Jul 4, 2011

MSC COUNSELLING SCHEDULE 2011 ANNA UNIVERSITY Counselling for Admission to M.Sc. (5 years) Degree Programmee

Jul 4, 2011

MSC COUNSELLING SCHEDULE 2011 ANNA UNIVERSITY
Counselling for Admission to M.Sc. (5 years) Degree Programme

M.Sc. Integrated (5 Years) Degree Programme in Computer Science
(SS) / Information Technology (SS)

Venue: Vivekananda Auditorium, College of Engineering Guindy Campus
Anna University, Chennai 600 025

CLICK HERE FOR MORE INFORMATION

QUESTION BANK DOWNLOAD | ANNA UNIVERSITY SYLLABUS | ANNA UNIVERSITY QUESTION BANK HIGH SPEED NETWORKS DEPARTMENT OF ELECTRONICS AND COMMUNICATION

CS2060 High Speed Networks
QUESTION BANK DOWNLOAD | ANNA UNIVERSITY SYLLABUS | ANNA UNIVERSITY QUESTION BANK
HIGH SPEED NETWORKS

DEPARTMENT OF ELECTRONICS AND COMMUNICATION
ENGINEERING
QUESTION BANK

SUBJECT CODE : CS2060 SEM / YEAR : VII / IV
SUBJECT NAME : HIGH SPEED NETWORKS

UNIT - I
HIGH SPEED NETWORKS (Introduction)
PART- A ( 2 marks)
1. What are the data link control functions provided by LAPF?
2. What are the main features of ATM?
3. What is virtual path identifier and Virtual connection identifier?
4. What is ATM ?
5. List the levels of fiber channel and the functions of each level?
6. What is meant by SAR and CS?
7. What is the difference between AAL3/4 and AAL3/5.
8. Draw the diagram for ATM layers?
9. Give the data rates for frame relay and X.25?
10. Define NIC and Ethernet.

PART - B
1. Explains the Frame relay architecture & compare it with x.25. (16)
2. a. Explain the ATM cell with a suitable diagram and explain Generic Flow
Control and Header error control. (8)
b. Explain varies ATM services. (8)
3. a. Discuss and compare the CPCS-PDU & SAR-PDU of AAL ¾ & AAL 5 (8)
b. Explain the architecture of AAL 1 (8)
4. Explain the architecture of 802.11 (16)
5. Explain the following:
a. Classical Ethernet (8)
b.IEEE 802.3 medium options at 10 Mbps (8)
6 a. Fast Ethernet (8)
b. gigabit Ethernet (8)
C.Explain Fiber channel Protocol architecture. (8)

UNIT- II
CONGESTION & TRAFFIC MANAGEMENT
PART- A ( 2 marks)
1. What is the role of DE lint in Frame relay?
2. How does frame relay report congestion?
3. Write Little’s formula.
4. Define Traffic intensity or utilization factor and QOS.
5. What is the difference between committed burst size (Bc) and Excess burst size (Be).
6. Define terms Router, Bridge and Gateway.
7. What is Bluetooth?
8. Distinguish between Poisson and Exponential formulae.
9. How we calculate the percentile of packets transfer at a time in traffic management technique.
10 Define Arrival rate and service rate.

PART - B
1. Explain the single- server and multi server queering models. (16)
2. At an ATM machine in a supermarket, the average length of a transaction is 2 minutes,and on average, customers arrive to use the machine once every 5 minutes, How long is the average time that a person must spend waiting and using the machine? What is the 90th percentile of residence time? On average, how many people are waiting to use the machine? Assume M/M/1. .(16)
3. Consider a frame relay node that is handling a Poisson stream of incoming frames to betransmitted on a particular 1 – Mbps outgoing link. The stream consists of two types of frames. Both types pf frames have the same exponential distribution of frame length with a mean of 1000 bits.
a. Assume that priorities are not used. The combined arrival rate of frame of both types is 800 frames/second. What is the mean residences time (Tr) for all frames?
b. Now assume that the two types are assigned different priorities, with the arrival rate of type 1 of 200 frames/second and the arrival rate of type 2 of 600 frames/second. Calculate
the mean residence time for type 1, type2, and overall.
c. Repeat (b) for _1 = _2 = 400 frames/second.
d. Repeat (b) for _1 = 600 frames/second and _2 = 200 frames/second. . (16)
4. Messages arrive at a switching center for a particular outgoing communications line in a poisson manner with a mean arrival rate of 180 messages per hour. Message length is distributed exponentially with a mean length of 14,400 characters. Line speed is 9600 bps.
a. What is the mean waiting time in the switching center? (6)
b. How many messages will be waiting in the switching center for transmission on the average? (10)
5. a.Explain the effects of congestion. (8)
b. Explain the congestion control mechanisms in networks. (8)

