I'm Shyam Mohan. A computer programmer with so passionate in algorithms, puzzle games, brain-storming
sessions and reading books. I'm so friendly and simple in my life. ICUI4CU has been my tiny website where
I've made innovative, so interactive puzzle games for people like you. Lately I've been spending most of my creative
time working on new ideas and electronics.
The web page is now redesigned to provide you a nice experience with puzzles such as rubix cubes, sudoku and block
puzzle games online. I have already made video tutorials and help tips available on every page to guide on the path.
I welcome your suggestions, contributions and patnership to improve and take this initiative to new heights.
It was my first self project which i have presented in college when i did P.G at Amrita Institute of Science and Technology.
Duration of time was a limit. but I hope it finalize in a good manner with in the limits. The equipment used in this project was
from electronic divisions since the project was a combination of both electronics as well as programing side.
The project link mentioned above will demonstrate the working of RUBIK SOLVER machine.
Video Link: https://www.youtube.com/watch?v=jyzCNGskLks
Technical Details:
1) C# Program
2) java Program
3) Electronics
4) Embedded Programming
8x8x8 LED cube
Built a 8X8X8 LED Cube of 512 LEDS capable of displaying any pattern that receives input from a PCB that is preprogrammed by the user.
Video Link: https://www.youtube.com/watch?v=Aa3l22SmnSM
Technical Details:
1) 512 Led
2) Arduino uno
3) embedded C
SUDOKU solver with c graphics
The SUDOKO SOLVER demonstrate a 9*9 view. The program used here is compatible, flexible and easily understand for the users. Program
screens with C-graphics in which the users can easily input the numbers by using mouse pointer; which highlights SUDOKO SOLVER from
other sudoku solver programs.
Technical Details:
1. Mouse Pointer included in C-Graphics by using different functions.
2. The Algorithm is self prepared.
LED Array microscopy
The project is to develop a LED array-based microscope for biophotonics research. The main objectives of the project are (i) perform
digital refocusing of samples and (ii) construction of wide field and high resolution image from low resolution images. In this work,
a LED array is used to illuminate the sample. LEDs in the array are blinked one by one to illuminate the sample from various angles and
corresponding images are recorded. In the first objective, we calculated the shift in image position and utilized simple calculation to
perform digital refocusing. The second objective of the project is under progress. We will be recording low resolution images
corresponding to different LEDs in the array and use an image reconstruction algorithm to construct a high resolution image.
Technical Details:
1) Electronics
2) Embedded c
3) Arduino uno
Phenogene (Android Application for Doctors)
A reference tool to quickly review human disorders, phenotypic features and previously reported clinically significant variants in genes.
Technical Details:
1) Android
2) Java program
3) xml
4) Database(sql)
4x4x4 LED cube
Built a 4x4x4 LED cube of 64 LEDs capable of displaying any pattern.
Video Link : https://www.youtube.com/watch?v=pyWNd41KWN4
ICUI4CU is my first website that i have developed. The aim was to bind my all projects in a single window. and also it opens a way to
move and strength my career and research at Indian Institute of Science (IISC). 4x4x4 Led cube, 8x8x8 Led cube and Led Array
microscopy was a part of my research and completed successfully at IISC.
Technical Details:
1) html
2) CSS
3) Javascript
4) Ajax
5) PHP
6) Jquery
7) MySql
