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MU (Mumbai University) Term Test - II Important Questions for AI-DS & ML Semester 6

Break your syllabus into small parts and set daily goals. Use simple notes or flowcharts to revise quickly. Don’t skip solving PYQs – they give a clear idea of the paper pattern

IMPS for CSS


  1.  Why digital signature and digital certificates are required?

  2.  Define the security Mechanisms and attacks for OSI security architecture

  3.  Explain the different modes of block ciphers

  4. Explain Diffie hellman key exchange algorithm.

  5. Explain DES algorithms in detail 

  6. What are properties of hash function? Compare MD-5 and SHA hash algorithm.

  7. List and explain characteristics needed in secure hash function

  8. What do you understand by digital signatures and digital certificates? Explain digital signature scheme RSA.

  9.  Explain any digital signature algorithm in detail

  10. Explain Needham Schroeder Authentication protocol.


IMPS for DAV


  1.  Explain the difference between qualitative and quantitative data.

  2. What are the common methods for summarizing quantitative data?

  3. What does the Central Limit Theorem state, and why is it important in statistics?

  4. Why is data analytics lifecycle essential? 

  5. List and explain different key roles for successful data analytics?

  6. What is Logistic Regression? What are the similarities and differences between linear regression and logistic regression? 

  7. Write a short note on: Generalized linear model 

  8. How Exploratory Data Analysis (EDA) is performed in R? 

  9. What is the difference between one-way and two-way analysis of variance (ANOVA)?

  10. Describe the assumptions made in one-way ANOVA.


IMPS for DC


  1.  Specify and Explain the models of Middleware.

  2.  Difference Between NOS and DOS 

  3. Describe the working of Remote Procedure Call (RPC) in detail, with the help of a diagram. 

  4. Differentiate between message-oriented communication and stream- oriented communication

  5.  Explain IPC in Distributed Systems.

  6. Justify how Ricart-Agrawala’s algorithm optimized the Message overhead in achieving mutual exclusion

  7. Explain Suzuki-Kasami Broadcast Algorithm of mutual exclusion.

  8. Explain Maekawa’s algorithm in detail and also specify properties of the Quorum Set.

  9. Compare Load sharing to Task Assignment and Load balancing strategies for scheduling processes in a distributed system.

  10.  Describe code migration issues in detail?


More Subjects and full downloadable PDFs are available in the Bh.Studyroom.

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