Pankajtanwarbanna

Pankaj Tanwar's repositories

Polymath

Question answer platform + Share your Interview experiences with juniors + Live chat room + Get your summarised coding performance + Unique guide to placements as according to your level of coding performance using MEAN stack.

Language:JavaScript8 2 5

ProjectShopie

An online platforms for students to sell their projects, research papers etc.

Language:JavaScript7 20

Smiles4Miles

A MEAN Stack Web Platform for hostels, restaurants etc where they can post their donation request of extra food and other NGOs can view all the request and accept according to their need. A normal user can register and order food online for needy people using this platform.

Language:JavaScript500

Google-themed-website

A google home and search page themed personal website.

Language:HTML4 20

ATU-Project

Freelance Web Project for Arkansas Tech University, USA - A web application that helps a professor to manage students points and students use that points to bid products. Students share their points with other students to help him/her to bid the products

Language:HTML200

MEAN-login-signup-app

A login system built with Nodejs, AngularJs, MongoDB, ExpressJs and Bootstrap with additional feature of User management by admin.

Language:JavaScript2 20

Pyro

A virtual assistant written in python3 to make my daily tasks easier.

Language:Python200

100-Days-of-Code

000

Blockchain-Project

Language:TypeScriptMIT020

camstudio-mousedown-highlight

Modify CamStudio so that the cursor highlight is only displayed when the mouse button is pressed

000

Command-Line-Calculator

Language:Python000

Convolution-Discrete-time-signal

Code to find Convolution of given two discrete time signal.Convolution, one of the most important concepts in electrical engineering, can be used to determine the output a system produces for a given input signal. It can be shown that a linear time invariant system is completely characterized by its impulse response. The sifting property of the discrete time impulse function tells us that the input signal to a system can be represented as a sum of scaled and shifted unit impulses. Thus, by linearity, it would seem reasonable to compute of the output signal as the sum of scaled and shifted unit impulse responses. That is exactly what the operation of convolution accomplishes. Hence, convolution can be used to determine a linear time invariant system's output from knowledge of the input and the impulse response.Discrete time convolution is an operation on two discrete time signals defined by the integral (f∗g)(n)=∑k=−∞∞f(k)g(n−k)

Language:Python000