Advanced career Track in Embedded System:

Syllabus:

Languages: C , Embedded  C

Microcontrollersâ?? & Microprocessors:

Hardware Interfacing :                      

• Interfacing of LEDs
• Interfacing of Switches
• Interfacing of Relays
• Interfacing of LCD
• Interfacing of 7 Segment Display
• Interfacing of ADC
• Interfacing of Stepper Motors
• Interfacing of DC Motors
• Interfacing of IR Sensors
• Interfacing of Ultrasonic Sensors
• Interfacing of MEMS Sensors
• Interfacing of RF Modules
• Interfacing of Mobile Phone using DTMF
• Interfacing of Real Time Clock
• Interfacing of Serial Memory
• Serial Communication
• Interfacing GSM module
• Interfacing of GPS module
• Interfacing of Camera
• Interfacing Using I2C Protocol
• Interfacing Using SPI Protocol
• PWM Techniques
• ZigBee / Xbee
• Interfacing of Bluetooth
• Interfacing of Wi-Fi
• Interfacing Ethernet
• Mobile WiFi and Bluetooth Applications
• CAN Protocol & its practical implementation
• IOT complete Module with practicals

RTOS:

• Introduction to RTOS â??Overview
• Process, Task & Thread
• Real-time systems concepts,
• Context switching, scheduling algorithm
• Re-entrancy, task priorities, mutual exclusion.
• Kernel structure
• Task Conflicts
• Task Communication
• Task creation & Deletion OsTaskCreate(), OsTaskdelete()
• Semaphores (Binary, Counter, Mutex)
• Events and Inter task Communication
• Semaphore
• Message Queues
• Mutex

µCos ii / FreeRTOS :

• Creating a Task in µCos ii / FreeRTOS
• Multitasking in µCos ii
• Creating & using semaphore in µCos ii / FreeRTOS
• Creating & using Message mailbox (mbox) in µCos ii / FreeRTOS
• Using Message Queue (mqueue) in µCos ii / FreeRTOS
• Develop Real time application using µCos ii / FreeRTOS services