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Home
Courses
Freshers Hiring
Coding
Quantitative Aptitude
Logical Reasoning
Verbal Ability
Effective Communication
Problem Solving
Tips for Interview Clearance
Main Courses
Full Stack Web Development
Data Science
Hadoop
DevOps
Internet of Things (IoT)
Campus Recruitment Training (CRT)
Digital Marketing
Artificial Intelligence (AI)
Apache Spark
Blockchain
Cyber Security
Machine Learning using Python
MERN Stack
MEAN Stack
Cloud Technologies
Amazon Web Services (AWS)
Salesforce
Microsoft Azure
Google Cloud
Web Development
HTML5/CSS3
ASP.NET
ASP.NET MVC
Bootstrap
PHP
Angular
AJAX
Programming Languages
Python
C Language
C++
C#.NET
Data Structure
Go
Testing
Selenium
Mobile Apps
iOS
Android
Flutter
React Native
JavaScript
JavaScript
jQuery
NodeJS
React
Java
Core Java
Advanced Java
Spring
Spring Boot
Hibernate
Struts
XML Web Services
Database
SQL Server
Oracle
MongoDB
Automation
Robotic Process Automation (RPA)
Automation Anywhere
Blue Prism
Operating Systems
Linux/Unix
Softwares
Ruby on Rails
Analytics
R Programming
Software Training
Classroom Training
Online Training
Weekend Training
Corporate Training
Special Batch Training
Trainers Profile
Services
Internship Program
Projects
Live Projects
IEEE Projects
Realtime Projects
Overseas Education
Insights
Success Factors
World Class Software Training
Career
Placements
Placement Registration
Placement Assistance
Certification
Job Openings
Interview Questions
New Batches
Classroom Schedule
Online Schedule
Weekend Schedule
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Free Online Workshops
Videos
Advanced Embedded Training
Home
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Advanced Embedded Training
Advanced Embedded Training
By:
Mr Janardhan Veeramreddy
Course Content
Advanced Embedded Training
Practical C
Introduction to C
Why C in Embedded
ANSI Standard
Fundamentals of C
Datatypes and Constants
Simple & Formatted I/O
Memory Usage
Operators & Expressions
Flow Control
Loops
Functions
Role of Functions
Pass by value / reference
Returning values from Functions
Recursive Functions
Call Back Functions
Implications on Stack
Library Vs User defined function
Passing variable number of arguments
Arrays
Defining, initializing and using arrays
Multi Dimensional Arrays
Arrays of Characters and Strings
Arrays and Pointers
Passing arrays to functions
String handling with and without library functions
Storage Classes
Scope and Life
Automatic, Static, External, Register
Memory(CPU / RAM)
Structures & Unions
What structures are for
Declaration, initialization
Accessing like objects
Nested Structures
Array of Structures
Passing structures through functions
Allocation of memory and holes
Structure Comparison
Structure bit operation
Typedef for portability
Unions
Overlapping members
Enumerated data types
Enum, Indexing, enum Vs #define
Bit Operations
AND ( & ), OR ( | ), XOR ( ^ )
Compliment ( ~ )
Left-Shift ( << ), Right Shift ( >> )
Masking, Setting, Clearing and Testing of Bit / Bits
Pointers
The purpose of pointers
Defining pointers
The & and * operators
Pointer Assignment
Pointer Arithmetic
Multiple indirections
Advanced pointer types
Generic and Null Pointer
Function Pointers
Pointers to Arrays and Strings
Array of Pointers
Pointers to Structure and Union
Pointers to Dynamic memory
Far, Near and Huge Pointers
Pointer Type Casting
Dynamic Memory Allocation
Malloc(), Calloc(), Realloc(), Free()
Farmalloc(), Farcalloc()
File Handling Concepts
Concept of a FILE data type
Inode, FILE structure
File pointer
Character handling routines
Formatted Data Routines
Raw data Routines
Random Access to FILE
Command line Arguments
Argc, argv
Variable Inputs to the main
Compiler in Practical
Preprocessor Directives
Compiler, Assembler, Linker
Conditional Compilation
Multiple File Compilation
Code Optimization techniques
Volatile, #pragma
Data Structures
Linear & non-linear
Homogeneous & non-homogeneous