UNIT – III
TCP AND ATM CONGESTION CONTROL
PART- A ( 2 marks)
1. Define the relationship between through put and TCP window size W.
2. Why is retransmission strategy essential in TCP?
3. What are the types of retransmit policy?
4. Why congestion control in a TCP/IP-based internet is complex.
5. Define cell delay variation.
6. Define CBR 8 ABR.
7. What are the advantages of sliding window protocol

PART - B
1 a. Explain TCP flow & congestion control. (10)
b.Explain the Retransmissions Timer management techniques. (6)
2. Explain the five important window management techniques. (16)
3. a Explain the congestion control mechanism in ATM networks carrying TCP traffic. (10)
b.Explain the ATM traffic control (6)
4. a. What are the requirements for ATM traffic and congestion control? (10)
b. Explain the ATM traffic – related attributes. (6)
5 a.. Explain in detail ABR traffic management. (8)
b. Explain in detail GFR traffic management. (8)

UNIT- IV
INTEGRATED AND DIFFERENTIATED SERVICES
PART- A ( 2 marks)
1. What are the requirements for inelastic traffic?
2. State the drawbacks of FIFO queering discipline.?
3. What is global synchronization?
4. Distinguish between inelastic and elastic traffic.?
5. Define the format of DS field.?

PART - B
1. Explain the block diagram for Integrated Services Architecture. and give details about
components (16)
2.a. Explain the services offered by ISA (8)
b.Define Differentiated services. (8)
3. Explain the various queering disciplines in ISA. (16)
4. Explain the RED algorithm. (16)
5. Explain the various types of Traffic. (16)

UNIT-V
PROTOCOLS FOR QOS SUPPORT
PART- A ( 2 marks)
1. What are the reservations attributes and styles in RSVP.
2. Define Forwarding equivalence class (FEC).
3. Define MPLS label format in RSVP.
4. Compare hop – lug – hop routing and explicit routing.
5. Define the format of RTP header.

PART - B
1.a. Explain the characteristics of RSVP & the types of data flow. (8)
b. Explain the RSVP operation and protocol mechanisms. (8)
2. Explain the operation of multi protocol label switching. (16)
3 a. Explain the RTP protocol architecture. (8)
b. Explain the RTP data transfer protocol. (8)
4. Explain the MPLS characteristics and advantages. (16)
***ALL THE BEST*****
CS2060 HIGH SPEED NETWORKS QUESTION BANK DOWNLOAD | ANNA UNIVERSITY SYLLABUS | ANNA UNIVERSITY QUESTION BANK

OPTICAL COMMUNICATION AND NETWORKING QUESTION BANK DOWMLOAD | EC2402 OPTICAL COMMUNICATION AND NETWORKING QUESTION BANK DOWMLOAD | ANNA UNIVERSITY QUE

OPTICAL COMMUNICATION AND NETWORKING QUESTION BANK DOWMLOAD | EC2402 OPTICAL COMMUNICATION AND NETWORKING QUESTION BANK DOWMLOAD | ANNA UNIVERSITY QUESTION BANK | ANNA UNIVERSITY 7TH SEM ECE SYLLABUS FREE DOWNLOAD REGULATION 2008

