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Robotics Using ARM


For aspirants looking to develop career in embedded systems and ARM microprocessor program from Binary talk can be the perfect launch pad to start your career. We, are one of the leading training facility specialized in ARM microprocessor for interested candidates, providing comprehensive training. The Embedded using ARM microprocessor training is imparted in accordance to the industry standards. An embedded system is a computer system designed for specific control functions within a larger system, often with real-time computing constraints. It is embedded as part of a complete device often including hardware and mechanical parts. By contrast, a general-purpose computer, such as a personal computer (PC), is designed to be flexible and to meet a wide range of end-user needs.

Course Duration :- 40 hours
Upon the completion of the Informatica course, the candidates will be able to do the following:
Utilizing state-of-the-art infrastructure, and latest technology implementation, the learners will get the best knowledge enhancement The Embedded using ARM microprocessor. You can opt from a wide range of The Embedded using ARM microprocessor, according

KEY FEATURES

Accredited Training Partner

To teach real programming skills

Build a solid understanding

Educated Staff

Timesheets

Video Lessons

Modules / Levels

Basics of Microcontrollers

Introduction to Microcontrollers

8/16/32 Bit Microcontrollers

General Architecture of Microcontrollers

Pin Configuration of Microcontrollers (Packages)

Introduction to ARM Processors

Introduction of ARM Processors

Evolution of ARM

32 - bit Programming

ARM7 Architecture

ARM7 Architecture

Instruction Set Architecture

LPC21xx Description

Memories & Peripherals

ARM Processor Programming

ARM Processor Programming in C

Using ARM Programming Tools

Debugging Techniques (JTAG)

I/O Device Interface and practical

Study of Input Output Devices

LED Display

Intelligent LCD Display

Stepper Motors and Types of Stepper Motors

Serial Communication Concepts

I2C Protocol

SPI Protocol

Practices on Boards

Advance I/O

ADC

USB

SD/MMC Card

GSM Module

Practices on Board

System Peripherals

Bus Structure

Memory Map

Register Programming

Memory Accelerator Module

Memory Map Control

Boot loader

External Bus Interface

External Memory Interface

Phase Locked Loop

VLSI Peripheral Bus Divider

Pin Connect Block

External Interrupt Pins

Interrupt Structure

Software Development

uVision IDE: Embedded C

Startup Code

Interworking ARM/THUMB Code

Locating Code In RAM

Inline Functions

Fixing Objects At Absolute Locations

Inline Assembler

Accessing User on chip Peripherals

General Purpose I/O

General Purpose Timers

Watchdog

PWM Modulator

Real Time Clock

UART

I2C Interface

SPI Interface

Analog To Digital Converter

Interrupt Service Routines

Software Interrupt

Hardware Debugging Tools

GPIO and hardware timers programming

PIN connect block description

PINSEL register description

IODIR, IOSET, IOCLR description

Style of coding for I/O

Timer registers descriptions (MR, TC, TCR etc.)

Timer C programming

Generating 1 sec delay using hardware timers

Project

Projects based on ARM processor

Conclusion

Latest trends in ARM Processor

Introduction to ARM9

Introduction to RTOS

Introduction to Embedded Linux on ARM

Introduction to Robotics

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