5BA

FreeCourseSite com Udemy Operating Systems from scratch Part

Name	[FreeCourseSite.com] Udemy - Operating Systems from scratch - Part 1	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	6.7 GB
Total Files	130
Hash	8BE31F14AAEED43A8FBC61F8D2B64D94B3A4D5BA

/0. Websites you may like/
[CourseClub.ME].url	0.1 KB
[FCS Forum].url	0.1 KB
[FreeCourseSite.com].url	0.1 KB
/1. Introduction/
1. Introduction.mp4	57.1 MB
1. Introduction.vtt	3.9 KB
2. Important Tip.html	0.5 KB
/2. Introduction to Operating Systems/
1. Introduction to Computer Systems.mp4	261.9 MB
1. Introduction to Computer Systems.vtt	16.1 KB
2. How hardware devices work together.mp4	161.4 MB
2. How hardware devices work together.vtt	9.0 KB
3. Need for Operating Systems from scratch.mp4	208.5 MB
3. Need for Operating Systems from scratch.vtt	11.5 KB
4. How Input and Output devices work together.mp4	229.4 MB
4. How Input and Output devices work together.vtt	20.8 KB
/3. Operating System Concepts/
1. Program vs Process, States of a process.mp4	100.3 MB
1. Program vs Process, States of a process.vtt	10.8 KB
2. Degree of Multiprogramming.mp4	59.4 MB
2. Degree of Multiprogramming.vtt	4.8 KB
3. Types of Operating Systems.mp4	135.2 MB
3. Types of Operating Systems.vtt	14.8 KB
4. An Important point to note.mp4	15.6 MB
4. An Important point to note.vtt	1.9 KB
5. Process Control block, Attributes of a process.mp4	325.0 MB
5. Process Control block, Attributes of a process.vtt	28.7 KB
/4. CPU Scheduling Algorithms - SJF, SRTF, FCFS/
1. Types of scheduler, Context switching.mp4	123.4 MB
1. Types of scheduler, Context switching.vtt	14.4 KB
10. SRTF assignment problem solution.mp4	33.4 MB
10. SRTF assignment problem solution.vtt	5.8 KB
11. Response Time example 2.mp4	12.2 MB
11. Response Time example 2.vtt	1.8 KB
12. SRTF assignment problem 2.html	0.5 KB
13. SRTF assignment problem 2 solution.mp4	46.4 MB
13. SRTF assignment problem 2 solution.vtt	5.4 KB
14. First Come First Served Scheduling Algorithm.mp4	52.1 MB
14. First Come First Served Scheduling Algorithm.vtt	8.3 KB
15. FCFS with Context Switching overhead.mp4	68.4 MB
15. FCFS with Context Switching overhead.vtt	11.4 KB
2. Various times of a process.mp4	117.8 MB
2. Various times of a process.vtt	14.8 KB
3. Types of Scheduling Algorithms.mp4	86.8 MB
3. Types of Scheduling Algorithms.vtt	10.3 KB
4. SJF Scheduling Algorithm.mp4	78.5 MB
4. SJF Scheduling Algorithm.vtt	11.3 KB
5. SJF Example 1.mp4	84.2 MB
5. SJF Example 1.vtt	9.6 KB
6. SJF Example 2.mp4	70.6 MB
6. SJF Example 2.vtt	6.9 KB
7. Shortest Remaining Time First Scheduling Algorithm.mp4	371.8 MB
7. Shortest Remaining Time First Scheduling Algorithm.vtt	18.0 KB
8. Response time explained with example.mp4	89.8 MB
8. Response time explained with example.vtt	15.1 KB
9. SRTF assignment problem.html	1.0 KB
/5. Comparision of FCFS, SJF and SRTF - Advantages and Disadvantages/
1. Starvation.mp4	138.3 MB
1. Starvation.vtt	16.1 KB
2. Convoy Effect.mp4	105.5 MB
2. Convoy Effect.vtt	13.4 KB
3. Practical Implementation.mp4	28.6 MB
3. Practical Implementation.vtt	3.6 KB
4. Throughput.mp4	151.6 MB
4. Throughput.vtt	19.6 KB
/6. CPU Scheduling Algorithms - LJF, LRTF, Priority-based, HRRN/
1. Longest Job First Scheduling Algorithm.mp4	57.4 MB
