Embedded Linux System Development
Introduction to Embedded Linux
Basic requirements for Embedded Linux Product Development
Building Development Environment
Target & Host Setup (ARM 9 based platform)
Setting Up Networking Services - TFTP, DHCP, HTTP, FTP etc
Bootloader commands and usage
Loading RootFS using - TFTP, NFS, USB, SD/microSD
Building an Embedded File System – Busybox, Ramdisk
Building Your Own Embedded Linux Distribution
Embedded Linux Boot Sequence
Bring up X11 (X-Windows) on Embedded Platform (GUI)
Loading various RootFS (Distributions) in platform
Linux Device Drivers and Kernel Development
An introduction to device drivers
Kernel Module Programming Basics
Kernel Debugging Techniques
Accessing Hardware Mechanisms  
The proc file system programming
Communicating with Hardware  
Hardware and Interrupt Handling
Tasklets and Bottom halves
Kernel Threads
Sleep and wakeup (wait queues)
Buffer allocation
Memory Mapping and DMA
Memory Management
Kernel Synchronization   
Concurrency and Race Conditions
Time, Delays and Deferred Work
The Linux Device Model
Character Device Drivers
Enhanced Character Device Drivers
Programming with ioctl( )
Netlink socket interface
Network Drivers
Block Device Drivers
Adding a Driver to the Kernel Tree
A sample device driver project

Schedules of Batches :

Linux Device Drivers and Kernel Development
An introduction to device drivers
Kernel Module Programming Basics
Kernel Debugging Techniques
Accessing Hardware Mechanisms  
The proc file system programming
Communicating with Hardware  
Hardware and Interrupt Handling
Tasklets and Bottom halves
Kernel Threads
Sleep and wakeup (wait queues)
Buffer allocation
Memory Mapping and DMA
Memory Management
Kernel Synchronization   
Concurrency and Race Conditions
Time, Delays and Deferred Work
The Linux Device Model
Character Device Drivers
Enhanced Character Device Drivers
Programming with ioctl( )
Netlink socket interface
Network Drivers
Block Device Drivers
Adding a Driver to the Kernel Tree
A sample device driver project

   Schedules of Batches :

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Network Introduction - OSI, TCP Models, IPv4, IPv6

Process And Signals

Management - Daemons, Signals

Interprocess Communication
- Pipes, FIFO's, Message Queues, Semaphores
- Shared Memory with Examples on client - server model

Socket programming

Server Application Design
- Interative Servers
- Concurrent Servers
- Select, System Call
- Telnet, Netstat, TFTP & POP3

Threading
- Basic thread functions
- Communication b/w threads
- Syncronization b/w threads
- Mutual Exclusion b/w threads
- Multi thread concurrent Server