PRINCIPLE OF PROGRAMMING LANGUAGES

PRINCIPLE OF PROGRAMMING LANGUAGE
SEM-V, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time : 3 Hours

Total Marks : 100

UNIT-1

Attempt any four of the following:

5*4=20

1. Explain the various characteristics of programming language.
2. What is binding and Binding Time? Also, explain the four classes of binding times.
3. Discuss the various design issues of programming languages.
4. Explain briefly in detail the different types of translators.
5. What do you mean by a software simulated computer? Explain.
6. Draw layers of virtual computers for a web application.

VLSI TECHNOLOGY

VLSI TECHNOLOGY
SEM V, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

 Time: 3 Hours

Total Marks : 100

Attempt any two questions:

1. What do you mean by epitaxy? Explain vapor phase epitaxy with its basic transport process.
2. Explain the diffusion controlled case and reaction controlled case with the help of Deal Grove's Model
3. How do you obtain MGS from pure silicon? Give all the reactions that take place during the process.
4. Why packaging is required? Explain flip chip technology?
5. What is Bridgeman method? Give the limitations of the Bridgeman method.
6. What do you mean by Reynolds number? How Reynolds number shows the flow of gas?

MODELING & SIMULATION

MODELING & SIMULATION
SEM V, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time : 3 Hours 

Total marks : 100

UNIT-1

Attempt any four of the following:

5*4=20

1. Define simulation. What are the advantages and disadvantages of simulation?
2. What do you mean by system modeling? What is the need for system modeling?
3. Discuss the concepts in discrete event simulation.
4. Discuss various time event mechanisms.
5. Monte Carlo Simulation as a special case of stochastic simulation? Comment.
6. Discuss the concepts in continuous simulation.

ELECTROMAGNETIC FIELD THEORY

ELECTROMAGNETIC FIELD THEORY
SEM-IV, 2012
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
utu question paper

Time: 3 Hours

Total Marks: 100

SECTION A

Attempt any four questions

1. Suppose an electric field
   
   
   is as given then determine the following:
   (i) E at P if P (r = 0.8, Ø=30^o, θ=45)
   (ii) |E| at p.
   (iii) A unit vector in direction of E at P.
2. State and prove Gauss-Divergence theorem. Also comment on its physical significance with respect to flux in flow in a spherical conductor?
3. A solenoid 50 cm long, 2 cm in diameter and contains 1500 turns. The cylindrical core has a diameter of 2 cm and a relative permeability of 75. This coil being coaxial with a second solenoid, also 50cm long, but with a 3 cm diameter and 1200 turns. Calculate
   (i) L for the inner solenoid
   (ii) L for the outer solenoid
   (iii) M between the two solenoid?
4. Discuss the problem wave propagation in free space and also obtain the value for intrinsic impedance?
5. Given a non-magnetic material with
   E_r = 3.2, σ = 1.5 x 10^-4 S/m. Evaluate the values of
   (i) loss-tangent (ii) attenuation constant (iii) phase constant (iv) intrinsic impedance?
6. Discuss pointing vector and pointing theorem. Also describe its significance with respect to power calculate for plane wave propagation? 

COMPUTER GRAPHIC

COMPUTER GRAPHIC
SEM V, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time: 3 Hours

Total Marks: 100

SECTION - I

Attempt any four questions:

5*4=20

1.  List the operating characteristics for the following display technologies: raster refresh system, vector refresh system, plasma panel and LCD.
2. How much time is spent scanning across each row of pixels during screen refresh on a raster system with a resolution of 1280 by 1024 and a refresh rate of frames per second?
3. Implement the polynomial function using the DDA algorithm, given any number (n) of input points is to be plotted when n=1.
4. Implement the line type function by modifying Bresenham's line drawing algorithm to display either solid, dashed, or dotted lines. 
5. List some applications appropriate for each of the display technologies.
6. List the different input and output components that are typically used with virtual reality systems. Also explain how users interact with a virtual scene displayed with different output devices.