Static & Dynamic
Single, Double & Circular Linked Lists
Stacks & Queues
Binary Trees
Sorting and Searching Techniques
Insertion, Selection, Bubble, Merge, Quick, Heap
Concepts and Real-time Exposure
Development Tools and Environment
Make Utility
Industry Coding Standards
Object / Executable File Format
Debugger
Linux Internals
Introduction
Kernel Architecture
Application
Shell and Services
System Calls
Error Handling
Library
Linker and Loader
Static Dynamic Library
Process Management
Process Control Block
Process Creation and Exit
Process Scheduling Policies
Process Limits
Process Priorities
Foreground & Background Processes
Race Condition
Synchronization
Copy-on-write
Process time values
Daemon Process
Interrupts
Process Interrupt
Raise of Signal
Catching signal
Signal action
File Management
Files and File Attributes
File Descriptor
File I/O
Duplicating File & File Descriptor
File Control operations
File types
Protection
Inode
Inter Process Communication & Synchronization
Pipe
Fifo
Message Queue
Shared Memory
Client – Server properties
Semaphore
Threads
Creation
Termination
Synchronization
Attributes
Memory Management
Paging
Reentrancy
Segmentation
Virtual Memory
Memory Protection
Memory Sharing
Shell Script
Types of Shell
Shell Variables
Control Statements
Looping
Command Line Arguments
Networking and TCP/IP Applications
Networking and TCP/IP Applications
Network Structure
Classifications and Topologies
Switching and Routing
Gateway, repeater, Hub, Bridge
OSI & TCP/IP Protocol Layers
Physical & Logical Addresses
ARP & RARP
Internet Protocol
Routing Protocol and IP Datagrams
Error and Control Messages (ICMP) UDP
Transfer Control Protocol
TCP Networking Applications
(FTP, TFTP,TELNET,DNS,DHCP,SNTP,POP3,IMAP,SNMP)
Socket Programming
Overview
Concurrent Processing
Programming Interface
Socket Interface
Client / Server Design
Concurrent Connection-Oriented Servers
Socket Calls for TCP and UDP
Single Process
Concurrent Servers
Remote Procedure Call
Implementation of TFTP / SMTP
Real Time Operating System
RTOS RT-LINUX
RT- Linux
Different types of Operating systems
RTOS basics – Linux as Real Time
RTOS Introduction (Hard Real Time, Soft Real time)
Latency in Linux, Priority Inheritance
Linux 2.6 features for realtime
2.6 Kernel Compilation
RT LINUX patching
Linux RTPREEMPT Patches
Configuring the Kernel with RT-PATCH
Implemantation of Real Time application
Linux real-time API
Measuring and camparing scheduling latency in standard Linux and in RT-Linux with the latest RT patches
Porting RT-Linux on ARM and application development
Object Oriented Programming with C++
Overview
Characteristics
Function Overloading
Scope Resolution Operator
Classes in C++
Access Specifiers
Constructor, Destructor
Static members, Functions
Friend Classes, Friend Functions
Operator Overloading
Data Conversions
Inheritance, Polymorphism
Exception Handling, Templates
Input and Output Streams
ARM
Introduction
Core Features
Version History
Data Flow Model
Registers
CPU Modes
Memory Organization
Interrupts
Pipelining
ARM Assembly Language Programming
Addressing Modes
ARM 7 Instruction Set (20/80% -rule of assembly language)
Usage of Keil IDE
Demonstrating ARM ISA
Demonstrating THUMB ISA
ARM Embedded C language Implementation
Exposure to an ARM7 CPU Core Based Microcontroller
LPC2114-ARM7 Based Microcontroller from Philips Semiconductors
On-Chip System Peripherals
Bus Structure (AMBA)
Memory Map
Phase Locked Loop
VPB Driver
Pin Connect Block
On-ChipUser Peripherals
General Purpose I/0 : Demo using switch & LED
Vectored Interrupt Controller (VIC)
External Interrupts : Demos
MCU: LPC11C24
CPU: ARM Cortex
IDE: Keil MDK ARM
RGB LED
7-Segment Display
Matrix Keypad
16X2 LCD
EEPROM
PWM
Interrupts
Serial Communication
Debugger: Simulator/ ULINK2
RTOS: FreeRTOS
Multitasking
Task Management
Semaphores
Mutexes
Message Queues
Interrupt Service Routines
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