A Java program that generates Erdos-Renyi graphs using adjacency matrices to store data about edges. Computes the probability of a graph surpassing a threshold for longest path possible.

A modern, full-featured, highly extensible and easier-to-use Java 8+ Framework for Cloud Computing Simulation ⛅️🏗

Fraunhofer Versatile Video Decoder (VVdeC)

A curated list of awesome edge computing, including Frameworks, Simulators, Tools, etc.

Edge server, user dataset for Edge Computing research

Borg cluster traces from Google

A semi-online Computational Offloading Model, which utilizes users’ behavior prediction method to optimize task offloading in edge computing environments.

Optimization of Offloading Scheme Algorithm for Large Number of Tasks in Mobile-Edge Computing

This repository contains the implementation codes of deep reinforcement learning (DRL) in user association and resource allocation in heterogenous networks. The model is basd on deep-Q-network (DQN…

A computational offloading simulation scenario using CloudSim Plus tools.

Simulation code for multi-user offloading in edge computing newtorks

A python utility based on networkx to generate random graphs as edge lists

This project is made to work on Time-series data and build a ML model to predict QCI. The data used is MAC, RRC and PDCP information gathered from a moving UE in 5G technology.

Everything you need to know to publish using LaTeX or Word.

Implementation of Erdos-Renyi and Watts-Strogatz in randomly generated graphs

Models and examples built with TensorFlow

Processing mode and core library to create Android apps with Processing

Computation offloading framework for mobile devices using CloudSim

Berkeley AI Pacman Project for developing search agents to play Pacman

Google Hashcode 2017, team Minor Thing (rank 175)

Implemented various AI algorithms in Pac-Man projects developed by UC Berkeley. Implemented informed/blind state-space search using search algorithms like BFS, DFS, UCS and A* algorithm with heuris…

cs 188 project number 1

Solutions to some of Berkeley's The Pac-Man AI Projects