Available courses
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Course Learning Objectives (CLOs): This course will make to student to: |
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1 |
Define fundamental OS abstractions such as processes, threads, files etc, (L1-knowlegde). |
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Visualize the intricate relationship between an operating system and its underlying hardware (L1-knowlegde). |
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3 |
Explain scheduling algorithms, deadlock detection algorithms and memory management strategies (L2-Comphrension. |
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Apply the principles of concurrency and synchronization, to write concurrent programs/ software (L3-Application). |
COURSE OUTCOMES (COS): At the end of the course the student will be able to:
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CO1 |
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Identify the services, functions and structure of different operating systems. |
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CO2 |
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Apply and analyze appropriate scheduling algorithm for process selection and execution. |
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CO3 |
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Identify and analyze the techniques used to solve process synchronization issues. |
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CO4 |
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Apply and analyze various deadlock prevention, avoidance, detection and recovery mechanisms to solve real world problems |
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CO5 |
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Analyze the performance of various memory management techniques and page replacement algorithms |
Faculty - Dr. H.SIDDESHA
Teacher
Faculty - Dr. K.H.MAMATHA
Teacher
Faculty - Dr. MUTTANA S. BALREDDY
Teacher
Faculty - Dr. NAHUSHANANDA CHAKRAVARTHY H G
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Faculty - Dr. SREEDHARA B M
Teacher
Pavan Kumar Emani
Teacher
Dr. Vinay HN
Teacher
Dr.Roopa M
Teacher
Dr. Harsha MM
Teacher
Ganapatil patil
Teacher
Dr. G. Veerappa devaru
Teacher
Faculty - Dr. H.SIDDESHA
Teacher
Faculty - Dr. K.H.MAMATHA
Teacher
Faculty - Dr. MUTTANA S. BALREDDY
Teacher
Faculty - Dr. NAHUSHANANDA CHAKRAVARTHY H G
Teacher
Faculty - Dr. SREEDHARA B M
Teacher
Pavan Kumar Emani
Teacher
Dr. Vinay HN
Teacher
Dr.Roopa M
Teacher
Dr. Harsha MM
Teacher
Dr. Punith raj
Teacher
Dr.Vijay V N
Teacher
This course introduces the use of numerical computational techniques to provide solutions to Civil Engineering problems including construction management, hydraulics, environmental and geotechnical engineering.
This course introduce ARM Processor basics and instruction set. Writing the assembly level programs related to ARM processor. Introduction to LPC2148 Microcontroller architecture and writing the embedded C programs along with interfacing the different input or output device.
Introduce students to basic programming concepts and the fundamentals of computing.
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Help students think algorithmically: learn to design algorithms and flowcharts / pseudocode before coding.
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Teach the syntax, semantics and structure of the C programming language — so students can write, compile, debug and run simple to moderately complex C programs.
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Build problem-solving skills and logical thinking through coding, and prepare a foundation for more advanced courses (data structures, systems programming, etc.)
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