SUBJECT NAME: OPTICAL COMMUNICATION AND NETWORKING
SUBJECT CODE: EC2402

Unit-1

Part-A

1. A point sorce of ligth is 12 cm below the surface of a large body of water (n = 1.33). What is the radius of the largest circle on the water surface through whichthe light can emerge?
2. Consider a parabolic index waveguide with n1 =1.75 ,n2 = 1.677 and core radius
25 micro meter. Calculate the numerical aperture at the axis and at a point 20 micro meter from the axis
3. Define numerical aperture of a step index fiber
4. Define mode-field diameter
5. Commonly available single mode fibers have beat lengths in the range 10 cm < Lp <2 m . What range of refractive index diffrences does this correspond to? (for
wavelength = 1300 nm)
6. Define mode field diameter
7. What is the fundamental parameter of a single mode fiber?
8. A step index fiber has a normalized frequency V = 26.6 at 1300 nm wavelength.
If the core radius is 25 pm, find the numerical aperture
.
Part-B

9. (i) Diacuss the signal distortion in single mode fibers
(ii) Discuss pulse broadening in graded index fibers with necessary equations
10. (I) Discuss the propagation modes in single -mode fiber
(ii) Discuss the structure of graded index fiber
11. (i) What is meant by 'material dispersion'? Derive its expression
(ii) Discuss the pulse broadening in graded index fiberss
12. (a) What are fiber modes? Explain mode theory for optical fibers in detail.
Or
(b) Compare Single mode fibers and Graded index fibers. Explain the requirements
for fiber materials.

Unit-2

13. Write the expression for the effective number of modes guided by a curved
multimode fiber of radius 'a'
14. Define normalized propagation constant
15. Give expression for the effective number of modes guided by a curved multimode fiber
16. What are the causes of absorption
17. Find the coupling loss for two fibers having core refractive index profiles alpha E = 2.0 and alpha R = 1.5 .
18. What causes mode coupling
19. Mention the two causes of intra-modal dispersion.
20. Define fiber loss.
21. (i) Briefly explain the evolution of fiber optic system
(ii) Compare the configuration of different types of fibers .
or
22. (b)(i) Derive modal equation
23. (ii) Discuss the modes in step- index fibers
24. (a) (i) What is meant by material dispersion?
(ii) Derive an expression for material dispersion
(iii) Derive the expression for wave guide dispersion
OR
(b) Discuss the pulse broadening in graded index fibers
25. (i) List the advantages of optical fiber comminication
(ii) Draw the elements of an optical fiber transmission link and explain
26. OR
27. (i) Discuss the mode theory of circular waveguide
28. (a) Discuss various kinds of losses that an optical signal might suffer while
propagating through fiber, Which is most important one? What is the effect of
these losses on light power and pulse shape?

(b) What is mode coupling? Discuss pulse broadening in Gl fibers.

1. Unit-3

29. Draw the three key transistion process involved in laser action
30. Write the concept of indirect bandgap semiconductor materials
31. What is meant by hetero junction?
32. What is meant by indirect band gap semi conductor material?
33. Give example for direct and indirect semiconductor materials
34. Calculate the ratio of stimulated emission rate to the spontaneous emission
rate for a lamp operating at a temperature of 100 K . Assume average operating
wavelength is 0.5 micro meter

35. Compare LED and LASER.
36. What is meant by population inversion
37. (a) Draw the structures of edge-emitting LED and surface emitting LED and
explain the operation
OR
(b) (i)Discuss the LASER diode principle , modes and threshold conditions

38. (a) Draw the structure of edge emitting and surface emitting LEDs and explain
OR
(b) Discuss the laser diode structures and radiation patterns
39. (a)(i) What is meant by heterojunction ? Give example.
(ii) Derive the internal quantum efficiency of an LED
OR
40. (b) (i) Explain optical feedback and laser oscillation.
41. (ii) Derive the threshold condition for lasing
42. (a) With neat diagram explain the construction and working of high radiance
surface emitting LED.
Or
(b) Discuss about modulation of Laser diodes. Why thermoelectric cooler are used
in Laser diodes?
Unit-4
43. Define responsivity of photodiode.
44. Define quantum efficiency of a photodetector
45. Define responsivity
46. A given APD has a quantum efficiency of 65 % at a wavelength of 90 nm . If 0.5 micro watt of optical power produces a multiplied photocurrent of 10 micro Ampere, find the multiplication

