Samy Mohamed's starred repositories
AI-ML-Driven-Companies-In-Egypt
A list of AI/ML driven companies in Egypt
control-tools
A set of random and arbitrary tools and games I've created to help explain control theory.
modeling-and-simulation-of-an-AUV-in-Simulink
This repository contains a variety of demonstration example models associated with the Design, Modeling and Simulation of Autonomous Underwater Vehicles webinar and video series.
Missile-Guidance
Collection of works towards thesis in Missile Guidance @ Aeronautical Engineering
MissileSimulation
This repository contains a MATLAB/Simulink simulation software for the flight dynamic simulation of an transsonic missile system.
matlab-utils
Collection of miscellaneous shared utils for Matlab
babyshark_vtol_model
Full dynamic model for the Babyshark 260 VTOL UAV.
Adaptive-Cruise-Control-System-Modelling
ACCS modelling with Matlab/Simulink & Carsim
Simscape-Air-Taxi
Electric and hybrid electric aircraft models for component sizing
Adaptive-Cruise-Control
Design of a game theoretic adaptive cruise control algorithm using a one player dynamic game model with full information structure and a receding horizon control algorithm.
autonomous_mobile_robot_design_course
Repository for the code examples of the 491/691 level "Autonomous Mobile Robot Design course"
Adaptive-Cruise-Control
Matlab/Simulink model of Cruise & Adaptive Cruise Control
Enhancement-of-direct-torque-control-of-three-phase-induction-motor
Control of three phase induction motor using Sliding Mode Control and Direct Torque Control and compare the performance between each of them,
simulink-utils
A Collection of useful Simulink utilities
C_Code_Integration
C Code Integration in MATLAB and Simulink to Control an External Interface.
Guidance-Navigation-and-Control
Simulation and Implementation of some Guidance, Navigation, and Control Laws on UAV, Quadrotor, and Missile
simulink-port-trace
Trace Ports Programatically through a Simulink Design
antilock-braking-system-ABS
ABS assists driver to keep the steering control during hard braking. In the absence of ABS, it is difficult to stop the car from spinning because of wheel lockup in hard braking conditions, particularly on slippery surfaces. Mostly ABS are used with conventional brakes e.g. hydraulic or pneumatic pressure brakes. Antilock Braking System (ABS) is used in advanced automobiles to prevent slip and locking of wheels after brakes are applied. It is an automobile safety system; the controller is provided to control the necessary torque to maintain optimum slip ratio. The slip ratio denotes in terms of vehicle speed and wheel rotation. It's an automated system that runs on principles of threshold braking and cadence braking which were practised by skilful drivers with previous generation braking systems. Its response time is very fast so that makes easy steering for the driver. The model was developed in MATLAB Simulink. Wheel speed and Vehicle speed were plotted to interpret the results. Simulation results show that the ABS provides better result in slip regulation and reduction in the stopping distance of the vehicle.
ADAS_using_Simulink_Project--Adaptive-Cruise_Control_System
State flow control algorithm and Model based Development, Code Generation of Adaptive Cruise Control system using Matlab & Simulink.
Mohamed-Tarek-Embedded-Diploma
These are my answers for C Assignments