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| 3D Notice Board using LED Cube | |
| A Multiple Bots Operated with a Single Base Station | |
| A Swarm of Mutually Interacting Metal Detecting Robots For Scanning the Area | |
| Accident Detection and Avoidance System Using Doppler Radar Interfaced with ATMEGA16 | |
| AES128 Encrypted hardware Lock Using AVR ATMEGA-16 | |
| AES256 bit Highly Encrypted Image Steganography | |
| Android based Home Automation System | |
| Android Based Waveform Analyser | |
| Android Based Waveform Generator | |
| Android Controlled Wheel Chair for the Physically Handicapped | |
| Arduino Based Earthquake Detection Social Network Broadcast system | |
| Arduino Based Online Database Interfacing | |
| Arduino Based Swarm Bots | |
| Arduino based Waveform Generator For Electronics Laboratory | |
| Arduino Based World Intelligent Event Detection and Alert System with Network Interface | |
| Arduino Ethernet Interface for Industrial Automation | |
| Ariel Red Herrings to Mislead Missile Tracking Systems | |
| Auto Braking System For Cars Detecting Momentum and Road Irregularities | |
| Automatic Elevator Light and Fan Controller | |
| Automatic Road Level Detection And Alerting System for Cars | |
| Automatic Room Light Controller with Bidirectional Visitor Counter | |
| Automatic Solar Tracker | |
| Automatic Threshold Detection System for Phase Preserving Image Denoising | |
| Automatic Vehicle Image Capturing When Overriding traffic lights | |
| AVR based Heart Rate Monitoring System With Health level Indicator | |
| Background Interpolation for Selective Image Cancellation | |
| Bluetooth Controlled Robot | |
| Camouflaged Voice Recording and Transmitting System | |
| Cell Phone Operated Land Rover | |
| Combinatorial Digital Circuit Logic Determining Device | |
| Comprehensive Threat Detection for Offices | |
| Continuous Speech Processing Using Python | |
| Continuous Speech to Text Conversion for Indian Languages | |
| DNA Based Mathematical Calculator | |
| DTMF Based Car Lock System | |
| Easy to Use Automatic Light Controller to Turn ON Lights In Dark | |
| Electromagnetic Climbing Robots for Industries | |
| Electronic Dog to Sense The Proximity of a Specific Purpose | |
| Electronic Nose to Indicate gas Leakage in Underground Mines and Industries | |
| Electronic Notepad | |
| Fabrics That Generate Energy using Dye Based Solar Cells | |
| Facebook Connected Arduino And Intelligent Event Reporting | |
| Finger Print Based Security System | |
| Fire Powered Mini Portable Power Supply | |
| Flash Memory with Self Destroy Master Lock | |
| Frequency Counter Using Smartphone | |
| Gesture Operated Wheel Chair | |
| GPS enabled Quadracopter | |
| Hardware Authentication Dongle with Fingerprint Recognition |
Sunday, 28 September 2014
Latest Electronics Project Ideas for Engineering Students:
Saturday, 13 September 2014
CAMPUS RECRUITMENT TRAINING
Directions: (Q. 1 – 5): Each of the questions below consists of a question and two statements numbered I and II given below it. You have to decide whether the data provided in the statements are sufficient to answer the question. Read both the statements and give answer.
(i) If the data in statement I alone are sufficient to answer the question, while the data in statement II alone are not sufficient to answer the question.
(ii) If the data in statement II alone are sufficient to answer the question, while the data in statement I alone are not sufficient to answer the question.
(iii) If the data in both statements I and II even together are not sufficient to answer the question.
(iv) If the data in both statements I and II together are necessary to answer the question.
(ii) If the data in statement II alone are sufficient to answer the question, while the data in statement I alone are not sufficient to answer the question.
(iii) If the data in both statements I and II even together are not sufficient to answer the question.
(iv) If the data in both statements I and II together are necessary to answer the question.
