User:Ayushsmile01

Ayushsmile01 is a nick for Ayush Agrawal, the founder of the organisation named LectureNotes.in. He is a Engineering Graduate from the Silicon Institute of Technology, Bhubaneswar.

About

Ayush Agrawal has completed his graduation in engineering from the Silicon Institute of Technology. His score during his Bachelor degree is 8.0 or say 80%. He is a fellow at the Kishore Vaigyanik Protsahan Yojana. He has been invited by the Indian Institute of Technology, Bombay for internship.

Ayush Agrawal belongs to a middle class family of Kesinga in Kalahandi district of Odisha. His schooling was from Young Blood Public School, Kesinga, affiliated to C.B.S.E.,New Delhi. He completed his intermediate(10+2) from Jupiter Science College, Bhubaneswar.

Work

Spring Controlled Robotic Arm

The spring controlled Robotic Arm was designed in his first year of engineering itself. The arm used six spring arranged together with 3 finger like jaws. The spring would provide the required pressure to the fingers to hold the object firmly. A motor pully arrangement was used to open and close the Arm, or say spread out the fingers of the arm to hold or release.

Automated Trafic Following Vehicle

The Automated Trafic Signal Following Vehicle was designed by Ayush Agrawal, with his team including Saket Khandelwal, Suraj Khandelwal and Anil Jena, Guided by Krishnanand K.R..

The Vehicle consist of a processor(laptop) to process the images acquired by the camera, and send signal through the serial ports to the microcontroller for controlling the drivers(dc motors).

The Camera was use to acquire snap from the road, including the traffic light, divider line on the roads and information about any too nearby object. The image is sent to the processor where it was processed using matlab to find out details about the signal's color, the vehicle's position on the road and any nearby object. The processor sends a defined signal to the microcontroller using the serial port(DB9). The micro-controller was programmed to follow instructions according to the signals sent by MATLAB.

The Vehicle was displayed at the Annual fest of Indian Institute of Technology, Kharagpur in 2010.

Quick Sine Calculation Technique

An Algorithm for quick sine calculation was developed, which is capable to calculate trigonometric sine value for any desired angle in degrees, without the need to convert into radian. The algorithm can easily be implemented in a low level microcontroller as low as 8-bit. Teh algorithm speed of execution is much faster than other traditional algorithms, without compromising much on accuracy.

The algorithm used the Evolutionary Algorithm, Differential Evolution to fine tune its output.

Advance Casserole

An advance casserole is designed which is suitable to keep you bread(roti) hot and dry for long hours. The problem of wetting of roti when kept in traditional casserole was looked into and advanced model is designed.

The design is on its way to be completion.

Electrical Market Forcasting

During his internship at IIT, BOMBAY, under Prof. S.A. Khaparde, he learned various aspects of Electrical Market Forcasting. He applied some of the well known learning algorithms like Q-learning on the given problem.

He did study on the Neural Network and its training to know about the working of human brains in learning and then applying them in machine learning to analyse and forcast.

LectureNotes.in

LectureNotes.in is a website dedicated to E-learning by providing lecture notes to the students, discouraging students to write their own notes, saving a lot of papers and hence the trees. The motto of this site is to save the environment by saving tree, by saving papers.

The site provide Lecture notes for Engineering, Hotel Management, MBA, BCA, MCA and other graduate courses.