resource-allocation-algorithm

Mission Critical Advanced Scheduling (ALAP/ASAP) System | Minute-level accuracy for resource allocation and dependency management. Best for capacity-modeling, duration-estimation, slot-computation, tick-dispatch, quota-enforcement and order-timing

Planning to Fairly Allocate: Probabilistic Fairness in the Restless Bandit Setting (KDD 2023)

This repository contains the Code for the following paper: Cooperative resource management for C-V2I communications in a dense urban environment

This project tackles a graph-based decision problem where nodes represent quantum devices and edges represent possible quantum links. We designed classical heuristics to choose which connections to attempt and modular quantum circuits to decide how to attempt them, adapting both choices based on limited resources and observed outcomes.

Bankers Algorithm in Operating System

Simulation of Round Robin and MaxSNR network ressource allocation algorithms to demonstrate the power of opportunistic allocation

This repository contains implementations of various operating system scheduling algorithms in C++. Whether you're a student studying operating systems or a developer looking to understand these algorithms better, this repository aims to provide clear and concise implementations along with explanations to aid your learning.

The system uses a genetic algorithm to generate optimal timetables that satisfy various constraints.

Existence of a Unique Invariant Measure and Ergodic Property in an AIMD-based Multi-resource Allocation system.

University Resource Allocation Application

A solution developed to Map essential COVID-19 Relief resources to the needy across a city in the most cost-optimal way, and also to classify incoming SOS messages from those in need of help, for organizational and lesser response times.

This project applies Petri net theory to map and analyze the discrete event logic of car body interior production. It focuses on the integrated assembly of driver-passenger interface elements.

Physics-accurate free-space quantum network simulator for LEO satellite entanglement distribution — models photon loss, atmospheric attenuation, fidelity degradation, iterative purification, and quantum memory decoherence with real orbital mechanics