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 |
This course introduces the use of numerical computational techniques to provide solutions to Civil Engineering problems including construction management, hydraulics, environmental and geotechnical engineering.
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
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 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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