COMPUTER NETWORKS

COMPUTER NETWORKS
SEM-V, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time: 3 Hours 

Total Marks: 100

SECTION - I

4*5=20

Attempt any four question

1. Draw the block diagram of a general communication model and the function of each block.
2. What are the different types of transmission technology? Explain different types of network on the basis of transmission technology.
3. Describe the various technologies that can be used to form a LAN.
4. Discuss the important design issues for various layers. Write a short notes on connection oriented and connectionless services.
5. Explain briefly the bus backbone and star backbone also state and explain different types of delays.
6. Distinguish between TCP/IP and OSI reference models. Which model is more popular and why?

ANALOG COMMUNICATION (utu question paper)

ANALOG COMMUNICATION

SEM.IV, 2012
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time: 3 Hours

Total Marks: 100

Note: Attempt all questions. Each question carries equal marks

Attempt any four parts of the following:

1. Explain frequency division multiplexing and time division multiplexing, also compares them.
2. What do you understand by Hilbert transform and inverse Hilbert transform? Write properties and application of Hilbert transform.
3. Describe Quadrature Amplitude Modulation. Give its application?
4. Explain following
   (i) Modulation index
   (ii) Envelope detector
   (iii) Baseband and passband signals
   (iv) Signal power
5. Draw the circuit of balanced modulator using  FETs. Explain its operation in mode 1 and mode 2.
6. Explain square law diode modulation method for AM generation. In an AM system, the modulating signal is sinusoidal with frequency f Hz. If 70%  modulation is used, then find the ratio of total sideband power in the modulation signal to the total power in the modulation signal to the total power.

CONCEPTS OF PROGRAMMING & OOPS

CONCEPTS OF PROGRAMMING & OOPS
SEM V, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time: 2 Hours                                  

Total Marks: 50  

SECTION - A

Attempt any two of the following:

1. What is the difference between Abstract class and methods?
2.  What is the difference between Generalization and Multiple Inheritance?
3. What do you mean by aggregation? How many types of aggregation? 

ADVANCE MICROPROCESSOR / MICROPROCESSOR & CONTROLLERS

ADVANCE MICROPROCESSOR / MICROPROCESSOR & CONTROLLERS
SEM-V, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

  Time - 3 Hours

Total Marks : 100

SECTION A

Attempt any four questions:

1. List the three major components of microprocessor and explain in detail.
2. Explain the purpose of instruction decoder and program counter with suitable examples.
3. Explain the addressing mode of 8085 with suitable example.
4.  Draw and explain the pin diagram of 8086.
5. Explain the importance of HOLD and HLDA pin data transfer through DMA.
6. Draw the block diagram of 8081 and how it's differ from microprocessor, explain.

ELECTROMAGNETIC FIELD THEORY

ELECTROMAGNETIC FIELD THEORY
SEM-IV, 2012-13
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time: 3 hours

Total Marks: 100

Attempt any four questions:

1. Points P and Q are located at (0, 2, 4) and (-3, 1, 5). Calculate:
   (i) The position vector P
   (ii) The distance vector from P to Q
2. State and explain
   (i) Divergence Theorem
   (ii) Stokes' Theorem
3. State and explain Gauss's Law in differential form and explain what do you mean by 
   
   
4. Express vector
   B = 10ar/r + rcosɵa_ɵ + a_ɸ in Cartesian. Find B (-3, 4 ,0)
5. For a scalar field V, shown that =0; that is, the curl of the gradient of any scalar field vanishes.
   
   
6. Given in cylindrical co-ordinates. Verify divergence theorem for the volume enclosed by r=2, z = 0 to 10.

ELECTRO MECHANICAL ENERGY CONVERSION-II

ELECTRO MECHANICAL ENERGY CONVERSION-II
SEM-IV, 2012
B.TECH
UTTARAKHAND TECHNICAL UNIVERSITY
(UTU)

Time: 3 Hours

Total Marks: 100

Attempt any four questions

1. Explain the constructional features of Synchronous Machines.
2. What do you mean by pitch factor in ac windings? Derive its expression.
3. What do you mean by armature reaction? For lagging type of load what will be its nature?
4. What do you mean by synchronizing of Alternators? Why synchronization is necessary?
5. Derive from the fundamental, generalized equation of the EMF generated in the non-salient pole synchronous generator.