47. Define long wavelength cutoff of a photodiode
48. What is meant by quantum limit?
49. A photodiode is constructed of GaAs, which has band gap energy of 1.43 eV at
300 K. What is meant by long wavelength cutoff?
50. What are the benefits of a trans-impedance amplifier?
51. (a) Draw the schematics of pin photodiode and APD and explain.
OR
(b) Explain the fundamental receiver operation in optical communication
52. (a) An InGaAs pin photodiode has the following parameters at a wavelength of
1300 nm : I D = 4 nA, ? = 0.9, RL = 1000 ohms and the surface leakage current is
negligible. The incident optical power is 300 nw (- 35 dBm), and the receiver
bandwidth is 20 MHz . Find the various noise terms of the receiver
OR
(b) Discuss the performance of digital receiver by defining the probability of
error
53. (a) Discuss the principle of operation of APD wiht neat circuit diagram. Also
discuss the requirements of photo detector.
OR
(b) Discuss the fundamentals of receiver operations with neat block diagram
54. (a) What is known as quantum limit? A digital fiber optic link operating at
850 nm requires a maximum BER of 10*9. Find the minimum incidental optical power
Po to achieve this BER at a data rate of 10 Mb/s for a simple binary level
signaling scheme. (ry: 1), [1/r : B/2].
Or
(b) Discuss in detail digital receiver performance calculation and sensitivity
calculation in detail.

Unit-5
55. List the sysyem requirements neede in analyzing a point -to- point link
56. Write the concept of solution
57. What is meant by solitron?
58. What is meant by modal noise?
59. Write the basic concept of solition generation
60. Write the concept of link power budget
61. List the key requirements needed in analyzing a link.
62. Define Modal Noise.
63. (a) Explain various types of fiber splicing techniques and fiber connectors
OR
(b) (i) Explain the operational principles of WDM
64. (ii) Explain the rise-time budget.
65. (a) (i) Discuss the operational principles of WDM
66. (ii) Describe the key features of WDM
OR
(b) Explain the rise-time budget of a fiber –optic point – to – point link

67. (a) Draw the point-to -point fiber optic link and discuss the system
considerations
OR
(b) Discuss the principle ,requirement and applications of WDM
68. (a) What are the system consideration in point to point links? Explain in
detail.
Or
(b) Discuss in detail Fiber splicing and connectors. Explain the operation
principles of WDM.

OPTICAL COMMUNICATION AND NETWORKING QUESTION BANK DOWMLOAD | EC2402 OPTICAL COMMUNICATION AND NETWORKING QUESTION BANK DOWMLOAD | ANNA UNIVERSITY QUESTION BANK | ANNA UNIVERSITY 7TH SEM ECE SYLLABUS FREE DOWNLOAD REGULATION 2008

EC2403 MICROWAVE ENGINEERING QUESTION BANK | MICROWAVE ENGINEERING QUESTION BANK | ANNA UNIVERSITY SYLLABUS FOR REGULATION| ANNA UNIVERSITY QUE

EC2403 MICROWAVE ENGINEERING QUESTION BANK | MICROWAVE ENGINEERING QUESTION BANK | ANNA UNIVERSITY SYLLABUS FOR REGULATION 2008 | ANNA UNIVERSITY QUESTION BANK
DEPARTMENT OF ELECTRONICS AND COMMUNICATION
ENGINEERING

QUESTION BANK

SUBJECT CODE : EC2403 SEM / YEAR : VII / IV
SUBJECT NAME : MICROWAVE ENGINEERING

UNIT – I

BASIC MICROWAVE COMPONENTS

PART- A ( 2 marks)

1. State Faraday’s rotation law.
2. State the properties of S matrix.
3. What are the reasons that low frequency parameters cannot be Measured in microwaves?
4. State the two parameters that describe a directional coupler? Define them.
5. State TEE junction theorems.
6. What is S matrix and write the S matrix of N port network?
7. What is meant by hybrid coupler?
8. Compare z parameters and ABCD parameters with S-parameters.
9. What are hybrid rings?
10.List the parameters that determine the performance of a directional coupler.
11. Explain the action of a rat-race junction.
12.Why are waveguide bends and twists constructed so that the direction of propagated energy is
gradually changed?

