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Aeronautical Project Report On Aircraft Structure

This Aeronautical Project Report On Aircraft Structure is about the Aircraft Structure. The aircraft structure is an important part, which depends on the optimum requirement of the customer and the environments in which it will be going to fly for the major time. It has to go various checks at a regular intervals of flying hours under proper inspection. This report contains the basic information regarding the components of an aircraft and the basic concept of its design, which contains pictorial presentation of Airplane components.

aeronautical-project-report-on-aircraft-structureThe report also provides the brief description of Aircraft Tires, which includes Aircraft Tire Construction, Tread, Tread Reinforcement, Breakers. Casing Plies/Cord Body, Beads, Flippers, Chafers, Bead Toe, Bead Heel, Inner liner, Tread Reinforcing Ply, Sidewall, Apex Strip. The structure of an aircraft must be such that it can bear the differential pressure as well as the cyclic loads due to continuous take offs and landings.
The pressurization system of an aircraft must be in tune with the aircraft structure so that the differential pressure between the cabin and ambient pressure is under a constant value. To sustain such high differential pressure, aircraft thickness should be high which in result in a high amount of dead load or known as weight of an aircraft and high cost of production, which is undesirable. The report also contains the example which has changed the aviation history from the structure point of view.

Conclusion:

There are various factors, which had changed the aviation history from the structure point of view such as the composites are being used to give extra strength to the material or the structure with a minimum addition to the dead load or weight of an aircraft. The factor of safety is designed to make the passenger journey comfortable and safe. The construction of an aircraft has to be done according to the requirement of the customer and the atmosphere or environments in which it will be going to fly.

Download Aeronautical Engineering Project Report On Aircraft Structure.

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File Cutter and Joiner Project

B.tech computer science final year students who are looking for a zip, rar type of java project then File Cutter and Joiner project can provide some knowledge. The main aim for developing this project to solve problem for transferring large files by splitting them in to specified sizes and combining spitted files in to single file without losing any data. File-Cutter-and-Joiner-Project.

In our daily life we come across situation where transferring large files will become a problem like sending large files through mail, writing data in to cd or storing data on to pen drive. This software file splitter will solve this problem by breaking large file in to different pieces with in a user specified size. We usually face problem in rearranging spited files in to single file, in this case mainly we lose data but this application can rearrange splitted files in to single file without losing any data. 

Now days we can see this type of applications are integrated in to mail like yahoo…Etc. By looking at this we can understand how useful this software can be in real life.

File Cutter and Joiner software provides three options for splitting large files.

 

1. Split to 1.4MB for floppy.

2. Split to fit in cd 650MB.

3. Split according to the user request. 

In order to provide security for the files this software includes password protection option. Using this option user can add password to each splitted file and reenter the same password to open the file. 

Using this software is very easy it takes very less space 20MB and it is stand alone application. 

File Cutter and Joiner Consist of the Following Modules

Admin

User

Custom Splitter

Merger 

For more information on this project you can download project report from this site for a free of cost. 

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Monitoring Project On DDOS attack for popular website project

Computer science students who are interested in developing website security related project,then Monitoring Project On DDOS attack for popular website project may provide some information for developing a project. The main idea for developing this project is to provide a solution for Distributed denial of service attacks on popular websites.MONITORING-PROJECT-ON-DDOS-ATTACK-FOR-POPULAR WEBSITE

DDOS attack is a commonly seen threat on web. By using new application layer based DDOS fetching information using HTTP requests to find out victim information are more undetectable.

In certain cases like using flash crowd event can cause serious damage for a popular website. 

Considering these DDOS attacks a new concept is developed which is based on document popularity. As we know access matrix is the used to find out the spatial -temporal patterns of a normal flash crowd. A new method in introduced in which multidimensional access matrix is used. A novel anomaly detector based on hidden semi-Markov model is proposed to describe the dynamics of Access Matrix and to detect the attacks. The entropy of document popularity fitting to the model is used to detect the potential application-layer

DDoS attacks. This project will provide numerical information based on website traffic data to show the accuracy of the present system. 

DDOS attack for popular website project is implemented in different modules.

