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Embedded Training - Certifies Embedded Application develope
| Advanced Embedded Programming |
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Microcontroller Architecture
and Programmingv Introduction to C programming |
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Advanced C programming |
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Function calls, passing / returning
values, |
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Advance Pointers and Arrays, |
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Hashing and Bitwise operation |
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Data structure, |
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Dynamic memory allocation,
Introduction to OS services |
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Process , memory & I/O
management |
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Socket programming |
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Creating a linked list, linked
stack and queue, double and circular linked list, sparse
matrices, binary tree, |
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Interrupt handling in C |
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Code optimization issues in
Embedded C |
| Embedded
C application development |
| » Writing LCD drives |
| » Writing LED drivers |
| » Writing device driver for serial port communication |
| » I2C interfacing with serial EEPROM using special ISRs |
| » Stopwatch program on Embedded board |
| » Calculator program on Embedded board |
| Real
Time Operating System |
| » Introduction to real time operating systems (RTOS) |
| » Basic architecture and requirements |
| » Inter task communications and task management |
| » Scheduler: Task assignment and scheduling |
| » Why does it make sense to use a real-time kernel? |
| » Multitasking techniques |
» Real time kernels |
| » Hard time systems |
» Time and memory management |
| » Real time scheduling |
» Types and features |
| » Interrupts service routine (ISR) |
» Priority and its inversion |
| » v Detecting errors |
» Deadlocks |
| » v Shared resources |
» Message queue and mailbox |
| » Preemptive and non preemptive kernels |
» Interrupt latency |
| » Kernel initialization |
» Event control block |
| » Semaphores management |
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| » Porting RTOS and embedded operating systems |
| » Performance metric, property of RTOS development environment |
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