karunya.edu : Bio Computing Model Question Paper

Organisation : Karunya University
Exam : End Semester Examination
Paper : Bio Computing
Year : 2010
Document Type : Model Question Paper

Website : https://www.karunya.edu/
Download Model/Sample Question Paper : https://www.pdfquestion.in/uploads/10845-biocomp.docx

Karunya Bio Computing Model Question Paper

Time : 3 hours
Subject Code: 09BI219
Maximum Marks: 100

Related : Karunya University Introduction to UNIX and LINUX Model Question Paper : www.pdfquestion.in/10841.html

Answer ALL questions :

Part – A

(10 x 1 = 10 MARKS)
1. What is parallelism?
2. Give the full form for FORTRAN.
3. Define a scoring matrix.
4. What is MFOLD?
5. List a gene expression analysis tool.

6. Give the full form of ANOVA.
7. What does the letter “Y” denote in a protein sequence?
8. Which force is stabilizing the a – helix structure of protein?
9. What is OTU in phylogenetics?
10. List a character based method of evolutionary tree prediction.

Part – B

(5 x 3 = 15 MARKS)
11. What is Flyn taxonomy?
12. Outline few salient features of RNA secondary structure.
13. What is image processing and normalization?
14. Outline the significance of nearest neighbor joining method.
15. What is molecular clock theory?

Part – C

(5 x 15 = 75 MARKS)
16. Write short notes on :
a. Ncube C and SEQUENT (10)
b. Role of paragon XP/S in parallel computing (5)
(OR)
17. What is parallel computing? Give a detailed account on different networks involved in processor organization. (3+12)

18. Write short notes on :
a. Significance of Grail – II in gene prediction (10)
b. Energy plots in RNA structure prediction (5)
(OR)
19. What is the significance of promoters in gene expression? Discuss in brief the promoter prediction in E.coli. (5+10)

20. Give a detailed account on various statistical techniques adopted in the analysis of microarray technologies.
(OR)
21. What is a microarray? Explain in brief the various microarray technologies for gene analysis.
(3+12)

22. Describe about various methods adopted for protein secondary structure prediction. Add a note on of ß-pleated structure of proteins. (10+5)
(OR)
23. Write short notes on :
a. Applications of neural networks in bioinformatics (8)
b. Contact potential method (7)

24. Write short notes on :
a. Phylogram and cladogram with a neat labeled sketch (8)
b. Maximum likelihood method in phylogenetics (7)
(OR)
25. What is the principle of distance based methods? Explain in detail the steps involved in UPGMA and NJ methods in phylogenetic analysis. (3+12)

Computer Integrated Manufacturing Systems

Subject Code : PE329

Answer ALL questions (5 x 20 = 100 Marks)
1. Compulsory :
a. What are the types of production systems? Explain with examples. (7)
b. What are the basic functions required to convert the raw materials into finished product? (5)
c. Define the following terms, related to analysis of manufacturing operations. (8)
i. Manufacturing Lead Time (MLT)
ii. Plant Capacity (PC)
iii. Utilization and availability
iv. Work-in-process (WIP)

2. a. What is a part family? Explain any one type of classification and coding scheme with its structure. (8)
b. Explain the composite part concept in machine cell. (6)
c. What are the types of machine cell design? Explain. (6)
(OR)

3. a. What are the benefits of classification and coding systems? Explain how these systems are helpful in making a process plan? (6)
b. Explain the steps involved in retrieval and generative type Computer Aided Process Planning (CAPP) systems with examples. (14)

4. a. Explain the principal functions and activities must be performed in a production planning system with a block diagram. (10)
b. What are the inputs to the MRP system? Sketch the structure of a MRP system and explain how it works? (10)
(OR)

5 a. What are the three phases in shop floor control? Explain in detail. (12)
b. What are the technologies available for automatic identification? Explain any two of them. (8)

6 a. What is meant by Direct Digital Control (DDC)? What are the components of DDC? Sketch the arrangement of these components for process control. Explain the control actions in DDC with an example. (12)
b. Explain how regulatory and feedforward control objectives established in supervisory computer control. (8)
(OR)

7 a. Briefly explain the following methods of contact inspection (12)
i. Coordinate Measuring Machines
ii. Flexible inspection systems
b. Define Machine vision. Explain how machine vision technique is used as a non contact inspection technique? (8)

8 a. What is an FMS? What are its components? (4)
b. What are the functions material handling systems in FMS? (4)
c. Explain the types of FMS layout configurations with neat sketch. (12)
(OR)
9 a. What are the functions performed by the FMS computer control system? Explain. (10)
b. What is meant by rapid prototyping? How it is different form conventional prototype making process? Explain the steps involved in rapid prototyping process. (8)
c. State any four types of rapid prototyping techniques. (2)