1. P is in which direction of Q?
I. S is to the west of Q, which is to the east of T.
II. R is to the south of T, which is to the south of P.
2. In a certain code language what does ‘rose’ mean?
I. ‘ho nu ma’ means ‘rose and apple’ in that code language.
II. ‘po do ho’ means ‘rose is beautiful’ in that code language.
3. Who among A, E, I, O and U is the tallest?
I. I is taller than A, O and E but shorter than U.
II. O and E are shorter than U but taller than A and I.
4. M, N, O, P and Q are seated around a circular table facing the center. Who is on the immediate right of N?
I. P is sitting between O and M.
II. N is on the immediate right of M.
5. What is the relation between F and J?
I. X has two daughters, one of whom is F.
II. The mother of F, Y, has only two daughters, one of whom, K, is married to J.
Directions (Q. 6 – 10): Read the following information carefully and answer the questions given below it:
Four students P, Q, R and S each working under the super vision of one of the four professors A, B, C and D made their final year MBA Project Presentations one by one, one each in the areas of Finance, Marketing, Systems and Human Resource Management (HRM). Each professor is an expert in only one of the above areas and supervised exactly one of the above students in his own area. The following are the clues:
(i) First presentation was made by R.
(ii) Prof. B works in Finance.
(iii) Prof. D was P’s supervisor.
(iv) The last presentation was in the Systems area.
(v) S’s project was in the HRM area.
(vi) Prof. B’s student’s presentation followed that of Prof. C’s student.
(ii) Prof. B works in Finance.
(iii) Prof. D was P’s supervisor.
(iv) The last presentation was in the Systems area.
(v) S’s project was in the HRM area.
(vi) Prof. B’s student’s presentation followed that of Prof. C’s student.
6. In which area was R’s Project?
(a) Marketing (b) Finance (c) Systems (d) HRM
7. What is the area of expertise of Prof. D?
(a) HRM (b) Marketing (c) Systems (d) Finance
8. In which area was the second presentation?
(a) Finance (b) Marketing (c) Systems (d) Cannot be determined
9. Which student’s project did Prof. B supervise?
(a) Q (b) R (c) S (d) P
10. What is the area of expertise of Prof. A?
(a) HRM (b) Systems (c) Marketing (d) Either Marketing of HRM
Directions (Q. 11 – 15):
Five friends Manish, Ashish, Rahul, Kapil and Pravin are musician, architect, doctor, engineer and artist by profession and live in Lucknow, Mumbai, Kolkata, Delhi and Pune but not in that order.
(i) Pravin and Rahul do not live in Lucknow or Pune, and neither of them is an architect or doctor.
(ii) Manish and Ashish are not artist or engineer and they do not live in Delhi or Lucknow.
(iii) Kapil is neither a doctor nor a musician.
(iv) The person living in Lucknow is neither an artist nor an engineer.
(v) Manish does not live in Kolkata and Ashish is not a doctor.
(vi) The musician does not live in Pune or Mumbai.
(vii) Pravin is not an artist.
(viii) The artist does not live in Delhi.
(ii) Manish and Ashish are not artist or engineer and they do not live in Delhi or Lucknow.
(iii) Kapil is neither a doctor nor a musician.
(iv) The person living in Lucknow is neither an artist nor an engineer.
(v) Manish does not live in Kolkata and Ashish is not a doctor.
(vi) The musician does not live in Pune or Mumbai.
(vii) Pravin is not an artist.
(viii) The artist does not live in Delhi.
