This daemon allows to set up the wireless network using a Bluetooth LE connection.

The NS3 project analyses mobile ad hoc networks (MANETs) by varying node count and routing protocols. Using NS3, it evaluates packet delivery rate, throughput, and packet loss. Users input node count and routing protocol (AODV, DSDV, or OLSR) for the simulation.

This repository contains NS-3 code and output of experiment. In this experiment we have compared performance of three rate adaptation algorithms in NS-3.

This is a library for developing Wireless Sensor Network using RFM69 LowPowerLab Library

IEEE 802.11s network modeling using NS3

⏰SleepyNet makes it easy to periodically send data from wireless devices to a central hub

This repository is dedicated to Wireless Network Control (WNC). This contains algorithms designed by us to compensate time-delays occurring in a WNC. The control architecture proposed by us is versatile in the sense that it can be adapted for biomedical, industrial, and robotic applications. This work is published in the International Journal of…

Bidirectional Bandwidth Coordination under Half-Duplex Bottlenecks for Video Streaming (ICNP'24)

A sample for using Native Wi-Fi programming.

This application allows users to interact with printers from their mobile devices, providing a seamless and user-friendly way to print text and images.

ESP32-iUART (WROOM-32)

Java Threads Server Client Socket Programming, Computer Network Simulations in NS2 and VLAN, NAT, ACL Configurations in Packet Tracer

A small wireless access point for testing using an ESP32 or ESP8266

Experience with the network simulation tool with the method of installation and operation. This was an additional project of the mobile & wireless networks course in Computer Engineering Department at Taibah University. Supervised by Dr. Salah M. Abdel-Mageid

An example of the wireless controlled robotic hand project using Arduino.

NS-3 simulation in which mobile nodes send UDP packets containing the message "Hello World" to each other.

Hệ thống giám sát và tưới tiêu tự động dùng ESP32, cảm biến độ ẩm, gửi dữ liệu lên Blynk để giám sát từ xa.

Exponentially Weighted Probabilistic Hybrid Congestion Control for TCP

This project presents a cost-effective wireless biometric attendance system having the fastest data transfer rate. The main focus is to develop an automated fingerprint based attendance system and also an information service system for an academic domain by using biometric technology.

This assignment is part of the course Applications of Telecommunications Systems(AUTH 8th semester).