Course Scheme and Syllabus

• ME COMP Sem-I AOS Syllabus to view/download click here.

• ME COMP Examination Scheme click here.

• For question bank click here.

• Guidelines for Writing Lab Experiments click here.

Course Materials (PPTs/PDFs/Handouts)

• Ch1 [04 Hours] Introduction [ PDF ]

• Ch2 [12 Hours] Distributed operating Systems, Scheduling and synchronisation [ PDF ]

• Ch3 [10 Hours] Distributed Fault Handling

• Ch4 [12 Hours] Real Time Operating Systems [ PDF ]

• Ch5 [06 Hours] Database Operating systems

• Ch6 [04 Hours] Case Study [ Mobile OS ]

Course Examination and Evaluation

• • Internal Assessments

    • 2020-21: Assignment #1 [ Question ] and Assignment #2 [Question ] 

    • 2019-20: Assignment #1 [ Question ] and Assignment #2 [Question ] 

    • 2018-19: Assignment #1 [ Question ] and Assignment #2 [Question ] 

    • 2017-18: Assignment #1 [ Question ] and Assignment #2 [Question ] 

    • 2016-17: Assignment #1 [ Question ] and Assignment #2 [Question ] 

• • Theory Examination (University) Paper and Solutions:

• 2017-18: Theory  Examination R16 May 2018 [ Question Paper ]

• 2016-17: Theory  Examination R16 Dec 2017 [ Question Paper ]

• 2016-17: Theory  Examination R16 May 2017 [ Question Paper ]

• 2016-17: Theory  Examination R16 Dec 2016 [ Question Paper ]

• 2016-17: Theory  Examination R12 Dec 2016 [ Question Paper ]

• 2015-16: Theory  Examination R16 Dec 2015 [ Question Paper ]

• 2015-16: Theory  Examination R12 Dec 2015 [ Question Paper ]

• 2012-13: Theory  Examination R12 Dec 2015 [ Question Paper ]

Lab Experiments

• Lab 1: To write a program for multiprocessor operating systems implementing semaphores in Java

  • Semaphore Lab

• Lab 2: To implement Network operating system in Linux lab in Java

  • Wakeon_lan 

• Lab 3: To write a C program using Real time operating system for implementing an alarmclock in C/C++

  • RTOS_alarma 

• Lab 4: To implement a RMI Lottery application using distributed operating system in Java

  • RMI_client 

Text books

1. Mukesh Singhal, Niranjan G.Shivaratri, "Advanced concepts in operating systems: Distributed, Database and multiprocessor operating systems" , MC Graw Hill education.

2. Rajib Mall, “Real-Time Systems: Theory and Practice”, Pearson education.

Reference Books

1. Andrew S.Tanenbaum, "Modern Systems Principles and Paradigms", PHI.

2. Pradeep K.Sinha, "Distributed Operating System-Concepts and design", PHI.

3. Andrew S.Tanenbaum, "Distributed Operating System", Pearson Education.

4. Jane W. S. Liu, “Real Time Systems”, Pearson education.

 Massive Open Online Courses (MOOCs):

• TED Talk: Why massively open online courses (still) matter 

• Quiz based on Video