Medical Image Compression Algorithm CSE Project Abstract

The images and the images compression have their own different configurations on which they function. The main and the similar thing that they have are the capability of gathering the image information and its detailed are stored in a less place or in less area inside the images. In this medical Image Compression system the images and the pictures are executed by the wavelet transformation and then the needed features are then selected to process the image to the final stage. This execution and the process method were set by the JPEG2000. By the time the image gets processed the ratio of the image gets a little low in ratio then the JPEG standards.

The algorithm that are allocated to the system development are Multi ROIs which has the extra feature of the prevention of edge algorithm, Here the Human eyes has the physiological and the psychological features that are used in this system for development purpose. The steps that are used in the algorithm are firstly the ROI algorithms are chosen by hands. Secondly is the image data separation in this the ROIs and the non ROIs. This later can directly transferred to the various multiple regions and areas. Third step is the Image compression and the fourth step is the Bit stream integrations.

These medical images that are compressed are always preserved by the features of the edge algorithms. In this mentioned algorithm the necessary information is gained first and then the ROIs are then chosen and are encoded after this process.

The practical conclusion shows the observation that the compressed made images are more superior to the standard SPIHT algorithms. The PSNR algorithm also has the large superiority then that of the JPEG2000 algorithms. This images that are then allotted to the medical image compression are then acquired a great value in the current period of time.

NIT Computer Science Project Thesis Report on Image Compression Using Fractal Algorithms

Introduction to Image Compression Using Fractal Algorithms Project:

This system is used for making the image smaller in the resolution size by making the use of the algorithms called the fractal algorithms. These digital pictures that are captured have a material element in it called as the image pixels. These digital images are normally very brighter and very clear as comparing it to the image views.

As the pixels of the images are made lesser and lesser the clearity of the images goes on increasing and hence these digital pictures are capable of any standard scale measurements. This pixel is measured by the unit called the Entropy. This unit gives the detailed information related to the images.

In this system a device called the Human Visual System abbreviated as the HVS is been situated which requires some basic characteristics to work upon like Coding redundancy, Interpixel  redundancy, Phychovisual redundancy. Coding redundancy make use of the symbols in the coding languages. Interpixel redundancy refers to the geometric redundancy that uses the 2D array pixels to minimize the Interpixel redundancy. During this process this is transferred to the invisible or hidden formats that are used for the viewing. Phychovisual redundancy has the most information contents that the other previous redundancies.

Image compression also has the two main concepts called the encoder and the decoder. The advantages of the image compression device are the transformed images are little less in comparison to the single image and in between the two images. It has very low sensitive power in the corrupted transmission of the images.

This image transformation has the standard methods that are used in the programs. These standard methods called the DCT are used in the Walsh itself.  Walsh is also said to be as the standard methods. Many new techniques are used to the expressional execution process. In the future days this system can be made a great choice for the various fractal materials.

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Proactive Content Poisoning Computer Project Abstract

Introduction to Proactive Content Poisoning Computer Project:

The existing system is specially developed for the prevention of the collusive privacy for the peer-to-peer sharing of the files and documents. In today’s generation the peer-to-peer networks are widely used in the field of music, gaming, video stream and the developing of the standard software’s too… these networks are more costly to be bringing in use and also for transferring the big files and documents from one user to another user. The main target of this system is to put a break to the collusive privacy protection in the limits of the peer-to-peer networks.

After doing the testing and the experimental work of the existing system the results that were gained are it is very critical and also very hard to make the copyright of the peer-to-peer networks in the current life time. So replicate peer-to-peer networks were brought in use to get the experimental results in the successful manner. The standard features of the p2p networks were constructed by making use of these three architectures plans like first measuring the small parts of the replicate networks, Secondly measuring the download and upload time duration of the replace p2p networks and last is that both this are distinguished to protect the resulted experiences.

By observing the experimental results and the experiences the system is brought to the conclusion that the multitask use of the system index the networks are enough capable to detect the accomplice and helping the user to stop the piracy of the peer-to-peer networks in the whole department of the Peer-to-Peer networks.