PART – B

1. a A three port circulator has an insertion loss of 1db, isolation of 20 db, VSWR =1.2
when all ports are matched terminated. Find S matrix and output power at port 2and 3 for an
input power of 100mw at port (6)
EC1403 - MICROWAVE ENGINEERING
b. Explain the principle of operation of magic Tee and derive the S matrix of Magic Tee. (10)
2. From the first principles derive the S matrix parameters of Directional coupler. (16)
3. a) Is it possible to match all the 3 ports of a lossless reciprocal microwave component?
Prove the same. (10)
b) Explain with diagrams waveguide corner,bends,twists. (6)
4. a) What is an isolator? Write down S parameters. (4)
b)A signal of power 32mw is fed into one of the collinear ports of a lossless H plane tee.
Determine the powers in the remaining ports when other ports are terminated by means of
matched load. (12)
5.With relevant equations , explain the properties of S-matrix with corresponding proof. (16)

UNIT II

TRANSFERRED ELECTRON DEVICES & AVALANCHE TRANSIT TIME DEVICES

PART- A ( 2 marks)

1.Define GUNN effect.
2. What is the necessary condition for an IMPATT to produce oscillations?
3. List the differences between microwave transistor and TED devices.
4. What are the advantages and disadvantages of parametric amplifier?
5. What is meant by avalanche transit time device?
6. Discuss the applications of PIN diode.
7. What is a parametric amplifier? How is it different from a normal amplifier?
8. What is the theory of a negative resistance amplifier?
9. Explain how a tunnel diode can be used as a amplifier.
10.List the several donation formation modes of a Gunn diode.
11.State the performance characteristics of IMPATT and TRAPATT diode.
12. An IMPATT diode has a drift length of 2 μm. Determine the operating frequency of IMPATT
diode if the drift velocity for Si is 107 cms/sec

PART- B

1. a) Derive the Manley Rowe power relation. (12)
b) Use the above relation to find the power gain of an up and down converter. (4)
EC1403 - MICROWAVE ENGINEERING
2. a) Using RWH theory , explain two valley model of GaAs. (8)
b) Explain different types of modes. (8)
3. Explain the working principle of IMPATT diode and derive the power output and efficiency? (16)
4. Explain the working principle of TRAPATT diode and derive the power output and efficiency?
(16)
5. Explain the working principle and modes of microwave bipolar transistor (16)
6. Explain the working principle and operation of microwave FET. (16)

UNIT III

MICROWAVE LINEAR BEAM TUBES & MICROWAVE CROSSED FIELD TUBES

PART- A ( 2 marks)

1. Draw the electronic admittance diagram of reflex klystron.
2. State the differences between TWT and klystron?
3. Can a two cavity klystron amplifier be used an oscillator? If yes, how?
4. What is the purpose of slow wave structures in TWT?
5. What is meant by frequency pushing and frequency pulling?.
6. What is velocity modulation?
7. What are the limitations of conventional tubes at microwave frequencies?Explain how these
limitations can be overcome.
8. What are the performance characteristics of a Klystron amplifier?
9. How is bunching achieved in a cavity magnetron?
10. What are cross field deices?
11. How is tuning achieved in reflex klystron oscillators?
12. What is strapping in magnetron? How is the same effect obtained without strapping?

PART- B

1. With neat circuit diagrams and relevant equations, explain the velocity modulation
process and bunching in a klystron amplifier?. (16)
2. Explain in detail about multicavity klystron amplifiers. (16)
EC1403 - MICROWAVE ENGINEERING
3. Derive the equation for power output and efficiency of two cavities
and four cavity klystron amplifiers. (16)
4. With neat diagrams and relevant equations, explain about helix
traveling wave tube. (16)
5. With neat diagrams and relevant equations, explain about cylindrical and coaxial magnetron.
(16)
6. Discuss in detail about tunable magnetron and also explain in brief regarding Ricke diagram.
(16)

UNIT IV

STRIP LINES AND MONOLITHIC MICROWAVE INTEGRATED CIRCUITS

PART- A ( 2 marks)

1. What are the advantages of microstrip line over strip line?
2. What are the advantages of MMIC over discrete circuit?
3. What are the properties of dielectric materials?
4. What are the losses in strip lines?
5. List the various MMIC fabrication techniques.
6. Microstrip line is also called an open strip line.Comment on this.
7. Why is it difficult to establish microstrip short circuits?
8. What are the design considerations for a microstrip line?
9. Why are propagating modes along the strip lines are non-TEM and not pure TEM modes?
10.How are waveguides different from normal two – wire transmission lines?
11.Give the physical interpretation for phase and group velocity in relation to speed of light.

