Ishwar Khatri

nomad-ai

September 18, 2025 – October 31, 2025

Nomad AI is a conversational, AI-native travel companion that transforms a user's travel desires into a perfectly crafted, bookable reality.

Bing-Go-Server

June 15, 2017 – June 16, 2017

BingGo is my graduation termination project at Binghamton University. This is only the server module. Client module is created separately

Bing-Go-Client

June 15, 2017 – June 16, 2017

Client side module for BingGo! server project. This project is built in Angular 1.x using Bootstrap for styling and designing. It is completely responsive website.

Robust-Server

June 15, 2017 – June 15, 2017

Implementation of a robust server that ensures secure transactions by implementing Two Phase Commit Protocol

Mini-Shell

February 21, 2016 – June 15, 2017

This project is intended to learn basics of creating your own shell that performs system calls for you. Forking and exec calls to creating new processes and also it allows to execute new processes in background. User can even bring processes executing in background to foreground.

CPU-Instruction-Processing-Simulator-Part-2

December 8, 2015 – June 15, 2017

The idea of the project is to demonstrate simulation of CPU instruction processing life cycle. Given a list of instructions to be fed to CPU, it can tell how many cycles it will take to process them all displaying execution results in each stage. There are 5 pipelined stages of instruction processing viz. Fetch, Decode, Execute, Memory and Write Back. The simulator uses many techniques such as Parallel Processing, use of Reorder Buffer (ROB), Register Renaming, Out of order processing, analyzing and avoiding data hazards such as RAW, WAW and WAR.

Tournament-Branch-Predictor

November 30, 2015 – November 30, 2015

COA Assignment 5 on Tournament Branch Predictor

SDRAM-Acess-Scheduler

November 30, 2015 – November 30, 2015

COA Assignment 5 on SDRAM memory access scheduling

CPU-Instruction-Processing-Simulator-Part-1

November 9, 2015 – June 15, 2017

The intent of this project is to simulate CPU instruction processing life cycle. In this initial part of the project I created a simulator that imitates working of simple in-order CPU which executes instructions step by step as they arrive without any performance tuning. It shows how an instruction is worked upon in each stage of instruction processing life cycle. They are 5 stages involved in executing an instruction viz. Fetch, Decode, Execute, Memory and Write Back. The simulator takes each instruction through every stage in order of input and displays the result after each step.

Web-Search-Engine

October 30, 2015 – June 15, 2017

Imitation of web search engine