Embedded Linux Kernel Internals using ARM, Device Drivers - Contents

Modules and Projects in

Embedded Linux, Kernel Internals with ARM, Device Drivers

The Training consists of the following Modules and Projects:- (Detailed Description)

There are 14 Modules and 11 Projects in This Training
	1010 Hours of Training	180 Working Days		155 Sessions	175 Labs
Module No	Module Name
1	Linux Systems Administration ... 5 Working Days 5 Sessions 5 Labs After This Module/Project is over, the trainee should be able to understand / implemtnt the following:- Install Linux based Operating Systems. fedora, Ubuntu & Debian, Do User administration (setup and maintaining account), Maintain systems, Verify ports and peripherals, Quickly arrange repair for h/w in occasion of hardware failure, monitor system performance, Create and mantain file-systems, Install software and do software management, create a backup and recover policy, monitor Linux n/w communication, configure remote login services, update system as soon as new version of OS and application Software comes out using git, implement the policies for the use of the computer system & network, Setup security policies, have a strong grasp of computer security - firewalls, intrusion detection), understand Process control and Memory control Read More...
2	Shell Scripting using Bash ... 8 Working Days 10 Sessions 10 Labs After This Module/Project is over, the trainee should be able to understand / implemtnt the following:- Build Shell Scripts using Bash from scratch, Use structured commands, Handle user input, Debug Shell Scripts Understand advanced bash shell commands, Environment variables, and Linux File Permissions Present data, run and control Scripts with Ease, Create functions / graphics using scripts Do Scripting using sed, awk, gawk & regular expressions efficiently Configure, use make, makefile, Create makefile for system/nw configuration, device drivers compilation insertion Maintainig kernel and filesystems Shell Scripting for creating, maintaning Networks Shell Scripting for embedded linux kernel development Read More...
3	Linux Networking and Network Administration... 5 Working Days 5 Sessions 5 Labs After This Module/Project is over, the trainee should be able to understand / implemtnt the following:- Configuring Remote Login Services: Telnet and SSH, RFC 854, ICMP RFC 792, Security, Configuring TELNET on Linux based systems, Telnet 5250, Telnet data, Related RFCs, Telnet Clients. SSH: Installing Public keys manually and automatically, Using the ssh-agent program, X11 Session Forwarding, TCP Port Forwarding, SOCKS5 proxying, Running Commands Over SSH, Using SCP, using SSH Sessions. Configuring FTP and TFTP Servers FTP: Communication and data transfer, Login Anonymous FTP, NAT and firewall traversal, Differences from HTTP, Web browser support, Security-Secure FTP, FTPS, SFTP, FTP over SSH (not SFTP), FTP reply codes. TFTP: Introduction to protocol, TFTP Clients and Servers, RFC 1350, Configuring DHCP Server DHCP discovery, DHCP offer, DHCP request, DHCP acknowledgement, DHCP information, DHCP releasing, Client configuration parameters, DHCP options, Vendor identification, DHCP relaying, Reliability, Security. Configuring NFS Versions and variations, NFSv2, NFSv3, NFSv4, Other extensions, Platforms, Typical implementation, Protocol development. Configuring the Server, Configuring the Client, Locking, Automating Mounts. Read More...
4	Data Structures using C ... 35 Working Days 25 Sessions 35 Labs After the Module/Project is over, the trainee should be able to understand / implemtnt the following:- Comfortable with respect to programming in C. Able to Implement and use Data Structures using C. Proficient in Advanced data Structures in C. Having good understanding about gcc compiler. debug complex C programs using gdb. Adept with Project Management tools. Efficient with Source Code Control tools. Read More...
5	C++ with Eclipse and QT on Linux... 30 Working Days 20 Sessions 20 Labs After This Module/Project is over, the trainee should be able to understand / implemtnt the following:- understand Object Oriented Programming Concepts comfortable with respect to programming in C++. understand and create Constructors and Destructors understand Memory Management and Pointers Polymorphism: operator overloading, Function Overloading implement Friend Functions Implement and use Data Structures using C++. use C++ Standard Library: Input/Output with files implement Inheritance: single, public, private and protected, multiple, hierarchical, ultilevel, hybrid, multilevel, hybrid understand and implement Advanced Concepts: Templates, Namespaces, Exceptions, reprocessors be Proficient in Abstract Classes and STL Classes. Have good understanding about g++ compiler. debug complex C++ programs using gdb. Read More...
6	Linux Prog - client/server implementation using IPC & threads ... 15 Working Days 10 Sessions 15 Labs After This Module/Project is over, the trainee should be able to understand / implemtnt the following:- Understand the prosess management including process creation, duplication, replacement Understand the concept of signals and install signal handlrs work with advanced signal handling mechanism be well versed with ipc techniques like, pipes, fifo, message queues, shared memory implement synchronization techniques for access to shared resources using semaphores understand the concept of threads and implement multithreaded programs efficiently Read More...