PART- B

1. Explain in detail about microstrip lines and derive the expression for characteristic
impedance of microstrip lines (16)
2. Discuss in detail about the various losses in microstrip lines. (16)
3. Explain the different types of microstrip lines and give a brief note of their characteristics. (16)
4. Write a brief note on the different types of materials and list their
characteristics, (16)
5. Discuss in detail about the fabrication techniques of MMIC circuits. (16)

UNIT V

MICROWAVE MEASUREMENTS

PART- A ( 2 marks)

1. What is Bolometer? Give two examples?
2. A wave guide load is used to absorb power of 2W., reflected power is 3mW.Find magnitude of
VSWR.
3. Why reflex klystron is a square wave 1kHz PAM while microwave measurements are done using
VSWR?
4. What are the sources of error in return loss measurement using a waveguide reflectometer and
klystron source?
5. What is meant by duty cycle?
6. How are microwave measurements different from low frequency measurements?
7. List the various techniques of measuring unknown frequency of a microwave generator.
8. How can you extend the range of power measurement?
9. Describe how an ordinary voltmeter can be calibrated to VSWR directly.What are the drawbacks
of such a VSWR meter?
10. List any two methods of measuring impedance of a terminating load in a microwave system.
11. Explain the concept of double minimum method of measuring VSWR.

PART- B

1. Explain in detail the measurement of VSWR through return loss measurements. (16)
2. Discuss in detail the power measurement using microwave devices. (16)
3. Write a brief note on insertion loss and attenuation measurements. (16)
4. Explain in detail about the dielectric constant measurement of a solid using waveguide. (16)
5. Discuss in detail the impedance measurement using microwave devices. (16)

EC2403 MICROWAVE ENGINEERING QUESTION BANK | MICROWAVE ENGINEERING QUESTION BANK | ANNA UNIVERSITY SYLLABUS FOR REGULATION 2008 | ANNA UNIVERSITY QUESTION BANK

ANNA UNIV 6TH SEM RESULT APRIL MAY JUNE 2011 ANNOUNCED

ANNA UNIVERSITY BE CREDIT SYSTEM AND MARK SYSTEM RESULTS ANNOUNCED

ANNA UNIVERSITY CHENNAI RESULTS 2011,8TH SEMESTER RESULTS FOR ARREAR STUDENTS

ANNA UNIV 6TH SEM RESULT APRIL MAY JUNE 2011 ANNOUNCED
ALL THE BEST FOR YOUR EXAM RESULTS..... PLEASE LEAVE A COMMENT HERE...

CLICK HERE

TAGS:ANNA UNIV 4TH SEMESTER RESULTS 2011,

ANNA UNIV 4TH SEM RESULTS JUNE 2011,

ANNA UNIVERSITY 4TH SEM RESULTS JUNE 2011 CHENNAI,

ANNA UNIVERSITY 6TH SEMESTER RESULTS 2011 COIMBATORE,MADURAI,TIRUNELVELI,TRICHY,

ANNA UNIV COIMBATORE 4TH SEMESTER RESULTS 2011,

ANNA UNIV MADURAI 4TH SEM RESULTS JUNE 2011,

ANNA UNIVERSITY TRICHY 4TH SEM RESULTS JUNE 2011 CHENNAI,

ANNA UNIVERSITY TIRUNELVELI 6TH SEMESTER RESULTS 2011 COIMBATORE,MADURAI,TIRUNELVELI,TRICHY,

ANNA UNIVERSITY 4TH SEMESTER 6TH SEMERSTER EXAMS RESULTS OF APRIL/MAY 2011 RELEASED?

WHEN WILL BE THE ANNA UNIVERSITY 2008 REGULATION 4TH SEMESTER 6TH SEMERSTER EXAMS RESULTS OF APRIL/MAY 2011 RELEASED?

ANNA UNIVERSITY BE CREDIT SYSTEM AND MARK SYSTEM RESULTS ANNOUNCED

ANNA UNIVERSITY CHENNAI RESULTS 2011,8TH SEMESTER RESULTS FOR ARREAR STUDENTS

ANNA UNIV 6TH SEM RESULT APRIL MAY JUNE 2011 ANNOUNCED

ALL THE BEST FOR YOUR EXAM RESULTS..... PLEASE LEAVE A COMMENT HERE...

