Embedded System Long Term Course

7/29/2019 Embedded System Long Term Course

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Apex Techno Softwww.apextechnosoft.com

EMBEDDED SYSTEM LONG TERM

Embedded System Introduction Overview of Embedded System

What is System? What is Embedded System? History of embedded System Why Embedded System necessary? Embedded System Application Areas

Design & Development of Embedded System Introduction Embedded System Architectures Variety in Embedded System Different Embedded Processors Categories of Embedded System Classifications of Embedded System

ASIC & FPGA Solutions Peripherals Tools & Machine Concepts of Embedded System

Assemblers & Compilers Linkers Loaders Debuggers

oIDE,ICE,ICD Parallelism & Concurrency Pipelining & Multitasking Software Tools


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Philosophy of Microcontrollers Microprocessors Vs Microcontroller What is Processors? How to Differentiate Microcontrollers from Microprocessors Glue Logics Memory Mapping

Microcontroller Basics Introduction Frequently Used TermsNotations

Microcontroller Components Processor Core Memory

Digital I/O Analog I/O Interrupts Timers Counters Other Features

Communication Interfaces SCI(UART) SPI IIC(I2C) CAN


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8051 Microcontrollers 8051 family Various Microcontrollers Introduction Package based microcontrollers Features based microcontrollers Microcontroller product vendors

8051 Microcontroller Architecture Pin out Details Data Transmission Bit Timing Memory Organization Registers I/O Ports Programming Timer / Counter Programming Interrupts Handling Programming Serial Communication Programming

Interface Devices with 8051 (Hands On) LED & 7 Segment Display interface 16x2 Alphanumeric LCD interface Matrix Keypad Interface RTC interface EEPROM interface ADC & DAC Interface DC motor Interface STEPPER Motor Interface Interrupt Switcher interface Serial RS-232 Interface


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Embedded System Languages Assembly Language How to program ALP? Syntax of ALP Pseudo Codes How to Use the Assembler Environment Macro Assembler First pass Assembler Second Pass Assembler ALP Instruction Set for 8051

C & Data Structures History of C Language Characteristics of C Language Constants Data Types Variables Operators Expressions Functions Arrays Pointers Structures & Unions Input & Output in C Pre Processor Directives Bitwise Operators


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Embedded C

How to Program Embedded C? Converting Embedded C to Hex Using the Compiler Environment IO Port Programming Timer Counter Programming Serial Port Programming Interrupt Programming LCD & Keypad Programming

PIC Microcontrollers PIC 16f8xx Family Microcontroller Device Overview Pin out Details Core Architecture

Memory Organization I/O Ports Data Space Code Space PWM Modules MSSP Module ADC & DAC USART Core SFRs Stack Watch Dog Timer Pipelining


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Interface Devices with PIC 16f877 (Hands On)

LED & 7 Segment Display interface 16x2 Alphanumeric LCD interface Matrix Keypad Interface RTC interface EEPROM interface ADC & DAC Interface DC motor Interface STEPPER Motor Interface Interrupt Switcher interface Serial RS-232 Interface

AVR Microcontrollers ATMEL AVR Architecture Overview AT mega 16 Architecture

Non Volatile & Data Memories Peripheral Features Physical & Operating Parameters Serial Communication Subsystem Analog to Digital Conversion Port Internal Subsystem Interrupt Subsystem Timing Related Terminology Timing Subsystem Atmel AVR Operating Parameters AT mega 16 Register set Pulse Width Modulation


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Interface Devices with AT mega AVR (Hands On)

LED & 7 Segment Display interface 16x2 Alphanumeric LCD interface Matrix Keypad Interface RTC interface EEPROM interface ADC & DAC Interface DC motor Interface STEPPER Motor Interface Interrupt Switcher interface Serial RS-232 Interface

ARM Processor Overview of Advanced Risc Machine Introduction to the ARM Architecture ARM Processor Family Thumb Vs ARM ARM Bus System Processor Operating Modes Processor Core Vs CPU Core Different Pipelining NXP LPC 2100 Family Architecture Blocks Data Size & Instruction Set AMBA AHB APB/UPB ARM CPU CoresNomenclature


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ARM 7 CPU Core

Outline Pipe Line ARM 7 TDMI-S Architecture Registers ARM 7 Instruction Set Thumb Instruction Set System Peripherals User Peripherals LPC 2129 On Chip Features

ARM Advanced CPU Cores ARM 9 ARM 11

ARM 7 Development Kit - LPC 2129(Hands On) 8 LED Array & 7 Segment LED Display 4 Channel 10- bit ADC CAN Ports with CAN Transceivers Serial Port for ISP An RS-232 Serial Port JTAG Wiggler for Debugging LCD Display Interface 24cxx I2C Interface Matrix Keypad 4 Interrupt Switches Buzzer Example Codes for the Peripheral Devices


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Robotics (Hands on) Introduction Robotic Components Structures Gears Wheels

Line Sensing Robot Edge Detector Robot Distance Measuring Robot Light Follower Robot Obstacle Detector Robot Mobile Controlled Robot Remote Controlled Robot Stealth Robot Pick & Place Robot Conveyer Robot Axis Robot

Wireless Modules (Hands on) GSM AT Commands How to work with GSM Modem? How to Interface GSM Modem with Microcontroller Make the Application with GSM Specifications of SIM 300


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GPS

Introduction How to work with GPS Modem? How to Interface GPS Modem with Microcontroller Make the Application with GPS

RFID Reader How to Configure RFID for Application How to use the RFID for Authentication How to interface RFID with Microcontroller

RF Devices Transmitter Receiver Transceiver

Point to Point IR Transmitter IR Receiver

Transducers (Hands on) Introduction Transducer Simple Control System

Classification of Sensors Temperature Sensors Pressure Sensor Light Sensors


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Position & Displacement Transducers

Hall Effect Sensors Linear Position Angular Position

Signal Conditioning General Modern Application Using Transducers

Embedded Linux What is Linux? Components Structure Utilities of UNIX System Commands of UNIX System Gvim Editor Operating System Red Hat Cent-OS Work with Linux Environment

Embedded - OS Operating System Basics Introduction about Process Management What is Process? Inter Process Communication Memory Management I/O Subsystem


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File System Organization Posix Posix Thread Programming What Are P Threads? Why P Threads? Design Philosophies of Threaded Programs Posix Thread API Program Based on Posix Threads

Real Time Operating System IntroductionNon-Real Time Systems Real Time Systems Real Time Scheduling Performance Metrics Considerations Memory Management Priority Based Scheduling RTOS requirements

RT- Linux Operating System Introduction Compiling RT- Linux Configuring RT- Linux Why RT - Linux

Embedded System Long Term Course

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