Embedded Systems Bootcamp

Buy $139.00

Outcome Highlights

You can expect to master the following topics

FPGA

One of the fastest Electronics systems on market are FPGA. Learn all about VHDL programming Language, Digital Gates implementations, Flip Flops, MUX/Demux , Decoders , FSM Design and ALU. We will be simulating everything using the Free Version of the commercial Intel Software.
RTOS

Regular line by line execution never works for complex Software. Learn how to design Multi-Threading Software, where multiple tasks are running simultaneously. Learn about Mutex, Scheduler, Semaphores, Queues, and Follow the step by step real-world projects.
IoT & MQTT

Learn about Wi-Fi based Microcontrollers and Build your own IoT system using the famous MQTT Protocol and Node-Red Environment .
Raspberry PI and Deep Learning

Learn how to build Image Classification and Deep Learning Applications using Raspberry Pi. And get your self familiarized with Linux OS.
Arduino Prototyping

Arduino is the easiest device to use for prototyping. Learn about Digital/Analog IO, Interrupts, Sensors and Screens Interfacing and More.d M

Course curriculum

1. 1.The Story Of The Bit
2. 2.Transistor Logic Gates
3. 3.The Binary System
4. 4.Storage Circuits
5. 5.The Basis of GPU Circuits
6. 6.The Display Hardware
7. 7.Understanding The Differences
1. 8. Get All The Source Files
1. 9. Combinational Logic
2. 10. Combinational Logic Design(part1)
3. 11. Combinational Logic Design (part 2)
4. 12. Complex Gates
5. 13. Quick VHDL Intro
6. 14. Downloading Software
7. 15. Complex Gates Example
8. 16. Combination Logic AND Gate
9. 17. Combinational Logic OR GATE
10. 18. Combinational Logic XOR GATE
1. 19. Multiplexers
2. 20. Multiplexers Using Logic Gates
3. 21. Multiplexer using VHDL
1. 22. Binary Representaion
2. 23. Binary Operations P1
3. 24. Binary Operations P2
1. 25. Adders Introduction
2. 26.Half Adder Implementation
3. 27. 1 Bit Adder Implementation
4. 28. Grounding Inputs
5. 29. Combining IO Buses
6. 30. Extending 1-bit Adder to multi-bit
7. 31. Signed Numbers Subtraction
1. 32. Dataflow vs Behavioral vs Structural
2. 33. Casting
1. 24. ALU
2. 35. Behavioral ALU
3. 36. ALU Overflow handling
4. 37. ALU Logic Operations
5. 38. ALU Integer Multiplication and Division
1. 39. Process
2. 40. Combinational Vs Sequential
3. 41. RS Latches
4. 42. RS Latch Operation
5. 43. RS Latch Demo
6. 44. D latch
7. 45. D Flip Flop
8. 46. Clock and data
9. 47. D Flip Flop Behavioral
10. 48. Fintie State Machine
1. 49. Project Introduction
2. 50. Project Implementation Part 1
3. 51. Project Implementation Part 2
4. 52. Project Implementation Part 3
5. 53. Project Implementation Part 4
6. 54. Project Implementation Part 5
7. 55. Project Implementation Part 6
8. 56. Project Implementation Part 7
9. 57. Project Implementation Part 8
10. 58. Project Implementation Part 9
1. 59. Digital Input
2. 60. Digital Output
3. 61. Internal Pull Up and Noise
4. 62. Arduino Boards
5. 63. Bread Board Basics
6. 64. Powering Arduino
1. 65. Sketch
2. 66. The Meaning Behind Loops
3. 67. Conditional Statements
4. 68. TinkerCAD Introduction
5. 69. TinkerCAD Simulation Part 1
6. 70. TinkerCAD Simulation Part 2
7. 71. UART
8. 72. Motor Status Over UART
9. 73. Debouncing
10. 74. Variables
11. 75. Switch Statement
12. 76. Arrays
1. 77. ADC
2. 78. TMP36 Connection
3. 79. TMP36 Interfacing
4. 80. DAC
5. 81. PWM Vs Analog
6. 82. PWM Analog Control
7. 83. Functions
8. 84. Speed Based Motor Control Part 1
9. 85. Speed Based Motor Control Part 2
10. 86. Speed Based Motor Control Part 3
1. 87. Interrupt Importance
2. 88. Buttons and Diodes
3. 89. Interrupt Application Part 1
4. 90. Interrupt Application Part 2
1. 91. LCD Terminal Breakdown
2. 92. LCD Application Part 1
3. 93. LCD Application Part 2
1. 94. What is IoT
2. 95. Node-Red
3. 96. MQTT
1. 97. Download IoT Source Files
1. 98. Downloading IDE
2. 99. Setting Up The Environment Part
3. 100. Connecting To WiFi
1. 101. Android Emulator
2. 102. Preparing NodeMCU Android Sketch
3. 103. Installing The Android Control App
4. 104. Testing Application
5. 105. Wiring Analog
6. 106. Adding Analog Control
7. 107. Testing Analog Over WiFi
1. 108. Preparing NodeJS And NodeRed
2. 109. Installing Packages
3. 110. Preparing The Broker
4. 111. NodeRED Backend Preparation
5. 112. MQTT Nodemcu and Callbacks
6. 113. Callbacks And ASCII
7. 114. Establishing MQTT Connection with NodeMCU
8. 115. Testing Applications
1. 116. Publishing Analog Data UI
2. 117. Testing Analog UI
3. 118. Understanding Interval Publishing with NodeMCU
4. 119. Programming Interval Publishing
5. 120. Node-Red Charts
6. 121. Node-Red ON-OFF Charts
7. 122. Node-Red Gauge
1. 123. Download RTOS Resource Files
1. 124. Multi Threading Intro
2. 125. Multi Tasking
3. 126. Scheduler
4. 127. Preparing The Tools
5. 128. Creating Multiple Tasks
6. 129. Creating Multiple Task P2
7. 130. C Macros
1. 131. Binary Semaphore intro
2. 132. Task Crashing Demo
3. 133. Semaphore Implementation
4. 134. Priority Semaphore
5. 135. Mutex Dimystified
1. 136. RTOS Queues and Data sharing
2. 137. Implementing Queue
3. 138. Checking Queue Status
4. 139. Sending Text To Queue
5. 140. C Struct
6. 141. Sending Struct To Queue
7. 142. Combining Queues And Semaphore
1. 143. Burning Raspberry OS
2. 144. Raspberry Headless Mode Configuration
3. 145. RapberryPi SSH
4. 146. Setting Up VNC for Headless Mode
5. 147. Setting Up Raspberry PI
6. 148. Setting Up The Resolution
7. 149. Checking Internet Connection
8. 150. What now?
1. 151. Introduction To Python
2. 152. Python Data Types
3. 153. Python Lists
4. 154. List Operation Functions
5. 155. Conditional Statements and Indent
6. 156. For Loop
7. 157. Functions
1. 158. Neural Networks
2. 159. Neurons
3. 160. The Neuron Calculations
4. 161. Training Data
5. 162. Multi-Class Training
1. 163. Deep Learning
2. 164. Features of an Image
3. 165. Convolutional Neural Network
4. 166. Convolutional Layer
5. 167. Activation Function
6. 168. Pooling Layer
7. 169. Fully Connected Layer
8. 170. CNN Full Model
9. 171. What will we do now?
1. 172. Installing with apt-get and pip
2. 173. Creating Virtual Environment
3. 174. Installing System Dependencies
4. 175. Installing Tensorflow and Keras
5. 176. Linking Interpreter with Virtual Environment
1. 177. Preparing Dataset
2. 178. CNN Part 1
3. 179. CNN Part 2
4. 180. CNN Part 3
5. 181. CNN Part 4
6. 182. CNN Part 5
7. 183. CNN Part 6
8. 184. CNN Part 7
9. 185. CNN Part 8
10. 186. CNN Part 9
11. 187. CNN Part 10
12. 188. CNN Part 11

