Useful Links
Computer Science
Control Systems
Embedded Systems Programming
1. Introduction to Embedded Systems
2. Hardware Fundamentals for Embedded Programming
3. Embedded Programming Languages and Concepts
4. Development Environment and Build Process
5. Real-Time Systems and Operating Systems
6. Hardware Interfacing and Communication
7. Device Driver Development
8. Debugging and Testing Embedded Systems
9. Advanced Embedded System Topics
Hardware Interfacing and Communication
Hardware Interface Fundamentals
Electrical Characteristics
Voltage Levels
Current Requirements
Signal Integrity
Noise Considerations
Signal Types
Digital Signals
Analog Signals
Mixed-Signal Interfaces
Timing Considerations
Setup and Hold Times
Propagation Delays
Clock Domains
Hardware Abstraction
Hardware Abstraction Layer Design
Portability Considerations
Driver Architecture
Parallel Communication
Parallel Bus Interfaces
Address Bus
Data Bus
Control Signals
Memory Interfaces
SRAM Interface
Flash Memory Interface
SDRAM Interface
Parallel Peripheral Interfaces
LCD Interfaces
Keypad Interfaces
Serial Communication Protocols
UART Communication
UART Configuration
Baud Rate Setting
Data Bits
Parity Bits
Stop Bits
Flow Control
Hardware Flow Control
Software Flow Control
Error Detection
Multi-Drop Networks
SPI Communication
SPI Bus Architecture
Master-Slave Configuration
Multiple Slave Selection
Clock Configuration
Clock Polarity
Clock Phase
Data Transfer Modes
SPI Variants
I2C Communication
I2C Bus Architecture
Two-Wire Interface
Open-Drain Configuration
Addressing Modes
7-bit Addressing
10-bit Addressing
Data Transfer Protocol
Start and Stop Conditions
Acknowledge Mechanism
Bus Arbitration
Clock Stretching
Multi-Master Operation
USB Communication
USB Architecture
USB Device Classes
USB Descriptors
Endpoint Configuration
Ethernet Communication
Ethernet PHY Interface
MAC Layer Implementation
TCP/IP Stack Integration
Automotive Communication Protocols
CAN Bus
CAN Frame Structure
Message Arbitration
Error Detection and Handling
CAN FD (Flexible Data Rate)
LIN Bus
Master-Slave Architecture
Frame Structure
Scheduling and Timing
FlexRay
Time-Triggered Communication
Fault Tolerance
Network Topology
Industrial Communication Protocols
Modbus
Modbus RTU
Modbus ASCII
Modbus TCP
Function Codes
Profibus
Profibus DP
Profibus PA
Communication Models
EtherCAT
Real-Time Ethernet
Distributed Clock
Process Data Objects
Wireless Communication
Wi-Fi
802.11 Standards
Network Configuration
Security Protocols
Power Management
Bluetooth
Classic Bluetooth
Bluetooth Low Energy (BLE)
GATT Profile
Advertising
Connection Management
Mesh Networking
Zigbee
IEEE 802.15.4
Mesh Network Topology
Application Profiles
LoRaWAN
Long-Range Communication
Network Architecture
Device Classes
Cellular Communication
2G/3G/4G/5G Technologies
AT Command Interface
Data Communication
Previous
5. Real-Time Systems and Operating Systems
Go to top
Next
7. Device Driver Development