Udemy – Visual Embedded Android (AOSP) with Blueprints and Practice 2023-5 – Download

Description

Visual Embedded Android (AOSP) with Pictures and Practice is an Embedded Android training course published by the online academy Udemy. Embedded Android is a comprehensive development environment designed to make it easy to create embedded Android applications. It provides developers with tools and resources to build, deploy, and manage Android solutions for a wide range of embedded devices from the smart home. In this course, you will be introduced to Android embedded through different types of diagrams and different visualized parts. During the practical portions of this training course, you will also be introduced to AOSP.

With this course, you will learn about topics such as Android 11 Source Code and Soong Build System (Android.bp), Using ASUS Tinkerboard 2, Creating AIDL Interfaces, Android Native C++ Services, Creating Test Apps, AOSP Folder Layout, Understanding. You will learn about SELinux policies, using the fastboot tool, CTS tests, using the adb tool and much more. This course is recommended for beginners and enthusiasts who know Linux and want to learn AOSP and Android embedded, as well as enthusiasts who want to work with ASUS Tinkerboard 2 and AOSP.

What you will learn in Visual Embedded Android (AOSP) with pictures and practice:

Principles and purpose of an embedded system
Understanding and working with partitions on Android
Launch of Google Compatibility Test Suite (CTS)
Android software compatible with CTS
AIDL interfaces
AND…

Course characteristics

Publisher: Udemy
Instructors: Mustafa Ozcelikors
English language
Level: from introductory to advanced
Number of lessons: 39
Duration: 6 hours 58 minutes

Course topics for 2023/11

Visual Embedded Android (AOSP) with pictures and practical content

Visual Embedded Android (AOSP) with drawings and necessary practical conditions

Basic understanding of Linux (commands, bash scripts, code compilation, basic concepts)
Basic understanding of embedded system (fundamentals, cross-compilation, system images)
Basic understanding of C and C++ programming (not required, but helpful)