USN Attend CAT 1 CAT 2 2SD13EC077 37 9 15 2SD13EC078 35 12 15 2SD13EC075 32 1 10 2SD13EC080 31 18 16 2SD13EC081 33 8 11 2SD13EC082 0 0 0 2SD13EC083 31 4 10 2SD13EC084 36 18 19 2SD13EC085 37 20 20 2SD13EC086 33 19 19 2SD13EC087 32 0 16 2SD13EC088 36 18 17 2SD13EC089 35 12 12 2SD13EC090 32 14 17 2SD13EC091 28 3 15 2SD13EC092 30 6 13 2SD13EC093 29 6 13 2SD13EC095 30 15 20 2SD13EC096 34 15 12 2SD13EC097 30 6 10 2SD13EC098 32 9 AB 2SD13EC099 36 19 19 2SD13EC100 29 7 7 2SD13EC101 33 19 18 2SD13EC102 27 10 15 2SD13EC103 36 14 10 2SD13EC104 31 9 15 2SD13EC106 35 18 10 2SD13EC107 36 20 14 2SD13EC108 32 5 11 2SD13EC109 34 17 12 2SD13EC110 32 7 13 2SD13EC111 35 20 14 2SD13EC112 34 18 18 2SD13EC113 32 11 12 2SD13EC114 29 15 16 2SD13EC115 29 13 11 2SD13EC116 34 8 14

Subject: OS Div B                          V Semester For any quarries contact staff in-charge on or before 05/11/2015 Staff In-charge: Prof. S. V. Viraktamath

USN Attend CAT 1 CAT 2 2SD13EC118 30 14 19 2SD13EC119 32 14 10 2SD13EC121 28 16 18 2SD13EC123 30 16 19 2SD13EC072 29 13 3 2SD13EC126 36 18 16 2SD13EC127 35 14 19 2SD13EC128 36 19 19 2SD13EC069 36 14 17 2SD14EC400 33 13 19 2SD14EC401 33 8 15 2SD14EC402 33 13 11 2SD14EC403 32 1 18 2SD14EC404 32 11 15 2SD14EC405 33 16 20 2SD14EC406 33 0 16 2SD14EC407 33 6 11 2SD14EC408 30 1 15 2SD14EC409 32 0 14 2SD14EC410 32 19 11 2SD14EC411 29 0 11 2SD14EC412 33 8 13 2SD14EC413 36 10 20 2SD14EC414 37 15 19 2SD14EC415 26 0 19 2SD14EC416 30 14 18 2SD14EC417 32 13 13 2SD14EC418 28 0 17 2SD14EC419 36 17 20 2SD14EC420 35 0 15 2SD14EC421 30 9 10 2SD14EC422 32 16 9 2SD14EC423 34 11 14

 

 

The portion for CAT 2 is 

CPU scheduling- Basic concepts, scheduling criteria, Scheduling algorithms, multiple processor scheduling, Real time scheduling.          

Process issues: The Critical section problem, Synchronization hardware, Semaphores, problems of synchronization, Critical regions, monitors. 
Deadlock - System model, Deadlock characterization, Methods for handling deadlocks - Deadlock prevention, deadlock avoidance, Deadlock detection and solution for deadlock.     

Hello student friends. Assignment 1 of OS subject is posted. You have to prepare a good PPT with your own voice explaining that sub topic in detail and submit the same on or before 10/10/2015 without fail. For any discussion you are most welcome.