Victim server & User Login

Training phase

PCA

ICA

HSMM

Data Preparation

Monitoring

Download CSE Online Monitoring Project On DDOS attack for popular website project .

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Project Report On Future Trends In Automobile Engineering

This Project Report On Future Trends In Automobile Engineering and the contents of the report are “Aerodynamically designing of vehicle and types of cars, Modern engine designing, a-ATFT technology of Hunk-VVT-I Engine of Toyota, Advance CVT Transmission”. Currently automobiles progress with many advanced technologies which makes journey safe and comfortable. This report also present some of the advanced technologies adopted in automobiles. As per the report the definition of Automobile is “a self -propelled vehicle”. The first three-wheeled automobile was built by Carl Benz a German Scientist in 1885 working on Otto cycle.

The report provides the brief details about Aerodynamics. Aerodynamics makes the car safer and makes it more fuel efficient. It is used in most of the cars today specially in race cars because there is more need of aerodynamics in high speeds cars. Second content of the report explain the Modern Technologies in Engine designing.

The next content explains about VVT-I stand for variable valve timing with intelligence. Older in port vehicles has VVT but no intelligence, these newer systems are more efficient and powerful because they do not operate off preset values, and they are “intelligent” and respond to live data for the current situation. This provides you with better fuel mileage, better horsepower and cleaner burning emissions. The other content of the report is continuously variable transmission, or CVT, is a type of automatic transmission that provides more useable power, better fuel economy and a smoother driving experience than a traditional automatic. Finally the report explain about the different kinds of Safety features such as Pre-Crash System, Assisted parking, Air Bags, Anti-lock braking system, Global Positioning system (GPS).

Conclusion:

The modern feature in Automobile will design the vehicles with the help of modern and advanced technology which provides comfort, safety, complete automotive emission standards. These features make the passenger journey comfortable and safe.

Download Final Year Project Report On Future Trends In Automobile Engineering.

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Project Report On Automobile Breathalyzer

This Project Report On Automobile Breathalyzer is about Automobile Breathalyzer, which start with Introduction and expanded with other topics such as Design, Performance Requirement, Cost and Schedule. A breathalyzer is an electronic device made to estimate Blood Alcohol Content (BAC). Automobile Breathalyzers can detect blood alcohol levels of suspected drunk drivers.

project-report-on-automobile-breathalyzerAutomobile Breathalyzers are generally used by common law enforcement to catch drunken drivers on the road. As a fundamental rule, it is prohibited and illegal driving if your breath registers over 0.08% Blood Alcohol Content (BAC).Automobile Breathalyzers can be installed in cars for citizens who constantly are under the influence of alcohol.

If a Breath Alcohol Test indicates that a driver exceeds Illinois’s 0.08% Blood Alcohol Content (BAC) limit, the Automobile Breathalyzer will disable a car’s ignition. Ignition interlock device like a breathalyzer, fitted on vehicle’s dashboard. Before the vehicle’s engine started, the driver first must breathe out into the device; if the outcome Blood Alcohol Content (BAC) analyzed result is greater than the programmed Blood Alcohol Content (BAC)—usually 0.02% or 0.04%, the device prevents the engine from starting.

Testing Procedures:

A suspected drunk driver should breathe in the device. This sample is input directly into the device. The device determines and displays the Alcohol Source’s Blood Alcohol Content (BAC) the electrical representation of this result (e.g., voltage) is fed into the Signal Processor for further analysis. The Signal Processor consists of amplifiers to augment the output signal from the device and a microcontroller to regulate access to the ignition and to trigger appropriate messages to the user. Based on outputs from the microcontroller, it indicates the conditions as “Pass,” “Fail,” and “Warning.”

Conclusion:

The Automobile Breathalyzer is a very useful device to suspected drunk drivers and Automobile breathalyzers should be installed into all vehicles, which Protects the vehicle user, public, and property from damages and injury.

Download Final Year Project Report On Automobile Breathalyzer.

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Implementation Of Zoom Fft In Ultrasonic Blood Flow Analysis

This is Implementation Of Zoom Fft In Ultrasonic Blood Flow Analysis short report about Implementation of Zoom FFT in Ultrasonic Blood Flow Analysis. An adequate blood flow supply is necessary for all organs of the body.