7	Networking and Network Programming using Linux ... 15 Working Days 10 Sessions 15 Labs After This Module/Project is over, the trainee should be able to understand / implemtnt the following:- The Linux networking stack, Linux based Sockets efficiently, Implement elementary sockets, TCP sockets, UDP sockets, SCTP sockets Implement TCP client / server model, IO multiplexinu. select and poll Understand socket options like getsockapt, setsockapt, socket states, generis socket options, IPv4 sockets, ICMPv6 sockets, IPv6 sockets, fcntl Implementing SMTP client / server model, name and address conversions IPv4 and IPv6 inter-operability IPv4 client - IPv6 server, IPv6 client - IPv4 server, IPv6 address, testing macros, source code portability Deamon Processes and inetd Superserver Advanced IO functions and Non-blocking IO and ioctl operations Routing Sockets, key management sockets Broadcasting and Multicasting using Sockets Read More...
8	Character Device Driver Development ... 25 Working Days 20 Sessions 25 Labs After This Module/Project is over, the trainee should be able to understand/implemtnt the following:- understable device driver architecture for Linux, insert and register character device driver with the Linux Kernel, do complete initialization for the device driver Implement the following operations on the character device driver open. release, write, read, trim, lseek Implement the following synchronization techniques on the simultanious operations on through the driver... semaphore, completion, spinlock, blockingIO, wait queues, file locks, seqlocks, capabilities Implement advanced character device driver operations, IO using sequential files, IO control, software implemented filesystem - proc Timing measurements, delays, timers, kernel threads Interrupts: tasklets,shared queues, h/w, s/w interrupts, top bottom halfs Read More...
9	Parallel Port Device Driver Development ... 6 Working Days 5 Sessions 6 Labs After This Module/Project is over, the trainee should be able to understand / implemtnt the following:- Understand following Standards EIS/TIS-D, EIA/TIA-E, RS232, IEEE Standard 1284 - 1994 Implement Parallel Port Device Driver for IEEE 1284 standars for 74LS244 chip Implement all possible Modes of operation for parallel port contronics mode, Byte mode, compatibility mode, nibble mode, ECP mode and EPP mode. Read More...
10	Serial Port Device Driver Development ... 6 Working Days 5 Sessions 6 Labs After This Module/Project is over, the trainee should be able to understand/implemtnt the following:- Understand the RS232 protocol, Understand the Serial port driver architecture for Linux, able to interpreet data-sheet for the serial port chip write the serial port device driver for PC16550D UART with FIFO from scratch. able to sunchronize serial device with respect to baud rate of operation Read More...
11	Block Device Driver Development ... 10 Working Days 10 Sessions 10 Labs After This Module/Project is over, the trainee should be able to understand/implemtnt the following:- understand the Linux block layer, IO mechanism in Linux,, the concept of sectors, blocks, buffers & pages, the device driver architecture, the memory allocation and IO blocks creation, Implement complete block driver from scratch including... block device driver registration with linux kernel,, queue initialization, synchronization and timer initialization, initialization of block device structure, Operations support initialization for the driver, request functions and transfer functions, all 5 standard request function like - opening, closing, read, write ioctl and media change Read More...
12	Embedded Linux on ARM ... 10 Working Days 10 Sessions 10 Labs After This Module/Project is over, the trainee should be able to understand/implemtnt the following:- Understand ARM Embedded Microprocessor Architecture Write shell scripts using Bash, Understand Linux kernel Architecture Build a cross compiled toolchain configure bootloader U-boot Configure kernel internals, (cross)compile and boot a Linux kernel Port Embedded Linux kernel on ARM based board Create a simple, BusyBox based root filesystem from scratch understand block filesystems layers Create Flash filesystems – Manipulating flash partitions Cross-compile libraries and applications Use Embedded system building tools Configure, port and install an Embedded Linux OS on ARM based Device Develop and debug applications for the embedded system Do system optimizations Read More...
13	Python with Eclipse on Linux... 20 Working Days 20 Sessions 20 Labs After This Module/Project is over, the trainee should be able to understand/implemtnt the following:- Unserstand the Syntax and Semantics of the language Types and Operations: Numbers, strings, lists, dictioneries, tuples, files, Shared References, Dynamic Typing. Strings: Literals, metnods, formatting expressions, formatting method calls Statements and Syntax: Assignments, expression, prints, if-trsts and syntax rules, whie, for and nested loops, iterations and comprehentions, Python documentstion sources functions: Coding functins, definitions and calls, polymorphism, scopes, argumets Modules: Python program architecture, modules search path, module codeing basics, usage, namespaces, reloading, Module packages, data hiding Classes and OOPs: Class Coding Basics, Objects, Instance Objects, Inheritance, Operator Overloading, Designing with Classes Exceptions and Tools: Exception Basics, Exception Coding Details, Exception Objects, Designing with Exceptions Read More...
	1026 Hours of Training	180 Working Days	153 Sessions	180 Labs

Go to Top ^