Student should prepare PPT With their Voice explaining the concepts
V Semester            Assignment 1          Subject : OS       Staff Incharge: Prof. S. V Viraktamath
Sl.No	USN	Name	Name of the Topic
1	2SD13EC077	Rajeshwari Managuli	Introduction to operating systems: Introduction to OS, , user view, system view,
2	2SD13EC078	Rajeshwari S Budihal	Classification of OSs,
3	2SD13EC075	Priya Katti	features and applications
4	2SD13EC080	Rashmi Patil	Operating system structures: System components, OS Services,
5	2SD13EC081	Raviranjan Kumar	System calls, System programs,
6	2SD13EC082	Rehan Kumar	System structure, Virtual machines
7	2SD13EC083	Rohanraya Nidagundi	Process Scheduling:  Process concept, Process scheduling,
8	2SD13EC084	Rohini R Ganiger	Operation on processes, cooperating processes,
9	2SD13EC085	Roopa Mahantanavar	Inter process communication, Threads overview,
10	2SD13EC086	S Sirish Kashyap	CPU scheduling- Basic concepts, scheduling criteria,
11	2SD13EC087	S Sannidhi	Scheduling algorithms, multiple processor scheduling,
12	2SD13EC088	S Uma Maheshwari	Real time scheduling.
13	2SD13EC089	Sabiha Tabasum Makandar	Process issues: The Critical section problem,
14	2SD13EC090	Sachin S Munji	Synchronization hardware,
15	2SD13EC091	Saket Saurav	Semaphores,
16	2SD13EC092	Sameer Kallapur	problems of synchronization,
17	2SD13EC093	Sameer P Deshpande	Critical regions,
18	2SD13EC095	Saurabh Gupta	Monitors.
19	2SD13EC096	Shamanth  Kidiyoor	Deadlock - System model,
20	2SD13EC097	Shashank P Bannadabavi	Deadlock characterization,
21	2SD13EC098	Shashank Singh B S	Methods for handling deadlocks -
22	2SD13EC099	Shashidhar Patil	Deadlock prevention,
23	2SD13EC100	Shashwat S Koliwad	deadlock avoidance,
24	2SD13EC101	Shivakumar U Hiremath	Deadlock detection and solution for deadlock.
25	2SD13EC102	Shivamurteppa	Introduction to operating systems: Introduction to OS, , user view, system view,
26	2SD13EC103	Shobha M	Classification of OSs,
27	2SD13EC104	Shreyansh Kabbin	features and applications
28	2SD13EC106	Sneha N Todkar	Operating system structures: System components, OS Services,
29	2SD13EC107	Sonakshi Halli	System calls, System programs,
30	2SD13EC108	Soumya Havalappanavar	System structure, Virtual machines
31	2SD13EC109	Srijay J Kolvekar	Process Scheduling:  Process concept, Process scheduling,
32	2SD13EC110	Srushti V Todkar	Operation on processes, cooperating processes,
33	2SD13EC111	Suhasini H Madannavar	Inter process communication, Threads overview,
34	2SD13EC112	Sushmita Telsang	CPU scheduling- Basic concepts, scheduling criteria,
35	2SD13EC113	Tanujashree M Belavadi	Scheduling algorithms, multiple processor scheduling,
36	2SD13EC114	Tejas Kulkarni	Real time scheduling.
37	2SD13EC115	Venkatesh A Kulkarni	Process issues: The Critical section problem,
38	2SD13EC116	Vidya Bhajantri	Synchronization hardware,
39	2SD13EC118	Vikas Fakeerappa Hallikeri	Semaphores,
40	2SD13EC119	Vikas Kulkarni	problems of synchronization,
41	2SD13EC121	Vishal S	Critical regions,
42	2SD13EC123	Y Rahul Raj	Monitors.
43	2SD13EC072	Pratul V Heblikar	Deadlock - System model,
44	2SD13EC126	Chaitra Prakash Shet	Deadlock characterization,
45	2SD13EC127	Bhagyashree Shridhar	Methods for handling deadlocks -
46	2SD13EC128	Damini Nilakant Naik	Deadlock prevention,
47	2SD14EC400	Babroo	deadlock avoidance,
48	2SD14EC401	Chetan Harti	Deadlock detection and solution for deadlock.
49	2SD14EC402	Deepa Jadhav	Introduction to operating systems: Introduction to OS, , user view, system view,
50	2SD14EC403	Divya Shet	Classification of OSs,
51	2SD14EC404	Eshwar Gangadhar Yavagal	features and applications
52	2SD14EC405	Mangesh Venkatesh Kulkarni	Operating system structures: System components, OS Services,
53	2SD14EC406	Manjula Yaraganavi	System calls, System programs,
54	2SD14EC407	Manjunath Gayakawad	System structure, Virtual machines
55	2SD14EC408	Maruti Tahashildar	Process Scheduling:  Process concept, Process scheduling,
56	2SD14EC409	Mohammad Muzamil Nadaf	Operation on processes, cooperating processes,
57	2SD14EC410	Prabhavati Appanna Herakali	Inter process communication, Threads overview,
58	2SD14EC411	Prashant	CPU scheduling- Basic concepts, scheduling criteria,
59	2SD14EC412	Pratibha Yallappa Jogi	Scheduling algorithms, multiple processor scheduling,
60	2SD14EC413	Praveen Kori	Real time scheduling.
61	2SD14EC414	Saleema	Process issues: The Critical section problem,
62	2SD14EC415	Sharanabasappa S Pattanashetti	Synchronization hardware,
63	2SD14EC416	Shiddalingappa Gulaganji	Semaphores,
64	2SD14EC417	Suma	problems of synchronization,
65	2SD14EC418	Sunil Adiveppa Mantri	Critical regions,
66	2SD14EC419	Suraj Kulkarni	Monitors.
67	2SD14EC420	Sushmita Bakale	Deadlock - System model,
68	2SD14EC421	Urmila Ramesh Naidu	Deadlock characterization,
69	2SD14EC422	Vishwanath Ramappa Pammar	Methods for handling deadlocks -
70	2SD14EC423	Yuvaraj Pujar	Deadlock prevention,
71	2SD13EC069	Pooja Ravindra Nayak	deadlock avoidance,

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IA 1 Marks of OS Subject B Division