Saturday 31 October 2015

Real Time Systems 2013 previous year questions - MinMarks

B.Tech (RTS) Real Time systems 2013 previous year questions


Q. 1. What are the functional parameters of Job ? Explain.
Q. 2.  Differentiate with example, soft & hard RTS.


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Thursday 29 October 2015

Software Project Management previous year questions 2012 - MinMarks

RTU B.Tech CS (SPT) Software Project Management previous year questions 2012 

Q.1. Explain various tracking in project monitoring and control.
Q.2 Explain the role of closure analysis and performing closure analysis.

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Monday 26 October 2015

Wireless Communication and Network 2012 previous year questions - MinMarks

B.tech 2012  Wireless Communication and Network (WCN) previous year questions of RTU



1. Compare between digital and analog data transmission with suitable examples.

2. How to improve coverage and capacity in cellular systems ? What is effect of multipath propagation ?

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Sunday 25 October 2015

Hardware Testing and Fault Tolerance 2013 previous year questions - MinMarks

Previous Year Questions of Hardware Testing and Fault Tolerance 2013

1. Write short on parity code.
2. Explain different kinds of redundancy schemes for fault tolerance. 

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Dynamics of Machines 2012 previous year questions - MinMarks

B.Tech Previous year questions of Dynamics of Machines 2012


Q. 1. An epicylic gear train is shown in fig., the number of teeth on A and B are 80 and 200. Determine the speed of arm "a".

1. If a rotates at 100 rpm clockwise and B at 50 rpm counter clockwise.

2. If a rotates at 100 rpm clockwise and B is Stationary.



Q. 2 Three masses of 8 kg, 12 kg and 15 kg, attached at radial distance of 80mm, 100mm, and 60mm respectively to a disc in a shaft are in complete balance. Determine the angular positions of the masses 12 kg and 15 kg relative to 8kg mass.

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Monday 19 October 2015

Computer Graphics and Multimedia Techniques 2013 previous year questions - MinMarks

Previous year questions of  Computer Graphics and Multimedia Techniques ( CGMT ) B.Tech CS branch 2013 from Rajasthan Technical University (RTU)


1. What step are required to scan convert a circle using bresenham's algorithm. Also, Derive the equation of decision variable with the help of neat diagram. 

2. Write short note on the following :

     a. Binary ray tracing tree

     b. Anti-aliased ray tracing 


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Sunday 18 October 2015

Distributed Systems previous year questions - MinMarks

Previous year questions of  Distributed Systems ( DS ) B.Tech CS branch 2014 from Rajasthan Technical University (RTU)

1. What do you understand by Byzantine agreement ? Explain.
2. How will you model a distributed computation ? Explain.



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Saturday 17 October 2015

Real Time Syatems 2014 previous year questions - MinMarks

Real Time Systems (RTS ) 2014  previous year questions  of b.tech  CS branch RTU
Real time system
https://www.maxmarks.in/real-time-systems-previous-year-questions

1. Explain basic priority ceiling protocol and priority inheritance protocol in detail ?

2. Explain the purpose and meaning of MAC Scheme. Why are MAC scheme necessary for wireless network but not for wired network ?


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Compiler Construction 2014 previous year questions - MinMarks

Previous year questions of Compiler Construction ( CC )2014 which appear in b.tech (computer engineering ) Rajasthan technical university (RTU)

1. Explain the syntax Directed Translation Schemes in details.

2. Let G be a grammar with non-terminal Symbol S and D, terminal symbol 'b', '0', and '1', start symbol S, and the following production rule

S -> bD

D -> 0D

D -> 1D

D -> 0

D -> 1

a. Is G regular ? Why (not) ?

b. Turn G systematically into a finite automation ?

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Computer Graphics and Multimedia Techniques previous year questions 2014 - MinMarks

Previous year question of

Computer Graphics and Multimedia Techniques (CGMT) 
which appear in 2014 b.tech  in rajasthan technical university (RTU). 
 
1. What are different types of coherences which may be useful in visible surface 
   determination ? How can these be used ? Explain. 
 
2. Describe Z buffer algorithm for visible surface detection. 
   Also explain backface detection method. 


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