The large observations that are done regarding the existing system are stopping the peer-to-peer network; the piracy is detected during the execution time duration only, making the choice of large peers, gets prevented by Unauthorized networks directly, all secured networks are protected, torrent networks are rejected and more work plans that the system provides to the users while the execution period.

 

A Practical Architectural Design Method for Software Intensive Systems Project Report

The system is mainly designed for the fulfillment of the architecture design by using the standard things like the software design, system design, architecture design, Design method and the Design process. This software is mainly tested on the basis of the performances and the update capacity that the machine can uphold. Some standard properties are also set inbuilt in the system that highly simplifies the design making of the software. But in some of the departments this system is said to be as the critical holdover of the organizations.

The stages to follow while developing the architecture centric design method is First Establish the Architecture drivers in this stage the team of the software developers communicate with the user to understand their needs and the their requirements too.

By this the developers gets the basic ideas what the user demands about the content of the software. Second stage is the Establishment of the scope of the projects in this the information that is taken in the first stage is combined and a basic idea of the software is generated in other words the algorithm of the system is generated here.

Third stage is the Create and reediting the architecture plans here design process of the software is done and updates are also done if needed. Forth stage is the evaluation of the Plans here the final appearance of the architecture plan is done and the finishing work is done. Fifth stage is the production here the software is meant for sailing in markets and are made available to the users. Last stage the sixth stage is the Experiments done to test the software on the user level to get the proper feedbacks.

This system is very demand in use by various organizations and companies too. As this system software is in the development stage new more updates can be made here from the feedback of the existing system by adding extra new feature to it.

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Texel-Based Texture Segmentation CSE Latest Project Abstract

Introduction to Texel-Based Texture Segmentation Project:

The pictures and the images mainly have the small chunks which are based on the different pixels in the picture scene. These surfaces are due to the some similar case materials that give birth to the images which has the great brightness and also without texture images.

This system is generally about the texture image generation which creates the best revolution and the brightest image ever. This system generates the 2 Dimension images which specially has the specific standard numbers that decide the clarity of the 2 Dimension images.

The existing system contains the topics like Relationship to the future works, the benefits of the space properties, Binned mean shifts, Bandwidth networks and the last is the observation and the views of the progress and the output results of the experiments. The Binned mean shifts has some sub contains like the Technical rationale and some types of different bandwidth etc… the hierarchical kernel is the hardware system and the configuration of the existing systems.

This hierarchical kernel has many combinations of the formulas and the standard expressions that are meant to be used in the system software fir the proper execution and maintenance of the system.

This existing system presents the texture work to develop the images that the software creates and this is exactly executed by snapping the different stages of the textures. This system software can also snap the pictures and images like the satellite view, some site view, fruits and vegetables images, animals and other objects too… The pictures can even be taken in colors as well as in the various other types of shades. Since these images are in need of the texture they never need the pixels and the sub-pixels. There are also various formulas that are used to calculate the Integrated square errors.

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Honeycomb Creating Intrusion Detection Signatures Using Honeypots CSE Project Abstract

Introduction to Honeycomb Creating Intrusion Detection Signatures Using Honeypots Project:

The existing system works on the misuse detectors and the trackers too. Here in this process the executing process the network protocols are then combined by the registered documents. This devices are mostly used in the fire engines and also the fire alerts too. This device is mainly made for the new generation people and the development of this device is incrementing day by day. It is tested by the TCP and the IP’s also. This device while working constructs the signals by the help of the network traffic and this then can be gripped on the honey spots.

The main purpose to develop this system is to protect the attacks that are done by the characteristics elements. It is a very small and slim sized device which has a large capacity of to allot the proper signals while needed. This honeycomb device normally supports the brands like the Bro and the Snort.

Bro has the large language power which permits the user to access the language in large use. The Snort is not that as famous and demanding like that of the Bro because it is outdated from the Bro but some developers use Snort because of its powerful repository features.

These devices are developed with the partnerships of the Intel researches centers. In the coming future the device Honeycomb will burst out to a great development stage. The developers are researching on the fact that the price of the device can be reduced and can be affordable to all the peoples. This device also works on the LCS algorithms to generate the required signals that are needed by the honeycomb device. And normally they honeycomb devices are only used for creating the signals. The development teams are trying to establish more features and beneficial facilities in the existing devices.