About this course

$139.00
188 lessons
16.5 hours of video content

What is the most valuable thing about this course?

No other E-learning content tried linking all digital sciences with embedded systems like we did with this 17 hours content. Starting with FPGA and the VHDL hardware design programming language. specifically from the smallest signal which we call the bit, to building simplified calculation and registration units used in microcontrollers from scratch! And what I mean by scratch is, building it out of basic Logic gates and registers. Then Moving to AVR uC and the famous Arduino, and building it up to run The famous Realtime operating system (RTOS) in order to run Multi-threading based application. Then dialing it up a notch and introducing ESP boards to run IoT applications, establishing communication to Node-red, android devices and learning about remote access control. Closing the whole thing by introducing raspberry pi and Linux. And building up with a basic Python introduction, Neural Networks, before building Embedded Deep learning image processing based models. And all of that is hands on! No plain theory, no philosophical block of texts explaining useless concepts. Getting your hands dirty, is the my main drive here.

FPGA

RTOS

IoT & MQTT

Raspberry PI and Deep Learning

Arduino Prototyping

Section 1: The Story Of The Bit

Section 2: VHDL Source Files

Section 3: Combinational Logic Design

Section 4: Multiplexer Circuits

Section 5: Binary Representation

Section 6: Adder Circuits

Section 7: Design Techniques

Section 8: Arithmetic Logic Unit Design (ALU)

Section 9: Sequential Design

Section 10: VHDL Project - Data Path and Controller

Section 11: Arduino IO, Power and Interconnections

Section 12: Arduino Programming and Digital Simulation

Section 13: Arduino Programming and Analog Simulation

Section 14: Arduino Interrupt

Section 15: Arduino LCD Interfacing

Section 16: Introduction To IoT

Section 17: IoT Source Files

Section 18: Preparing NodeMCU (ESP32)

Section 19: IoT Android Control

Section 20: IoT, MQTT and Node-Red

Section 21: IoT Application Implementation

Section 22: RTOS Resource Files

Section 23: RTOS: Tasks

Section 24: RTOS: Semaphore and Mutex

Section 25: RTOS: Queues and Task Data Exchange

Section 26: Raspberry Pi

Section 27: Python: What you need to know

Section 28: Neural Networks

Section 29: Convolutional Neural Networks (CNN)

Section 30: Linux Libs Environment Preparation

Section 31: CNN Implementation

About this course