1. Longest Job First Scheduling Algorithm.vtt	8.4 KB
10. RR Important Observations.mp4	27.5 MB
10. RR Important Observations.vtt	3.7 KB
11. Advantages and Limitations of RR Algorithm.mp4	48.9 MB
11. Advantages and Limitations of RR Algorithm.vtt	6.9 KB
12. Non Preemptive Priority based Scheduling Algorithm.mp4	180.0 MB
12. Non Preemptive Priority based Scheduling Algorithm.vtt	8.9 KB
13. Preemptive Priority based Scheduling Algorithm.mp4	40.6 MB
13. Preemptive Priority based Scheduling Algorithm.vtt	5.2 KB
14. Preemptive Priority based Scheduling Algorithm Continuation.mp4	31.0 MB
14. Preemptive Priority based Scheduling Algorithm Continuation.vtt	3.9 KB
15. SRTF with processes requiring CPU and IO time 2.mp4	294.7 MB
15. SRTF with processes requiring CPU and IO time 2.vtt	14.8 KB
16. Priority based scheduling with processes requiring CPU and IO time.mp4	194.4 MB
16. Priority based scheduling with processes requiring CPU and IO time.vtt	9.6 KB
17. Highest Response Ratio Next Scheduling Algorithm.mp4	58.1 MB
17. Highest Response Ratio Next Scheduling Algorithm.vtt	10.4 KB
18. HRRN Example.mp4	41.0 MB
18. HRRN Example.vtt	8.0 KB
19. Process State Diagram.mp4	70.4 MB
19. Process State Diagram.vtt	12.4 KB
2. LJF Example 1.mp4	49.4 MB
2. LJF Example 1.vtt	6.1 KB
20. Suspend Ready State and Suspend IO state.mp4	67.6 MB
20. Suspend Ready State and Suspend IO state.vtt	12.7 KB
21. Dispatcher.mp4	92.0 MB
21. Dispatcher.vtt	5.7 KB
3. Longest Remaining Time First Scheduling Algorithm.mp4	15.8 MB
3. Longest Remaining Time First Scheduling Algorithm.vtt	3.1 KB
4. LRTF Example 1.mp4	37.3 MB
4. LRTF Example 1.vtt	6.3 KB
5. LRTF Example 2.mp4	30.0 MB
5. LRTF Example 2.vtt	3.7 KB
6. LRTF Example 2 continuation.mp4	25.6 MB
6. LRTF Example 2 continuation.vtt	3.6 KB
7. Round Robin Scheduling Algorithm.mp4	36.6 MB
7. Round Robin Scheduling Algorithm.vtt	5.1 KB
8. RR Example 1.mp4	72.8 MB
8. RR Example 1.vtt	13.4 KB
9. RR Example 2.mp4	50.3 MB
9. RR Example 2.vtt	6.4 KB
/7. Basics of Number System/
1. Basics of Binary Numbers.mp4	85.6 MB
1. Basics of Binary Numbers.vtt	15.5 KB
2. Basics of Binary Numbers.html	2.3 KB
/8. Memory Allocation Techniques/
1. Basics of Memory Allocation.mp4	88.5 MB
1. Basics of Memory Allocation.vtt	16.5 KB
10. Binary addressing revisited.mp4	318.4 MB
10. Binary addressing revisited.vtt	16.5 KB
11. Example to explain binary addressing concepts.mp4	145.4 MB
11. Example to explain binary addressing concepts.vtt	7.1 KB
12. Need for paging.mp4	260.4 MB
12. Need for paging.vtt	15.7 KB
2. Contiguous Allocation vs Non Contiguous Allocation.mp4	36.2 MB
2. Contiguous Allocation vs Non Contiguous Allocation.vtt	7.2 KB
3. Fixed Partitioning.mp4	81.2 MB
3. Fixed Partitioning.vtt	12.7 KB
4. Variable Partitioning.mp4	245.1 MB
4. Variable Partitioning.vtt	14.0 KB
5. Memory Allocation Algorithms.mp4	92.7 MB
5. Memory Allocation Algorithms.vtt	17.1 KB
6. Problem.mp4	161.9 MB
6. Problem.vtt	9.4 KB
7. Problem continued.mp4	85.2 MB
7. Problem continued.vtt	4.7 KB
8. Important point to note.mp4	116.6 MB
8. Important point to note.vtt	7.0 KB
9. Problem.mp4	217.6 MB
9. Problem.vtt	10.5 KB
/9. How to proceed further/
1. What to do next.html	3.2 KB
Total files 130