Linux Project CSE Final Year Project Report

Introduction to Linux Project:

The aim of the project is to field creation Linux clusters on condition that LIVEMORE Computing (LC) users by means of the Liver more Model programming surroundings at LLNL. The details about all this described in the past, this was trained by means of variants of the UNIX operating system on proprietary hardware, i.e. with the usage of Linux on near-commodity hardware. we thought that we possibly will acquire further gainful clusters, present improved support to our users, and generate a stand from which open source system software possibly will be developed together with strategic partners and leveraged by the high-performance computing (HPC) the world at huge.

The focal point of the Linux work is to double. First, we deal with the technical space between Linux software and the Livermore Model all the way through a mixture of local software development hard work and group effort. Second, we take part in the design, getting hold of, and carry of these clusters.

The Livermore Model:

The strategy of the LC scalable system is, branded as the Livermore Model (Seager, 2002) and depicted in is to make available a regular application atmosphere on all LC construction clusters. This permits very much difficult scientific simulation applications to be portable across generations of Hardware architectures and stuck between currently available operating systems. The strategy need to make available a unwavering applications development environment in view of the fact that about 1992, when the Meiko CS-2 MPP was introduced at LLN.

The Linux Project even though successful, effort still now has considerable areas for development. The Luster Lite parallel file system and the SLURM resource manager will mutually be deployed in fall 2002. These are significant hard work that requires minor change under construction stresses. The CHAOS attempt will continue to create releases driven by design growth.

Project Report on Linux From Scratch

Introduction to Linux From Scratch Project:

The LFS’s is to provide the need of understanding to the learner about the Linux System and its features. The interesting one in learning the Linux is to make Linux environment according to our needs and likes. The important feature of the Linux is it gives us to control the system rather than depending on others Linux program. 

The other advantage of the LFS is prepared a compact Linux system. While the installation of the current distribution, many programs are needed to add which are actually not required. The programs occupy the disk space and reduce the CPU capacity. 

The very important feature is the security in custom generated Linux. The whole system is compiled by the source code which enables the user to do audits of all and the security where ever required. 

Module: The module for the new Linux distribution is compiled in such a way that the new Linux system is generated in the already installed Linux distribution. They might be Red Hat, Debian, Mandriva and SUSE. The existing Linux now hosts as the preceding point for the required programs along with the compiler, and a linker, shell for creating a new Linux System. There are five modules to create LFS system which are following.

  1. The new Linux native partition and file system to be generated.
  2. The need of downloading the required packages and patches
  3. To construct a temporary system
  4. To construct a LFS system 

The Existing System 

The existing system has many programs to be installed, some are not useful. It also occupies the large storage volume. The system is not according to the user interests. The protection of the system is more concerned. 

The Proposed System 

The Proposed system consists of more advantages. The LFS system is created in compact system. It is user orientated due to customized. This system is safer. It can be audited easily. 

The Hardware required are Processor Pentium IV, 512 MB RAM, 80 GB Hard disk drive. The Software consists of operating system is Linux.

Download  Project Report on Linux From Scratch.

A Linux Device Driver for USB to USB Direct Link Device Project Report

A Linux Device Driver for USB to USB Direct Link Device Project Report covers detailed explanation about project. Here we provide introduction to topic.

USB is referred to as universal serial bus came into existence in the year 1996 and its second version was released in the year 2000 which is capable of transferring the data with 480 Mbps speed. The product cost is less with higher rate of data transfer and gained more importance in this computer world. Nowadays this USB interfaces are allowing the users to connect different devices to the PC’s and every operating system will support this device. By using Linux there is no possibility for data transfer but by using this USB cables different types of data transactions can be performed between two systems. The operating systems related to Linux are not capable of providing the access through remote among the two PC’s but the file bandwidth is been used in order to transfer or share the files between two different computers or laptops which can be easily performed in operating system of Windows.

The main objective of this study is to create a system that supports USB remote access to transfer the data and files between two different systems and it includes two stages such as Kernel Module which is known as USB driver as well as user interface. In Kernel module phase the device driver will be designed which is called direct cable for connecting the two systems which suits best for operating systems of Linux. The low level system designed in this part will allow the users to transfer accurate, reliable and genuine files transfer among the systems. In this user interface stage, users can access the USB device remotely which provides transparent data access to the users in which the client server will be used that have three resources such as server side program, client side program as well as GUI QT.

Hardware Requirements:

  • USB Direct link cable
  • Intel P4 processor
  • 128MB Ram

Software Requirements:

  • Linux Kernel 2.6
  • GCC
  • QT

Download A Linux Device Driver for USB to USB Direct Link Device Project Report.

Final Year Linux Projects

List of final year linux projects:

Download latest collection of final year linux projects with source code and project report for free of cost. Projects listed here are part of previous year major and mini projects. Students can downlod these projects and use them as reference for final year projects.

submit  final year linux projects to us.

Links to download   Linux projects:

  1. Android Operating System a C++ Project
  2. V3 Mail Server a Java Project
  3. Mcafee Network Access control a Linux C++ Project
  4. LINUX From Scratch a Linux Mini Project
  5. Design of Intranet Mail System Project
  6. Online Tendering CSE Project.

download more  final year linux projects.

Linux Projects Using C

List of linux projects using c:

cse and it final year b.tech students can download latest collection of linux projects using c with source code,project report for free of cost. Projects listed here will be useful as reference documents for cse and it studens for there final year major and minor projects.

submit linux projects using c to us.

Links to download   linux projects using c:

  1. Android Operating System a C++ Project
  2. V3 Mail Server a Java Project
  3. Mcafee Network Access control a Linux C++ Project
  4. LINUX From Scratch a Linux Mini Project
  5. Design of Intranet Mail System Project
  6. Online Tendering CSE Project.

download more  linux projects using c.