Analysis of the blood flow finds its importance in the diagnoses of diseases. Zoom-FFT technique is simple and affordable to detect the blood clots and other diseases.

This is one of the geographic expeditions made for scanning the intra details of some specific objects using ultrasound named SONOGRAPHY, which is used as an alternative to x-ray photography.

In this report, the method to zoom the image or the scanned data-using zoom FFT has been discussed. It also explains the algorithm to get ZOOM FFT and how it can be obtained via simulation.

Blood flow analysis is done by passing a  high  frequency ultrasonic wave in the blood vessels through a transmitter. The reflected signal is passed to a DSP processor to find the frequency spectrum.  Because  of the high frequency of the ultrasonic wave, the resolution of the frequency spectrum  output will not be good.

In Zoom FFT technique a very small frequency change due to the clot formation can be obtained with a good resolution. It can be used to locate the initial presence of a blood clot.

This project report proposes the Study of Bio-medical signal processing, Mixing down the input signal to the baseband frequency using Hilbert Transform, Finding the down sampling using the decimation process, Obtaining the spectrum output using fast Fourier transform, Simulation is done by Mat lab/C, TMS320C5X/6X DSP processor does the real-time implementation.

Conclusion:

Currently, the  report has been tested on the simulation basis, the output of the simulations are satisfactory. Real-time experimentation is being done, using the Piezo electric ultrasonic transducer for verification purpose. The frequencies content from the media are obtained and currently, they are being transformed to image as 2D for visual perception.

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BIO Medical Engineering Project Report On Magic Monitor

This is a BIO Medical Engineering Project Report On Magic Monitor which produced by Biomedical Engineering Department. This project report consists of ten chapters. This Project, “MAGIC ICU Monitor”, is made to measure and observe different Vital signs using various electronic components.

In an addition to diagnosing some cardiovascular diseases by analyzing the data is being measured.

The aim of this advance ICU monitor is to give physicians in the ICU a pre-idea about the diagnosis of the case and suggested emergency required. This project measure blood pressure, pulse ox meter, human body temperature and detect ECG signal and display all these parameters.

There are 4 basic stages in this project which are the Hardware circuit’s stage, the software stage, display stage and finally new technology stage.

The introduction part of the Project mainly consists of 5 separate hardware circuits which are as follows:

1.         ECG Monitoring

2.         Pressure Monitoring

3.         Pulse ox meter

4.         Temperature Monitoring

5.         Serial Interface

The report also explains the details of the mobile interface which display monitor data on PC and define the process of input data for reading and display. The concept mobile technology contains system data flow which provides the details of client-server and HTTP protocol. The report explains the details of software and domain requirement specification.

Conclusion:

In this Engineering Project, the development of intensive care units made the care for more seriously sick patients possible. It allowed utilizing more technically oriented tools to monitor and get information instantly about any changes in the patient’s physiological parameters and developed new strategies to save a life.

On the other hand, it raised ethical and professional issues related to some patients who had untreatable medical conditions or those who sustained unsalvageable damage to their vital organs. The diagrams, flowcharts, and tables provide the complete idea about the MAGIC MONITOR, which helps to understand the concept clearly.

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Online E-Tender Management .Net Project

Online E-Tendering Management .net project is for B.tech final year Information technology students who are interested in developing web based application which is implemented in ASP.NET. The main idea for implementing this project is to replace existing manual tender system with computerized system. Online-E-TENDER-MANAGEMENT -Net-Project

In present situation tender system is performed manually which involves lot of manual work and which is a time involved process. Record maintenance is not accurate there are many chances of loss of data which will cause serious problems while preparing reports. In order to involve in tendering process people should travel a long way. As we know in long time manual process leads to lot of problems. 

As the information technology is growing widely there is lot of scope for finding solution for this problem by developing a web based project like Online e-Tender Management system which can resolve all these issues. 

This web application provides organizations to register with this system and upload tender details. Since this application is visible from all over the world clients can log into this site and apply for tenders and submit their quotations to the organizations on the project by filling a from through online.                  

Companies are informed as soon as clients apply for tender so organizations can contact clients for further information or they can communicate through this application.                 

For more information on this project you can download project report from this site for a free of cost. 