11. Who lives in Lucknow?
(a) Ashish (b) Kapil (c) Manish (d) Cannot say
12. Kapil is a/an
(a) Musician (b) Artist (c) Architect (d) Cannot say
13. Who is the artist?
(a) Rahul (b) Pravin (c) Ashish (d) Cannot say
14. The engineer who lives in Delhi is
(a) Kapil (b) Pravin (c) Rahul (d) Manish
15. The musician lives in
(a) Kolkata (b) Delhi (c) Lucknow (d) Cannot say
Directions (Q. 16 – 19): Read the following information carefully and answer the questions given below:
In a certain code, the symbol for 0 is $, for 1 is ∆ and for 2 is ●. There are no other symbols for all other numbers greater than 2. The numbers greater than 2 are to be written only with the help of the symbols given above. The value of 1 and 2 triples every time it shifts one place to the left. Study the following examples:
0 is written as $ 1 is written as ∆ 2 is written as ●
3 is written as ∆ $ 4 is written as ∆ ∆ 5 is written as ∆ ●
6 is written as ● $ and so on
16. Which of the following will represent ● ∆ $ ● ∆ $?
(a) 588 (b) 593 (c) 592 (d) 591
17. Which of the following will be code for 319?
(a) ∆ ∆ ● ● ∆ ∆ (b) ∆ $ ● ● ∆ ∆ (c) ∆ ∆ ● ● $ ∆ (d) ∆ ● ∆ ● ● $
18. Which of the following numbers will be represented by ● ● ∆ ∆ $ $?
(a) 304 (b) 407 (c) 684 (d) 683
19. Which of the following will represent the value of 18 + 18 ÷ 18 of 2 + 1 ÷ 2
(a) $ ● ∆ (b) ∆ $ ● (c) ∆ ● $ (d) ● $ ∆
Q (20 – 24):
In a family of eight persons – P, Q, R, S, T, U, V and W – there are four males and four females. There are three married couples and two persons are unmarried. Each of them reads a different magazine, namely India Today (E), India Today (H), Outlook (E), Outlook (H), Frontline, The Week, Business world and Sports star. No couple reads both the versions of the same magazine.
In the family of two generations, each male member except W has two brothers and one sister. V is the mother-in-law of R and who reads India Today (H).
Q, who reads Out look (E), is the daughter-in-law of W. T, who reads Frontline, is the unmarried brother of U, who does not read Business world. No female reads Outlook (H) or The Week. S is the brother-in-law of R but does not read Business World, Sports Star or The Week. P does not read The Week. W has no son-in-law. U is Q’s sister-in-law.
20. Who among the following reads Outlook (H)?
(a) R (b) S (c) P (d) Cannot say
21. R reads which of the following magazine?
(a) Sports star (b) India Today (E) (c) Business world (d) Cannot say
22. Which of the following pairs of persons does not represent the couples?
I. W and V II. P and R III. S and Q
(a) Only I (b) Only II (c) Only III (d) All of the above pairs of persons represent the couples
23. How many sons does W have?
(a) Two (b) Three (c) One (d) Cannot say
24. How is P related with U?
(a) Father (b) Brother (c) Husband (d) Cannot say
Questions (25 – 30): J, L, M, N, O and P are members of a spy network. For security reasons, only certain spies are able to contact other spies. The only contacts allowed are:
J can contact both L and N.
O can be contacted by L, M and P.
N can contact M.
O can contact both L and N.
P can be contacted by M.
A spy can receive a message from any spy who can contact him and, in turn, relay the message to any spy he is able to contact.
25. Which of the following spies can not be contacted by any other spy in the network?
(a) J (b) M (c) N (d) O
26. N can get a message to which of the following spies by using exactly one intermediate contact?
I. O II. L III. P
(a) I only (b) III only (c) I and III only (d) II and III only
27. How O can send a message to M?
(a) O can contact M directly (b) O can send a message to M via J
(c) O can send a message to M via L (d) O can send a message to M via N
28. If, for security reasons, O cannot be contacted, which of the following messages can be sent, either directly or with an intermediary?
(a) J to P (b) L to M (c) L to N (d) M to L
29. If the following messages were sent using the smallest possible number of intermediaries, which message would require the greatest number of intermediaries?
(a) J to P (b) L to O (c) M to N (d) N to O
30. If, for security reasons, N cannot be contacted, which of the following message can not be sent, either directly or through an intermediary?
(a) J to O (b) J to P (c) M to L (d) M to O
TOP 5 candidates who hits the correct option for all the 30 will be rewarded
with the recharge of RS.20.comment your mobile no with the answer.
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