Byte Club is the Computer Club of Bal Bharati Public School, Pitampura
So here's a bit about us. We are visionaries, who love to discuss and debate about tech and to make it a part of our life. We believe in working as a single unit, i.e. Byte and we do this by participating in various events and taking initiatives for social awareness through various projects.
This was my team for RoboCup 2017. We represented India at RoboCup Junior Rescue-Line 2017 at Nagoya, Japan.
We love to deal with all forms of technology. For RoboCup Junior, we built rescue robots that simulate autonomous rescue operation. Apart from Robotics, we enjoy making websites, films and apps. When it comes to technology, we are the optimists who feel it has the capability to change the world and the way we live. We take problems as challenges and strongly believe in the fact that every problem has a solution. We like programming, graphic designing, robotics, web development and all that can help make a positive impact on the world. We speak C++, JavaScript, HTML, CSS, C# and PHP.
http://myawesomeproduct.is-best.net/
This is a parody website I made on the Google Pixel and the iPhone 7. It intends to throw some light on to how smartphone companies have started to do crazy stuff, such as removing features like the headphone jack, while others have come up with some amazing devices.
https://aryan-02.github.io/linear-eq-pair/
This is a simple website I made that works as a simultaneous linear equation solver. Given a system of two linear equations in two variables each, this calculator can solve it.
https://github.com/aryan-02/line_follow/
In 2020, I decided to try a non-traditional approach to line-follower robots. Instead of using a pair of color sensors to detect the line, I decided to use a camera. This approach makes it roughly equivalent to using more than 2 million color sensors (each pixel being equivalent to a color sensor). Further, using basic calculus, I developed and coded a PID-controller-based line following algorithm, which makes the robot take smooth turns, unlike the abrupt turns a regular line follower robot takes.
https://github.com/aryan-02/2sensorpid
A project I made for RoboCup Junior 2017. I took the traditional single-sensor PID Controller algorithm for Lego Mindstorms EV3 and made changes to successfully make it work with two sensors. It's completely open-source now.
https://github.com/aryan-02/arduino-rgbfade
A piece of code I wrote to easily fade colors on RGB LEDs connected to an Arduino.
https://www.youtube.com/watch?v=tQz_MlTV_u0
The Invitation Video I made for Bal Bharati Public School Pitampura's 2018 Talent Hunt event for the Pre-Primary department.
https://www.youtube.com/watch?v=bUL3IQlq7vY
A short film I made (directed, filmed and edited) for the National Science Film Festival of India, 2019.
It highlights the fact that the growing amount of plastic waste is a big problem, and also suggests a unique solution - using that plastic to make bricks.
Nomination and Screening, CMS Vatavaran 2019
Official Selection, EduDoc 2018
Official Selection, In-Short Film Festival 2018
https://www.youtube.com/watch?v=bUL3IQlq7vY
The promo video for the first iteration of Byte Club's Annual Tech - Byte.IT (2018)
https://www.youtube.com/watch?v=_Jnbsxd-ndM
A video I made to summarize Bal Bharati Public School Pitampura's Annual Talent Hunt event.
https://www.youtube.com/watch?v=sTNj_q6yrDs
A promo video I made for Sugar Labs as a part of Google Code-In 2017.
https://www.youtube.com/watch?v=qKCZ5fTbHxs
A promo video I made for Drupal as a part of Google Code-In 2017.
https://github.com/aryan-02/linear_regression
My implementation of a Linear Regression model in C++. It can find the linear regression line and make predictions on the data based on the slope-intercept form of a line y = mx + c.
https://github.com/aryan-02/seefood
My first TensorFlow project. It attempts to replicate the SeeFood app from the show 'Silicon Valley'. It classifies images as 'Hot Dog' or 'Not Hot Dog'.
https://github.com/aryan-02/PiMusic
A project I made on Pi Day. This is a C++ program that maps each of the first 100 decimal places of Pi to a frequency in an octave (plus two notes from the next octave) and plays the notes in the order in which the corresponding digits occur in the decimal expansion of Pi. This creates a beautiful sounding melody just out of the decimal expansion of Pi.
https://soundcloud.com/aryan-mediratta/attention-instrumental-cover-remastered
An instrumental cover I made for the song 'Attention'.
https://soundcloud.com/aryan-mediratta/developers
A music piece I made using Steve Ballmer's Developers speech.