CLICK HERE

TAGS:ANNA UNIV 4TH SEMESTER RESULTS 2011,

ANNA UNIV 4TH SEM RESULTS JUNE 2011,

ANNA UNIVERSITY 4TH SEM RESULTS JUNE 2011 CHENNAI,

ANNA UNIVERSITY 6TH SEMESTER RESULTS 2011 COIMBATORE,MADURAI,TIRUNELVELI,TRICHY,

ANNA UNIV COIMBATORE 4TH SEMESTER RESULTS 2011,

ANNA UNIV MADURAI 4TH SEM RESULTS JUNE 2011,

ANNA UNIVERSITY TRICHY 4TH SEM RESULTS JUNE 2011 CHENNAI,

ANNA UNIVERSITY TIRUNELVELI 6TH SEMESTER RESULTS 2011 COIMBATORE,MADURAI,TIRUNELVELI,TRICHY,

FOR MORE INFO VISIT
WWW.ANNAUNIV.EDU

Anna University Results 2011, Anna Univ Semester Exam Result links

Some Importent links

Anna University Tamil Nadu
Controller of Examinations

Anna University Examination Results 2011
Visit University websites regularly for notification of result date of semester exams.

Anna University Chennai: http://www.annauniv.edu/

Anna University of Technology Chennai: http://www.annatech.ac.in/

Anna University of Technology Coimbatore: http://www.autcbe.ac.in/

Anna University Trichy: http://www.tau.edu.in/

Anna University of Technology Madurai: http://www.autmdu.ac.in/

Anna University of Technology Tirunelveli: http://www.auttvl.ac.in/

Results, when declared, will be published on university homepage and other educational websites including results.webdunia.com, schools9.com among others.

Anna University Results 2011

related:
www.annauniv.edu - Anna University Chennai website
Anna university - Examination results, schedule and notice

Anna University Results may/June 2010 for 2nd,4th,6th Sem

UPDATE FOR ANNA UNIVERSITY CHENNAI REVALUATION RESULTS.

Students your revaluation results is out.

CLICK HERE for the page.

All the best

UPDATE FOR ANNA UNIVERSITY COIMBATORE RESULTS

Results for B.E/B.Tech/B.Arch-May/June’2010 Examinations

Click here to view the page

Anna university chennai:

Anna university results for 2nd ,4th and 6th semester is expected to be out this July .

The results can be available between first and second week of July.

We will update the result page once its available.

Have a close watch here

Update from admin:

I have read your comments. I just want you to know that i will be updating the results once its out. You just have a close watch here. I will not be able to send individual email to you.

Subscribe to this post. This will make you to get the email automatically to your inbox through which you can see your results.

ANNA UNIVERSITY RESULTS AVAILABLE

Anna university result is out.click here to view the result.

if the above link is not working CLICK HERE for alternate link

All the best!!!

Update for 2nd sem Results.

Students who are waiting for their Second sem results, you have notification from Anna University and it follow

“The results of I & II semester B.E./B.Tech./B.Arch. Examinations for all non-autonomous affiliated Colleges of Anna University Chennai held in May/June 2010 will be published in the following websites at 3.00 PM on 08-07-2010.

I will be updating the result link here for you once the result is out.

Update:

Result for 1st and 2nd semester is out.

Check your result by clicking here

All the best

UPDATE FOR ANNA UNIVERSITY COIMBATORE RESULTS

Results for B.E/B.Tech/B.Arch-May/June’2010 Examinations

Click here to view the page

UPDATE ( 1 sep 2010) for Anna University Coimbatore Result

Visit here

Samsonite OBAG - a rolling concept suitcase

The Samsonite OBAG is a roll-on bag that literally rolls on. Its rugged exterior makes it ideal for snow or any nasty weather conditions for that matter. By augmenting the design into a giant wheel, less energy is required on your part to maneuver it. It’s even easier to drag up and down stairways in this configuration. The 2 storage compartments are on the sides and the handle collapses to slide OBAG under your bed.