Pinned Repositories
BMS-for-Electric-Vehicles-
This repository contains my master's thesis, titled "Design and Implementation of Battery Management System for Electric Vehicles Based on Cloud Computing."
cloud_based__bms
This repository contains my master's thesis, titled "Design and Implementation of Battery Management System for Electric Vehicles Based on Cloud Computing."
CBBMS_UI
User Interface (UI) in a cloud-based battery management system (BMS).
EMBEDDED_LINUX
Embedded Linux and Build Systems (Yocto & Build Root)
Over-the-air-OTA-for-Embedded-Devices
Over-the-air (OTA) programming is the means by which an IoT device can be updated after it’s out in the field through a wireless connection. This can be advantageous for a host of reasons, as it offers: • the ability to add new software features to a product after a device has been deployed in the field; • the opportunity to rapidly respond to bugs and security vulnerabilities without the need for physical device recalls or truck rolls; • assurances that embedded developers can quickly prototype and seamlessly roll out new firmware versions.
test
TestRepo
MohamedElsyed2's Repositories
MohamedElsyed2/EMBEDDED_LINUX
Embedded Linux and Build Systems (Yocto & Build Root)
MohamedElsyed2/test
MohamedElsyed2/CBBMS_UI
User Interface (UI) in a cloud-based battery management system (BMS).
MohamedElsyed2/cloud_based__bms
This repository contains my master's thesis, titled "Design and Implementation of Battery Management System for Electric Vehicles Based on Cloud Computing."
MohamedElsyed2/BMS-for-Electric-Vehicles-
This repository contains my master's thesis, titled "Design and Implementation of Battery Management System for Electric Vehicles Based on Cloud Computing."
MohamedElsyed2/Over-the-air-OTA-for-Embedded-Devices
Over-the-air (OTA) programming is the means by which an IoT device can be updated after it’s out in the field through a wireless connection. This can be advantageous for a host of reasons, as it offers: • the ability to add new software features to a product after a device has been deployed in the field; • the opportunity to rapidly respond to bugs and security vulnerabilities without the need for physical device recalls or truck rolls; • assurances that embedded developers can quickly prototype and seamlessly roll out new firmware versions.