System specifications for developing Online e-tendering project. 

The system must have the following software requirements: 

Visual Basic .Net (version 2.0)

Visual Basic .Net Framework (version 2.0)

SQL Server 2000/2005

Download CSE Online E-Tendering Management .net project .

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Java Project for Online University Admission

Information Technology final year students who are interested in implementing web application using java as programming language  Online University admission project can help you for gaining knowledge. The main idea for implementing this project is to replace existing admission procedure in educational institutions with a computerized admission system for improving services in universities. Java-Project-for-Online-University-Admission

Purpose 

Online University admission project covers entire admission functionality starting from notifications, exam dates, college fees, and announcements. This project will help colleges to prepare statistical reports on admission activates on daily basis. This procedure can reduce work load on employees and also save lot of time. 

Using this application admissions can be carried out from any were which will be very helpful for students who are far away from the institution this can save money and time for students.

This admission procedure will reduce paper work and admission organization will be easy and in scheduled manner. Using this application will reduce man power. Using this application students can verify there marks and details with other colleges. 

Scope 

This application will provide different modules where each module has different role and permissions.

Admission notification will be uploaded to this site. Using these site students can apply through online or offline.

Certificate verification is done by interconnection with different education board’s agencies.

Online hall ticket issuing procedure.

Online admission system will save time for students.

Software Requirement Specification for developing Online University Admissions.

Software Requirements:

Operating System              :           Windows XP/2003 or Linux/Solaris

User Interface                :           HTML, CSS

Client-side Scripting         :           JavaScript

Programming Language          :           Java

Web Applications              :           JDBC, JNDI, Servlets, JSP

IDE/Workbench                 :           Eclipse with MyEclipse Plug-in

Database                      :           Access

Server Deployment             :           RetHat JBoss AS

Hardware Requirements:

Processor                     :           Pentium IV

Hard Disk                     :           40GB

RAM                           :           256MB

For more information on this project you can download project report from this site for a free of cost.

Download CSE Online University Admission  Project report .

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Civil Registry .Net Project

Civil Registry .Net project is for CSE and IT final year students who are interested in developing government related project using ASP.NET,C#,SOAP , HTTP protocol and SQL. The main idea for Implementing this project is to provide better services for citizens while applying for driving license, Voter’s ID card, PAN card, Passport  and provide online registration facilities like birth certificate, marriage certificate …Etc. Using this application can even reduce work load for government employees. Civil-Registry -Net-Project

Civil Registry .Net Project is a web based application which will work as government agency to provide better services to citizens. As mentioned above this application will help for citizens to applying and registering for various government certificates. 

             This project will a best option for replacing existing manual process which require lot of time and resources. Civil registry project can replace existing system to provide better customer care, takes less time, accuracy and even reduce corruption. This web based application will act as a government agency service through which public can know information about application process, application status which can save lot of time for public as well as government employees. 

      In present situation where Information technology field is growing fast, implementing and maintaining this project will not be big task. This project creates lot of space for adding more features in to this application. 

System specifications for developing Civil Registry project 

HARDWARE DESCRIPTION

      The selection of hardware is very important in the existence and proper working of any software. When selecting hardware, the size and requirements are also important. 

Minimum Requirements:

      Processor         :     Pentium II class, 450MHz

      RAM               :     128MB

      Hard Disk Drive   :     3GB

      Video             :     800X600, 256 colors

      CD-ROM            :     Required 

The proposed System is developed on:

      Processor         :     INTEL Pentium 4

      RAM               :     512MB

      Hard Disk Drive   :     40GB

      Key Board         :     Standard 101/102 or Digi Sync Family

      Monitor           :     Display Panel (1024 X 764)

      Display Adapter   :     Trident Super VGA

      Network Adapter   :     SMC Ethernet Card Elite 16 Ultra

      Mouse             :     Logitech Serial Mouse 

SOFTWARE DESCRIPTION 

      Operating System  :     Windows XP

      Front- End        :     C#. NET with ASP. NET

      Back- End         :     MS SQL SERVER 2005 EXPRESS 

For more information on this project you can download civil registry cse project from this site for a free of cost.

Download CSE Civil Registry .Net  Project report .