Module #7 Memory Optimization Techniques for optimizing memory usage in IoT devices (data compression, caching, etc.)
Module #8 Power Optimization Techniques for reducing power consumption in IoT devices (sleep modes, dynamic voltage scaling, etc.)
Module #9 Parallel Processing and Multithreading Introduction to parallel processing and multithreading for IoT devices
Module #10 Optimizing for Real-Time Performance Techniques for ensuring real-time performance in IoT devices (interrupt handling, event-driven programming, etc.)
Module #11 IoT Communication Protocols overview of popular IoT communication protocols (Wi-Fi, Bluetooth, LoRaWAN, etc.) and their optimization
Module #12 Data Compression and Encoding Techniques for compressing and encoding data for efficient transmission over IoT communication protocols
Module #13 Cache Optimization Techniques for optimizing cache usage in IoT devices for improved performance
Module #14 Optimizing for Security Introduction to IoT security threats and optimization techniques for secure software development
Module #15 Optimizing for Low-Power Wireless Communication Techniques for optimizing power consumption in low-power wireless communication protocols
Module #16 Firmware Update and Management Best practices for firmware updates and management in IoT devices
Module #17 Performance Measurement and Benchmarking Introduction to performance measurement and benchmarking techniques for IoT devices
Module #18 Optimization Tools and Frameworks Overview of popular optimization tools and frameworks for IoT device software development
Module #19 Case Study:Optimizing Software for a Specific IoT Device Real-world example of optimizing software for a specific IoT device (e.g. smart energy meter)
Module #20 Optimizing for Edge AI and Machine Learning Introduction to edge AI and machine learning optimization techniques for IoT devices
Module #21 Optimizing for IoT Device Interoperability Techniques for ensuring interoperability between different IoT devices and systems
