Embedded RTOS working frameworks seem to enable various projects to execute in the meantime. This is called multi-entrusting. Truly, every processor center must run a solitary string of execution at any given point in time. A piece of the working framework called the scheduler is in charge of choosing which program to run when, and gives the hallucination of synchronous execution by quickly exchanging between each program.
The kind of a working framework is characterized by how the scheduler chooses which program to run when. For instance, the scheduler utilized as a part of a multi client working framework (such as Unix) will guarantee every client gets a considerable lot of the handling time. As another case, the scheduler in a work area working framework, (for example, Windows) will attempt and guarantee the PC stays receptive to its client.
The scheduler in a Real Time Operating System (RTOS) is intended to give an anticipated (typically depicted as deterministic) execution design. This is especially important to inserted frameworks as implanted frameworks frequently have constant prerequisites. A constant prerequisites is one that determines that the implanted framework must react to a specific occasion inside an entirely characterized time (the due date). An assurance to meet constant necessities must be made if the conduct of the working framework’s scheduler can be anticipated (and is subsequently deterministic).


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Our Curriculum

Section 1:Introduction (Embedded System)  
Embedded C
Data Types
Section 2:C Programming   
Introduction to C Programming, Variables and Data Types
Input and Output, Condition Statements
Functions, Array, String
Pointer Concept, Structure and Union, File Handling
Section 3:8051 Microcontroller   
Introduction to 8051
Pin Configuration, LED Interfacing, LCD Interfacing
Keypad Interfacing, Motor interfacing, Timers, Counters
ADC, Serial Communication, Interrupts
Section 4:PIC Microcontroller   
Introduction to PIC Microcontroller
Pin Configuration, LED and LCD Interfacing, Keypad Interfacing
Motor interfacing, Timers, Counters, ADC
Section 5:AVR Microcontroller   
Serial Communication, SPI, I2C, Interrupts
Introduction to ATMEGA, Pin Configuration, LED and LCD Interfacing
Timers, Counters, ADC, Serial Communication, SPI
Section 6:AVR Micro Controller  
Keypad Interfacing
Motor interfacing
I2C, MAX 7221, RTC, Interrupts
Section 7:ARM Microcontroller   
Introduction to ARM
Pin Configuration
LED and LCD Interfacing
Section 8:Keypad Interfacing   
Keypad Interfacing
Motor interfacing
TimersSection 9: Serial Communication    60 Hrs
ADC, Serial Communication
GLCD (Graphical LCD)