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NIT Computer Project Report on Hierarchical Multicast Routing Protocol Based on QOS

Introduction to Computer Project on Hierarchical Multicast Routing Protocol Based on QOS:

The main achievement of the existing software is to low down the cost of the networks from the start till the destination networks. Here the concept routing can be distinguished in two different sub-types like unicast and the multicast types of the routings. Here in the unicast sub-types the packets are transferred from one network to another and in multicast the receivers of the networks are group together in one multicast groups. Here it provides copies of the process report from the each source are till the destination source. It mainly follows the QoS path called as the Quality of the Services.

This system has a main content called as the iDomain which is the device used as the Networks for the existing systems, Here other domains are combined together and  made a single large network. This system then follows the three different steps like the Multicast routing, Hierarchical routing and the QoS based routings too.

This hierarchical multicast routing protocol is used in the QoS the Quality of the Services which is tested by the networks. Here the Routers never attain the multiple tree routers in various fields like the CBT, PIM-SM. The advantages of the Hierarchical system are that we can develop the plain and the hierarchical instances of the routing networks. It provides the Quality services guarantees for the multiple cast trees. The performance level is also increased by the proper working and the arising of the progress reports too. The Quality of the Services and the Hierarchical system is together implemented properly in order to overloads of the messaged of the previous networks.

There are also certain demerits of the Hierarchical system like that the buffering of the current work process can be even repaired and can be updated more. This can also make the messages of the networks less and thus can save the overloading issues. 

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NIT Computer Science Mini Project Report on Hierarchical Data Backup

Introduction to Mini Project on Hierarchical Data Backup:

The existing system is design to develop and target the type and the style of the design and also the proper system to keep the proper backup the data in the database. This data is stored in the backup by using the function storage methods. This software is mainly developed to get the recovery backup of the required data’s.

Here there are various data that are very difficult to get the backup of such data. This system uses then LAN called as the Local area network which needs to be very secure and very active in storing the database backups. Ethernet card are also used here to work with the system.

The results that were shown by the software where JOINS which says that when the user gets registered with the group then every time he has to be notified with the notifications when he logs on. And even the user has to be a satisfied person when he Logs in the application. Save file, Delete File, Retrieve files and unjoin the file are the basic architecture and function that every application have.

The design of hibernate language is made from three attributes namely the client to server then again from server to another client. All this three attributes keep the maintenance’s of the data that is gained from this client to server connections.

This software was mainly developed for the getting the backup of the largely required data by using the Local area network service. It also helps in addition and also the deletion of the files whenever the user needs it to.

For this process user must be completely registered to the group and them is permitted to carry out this process easily. The updated version of hibernate language has a great additional capabilities for the data storage too.

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Anna University Computer Project on Performance Evaluation of RMI

Introduction to Performance Evaluation of RMI:

The world wide spreading network of the internet brings the challenges to the web applications and distributed applications like e- commerce. The RMI provides the solution which is made for the JAVA only applications for the distributed applications developers. The one problem to the users is related to the better performance in good quality service. The Project fulfills the necessity and estimates the performance of the distributed applications which is constructed and developed in RMI.

The Existing System

The Existing System provides the Invocation of the remote image or object by means of the General, Activation and the Custom Socket Factory Procedures. The General Procedure or method has server which develops the various remote objects and images and let the object accessible to the users and provide the remote objects for invocation to the clients. The client can invoke the one or more objects made available from the server. The Activation method gives the implementation of the objects execution.  The socket factory method manages the implementation according to needs of the user.

The Proposed System

The Proposed method estimates the performance of the all three methods with exchanging of the files like text files, image files and the video files. The files are exchanged or transferred by the mentioned invocation method and the performance is estimated by observing the features like round trip time, latency, transmission rate.

The search module is available to search the methods for locating of the methods existence. The search mechanism is of two types Keyword based search and the extension based search. The GUI does not show the low profile information and made access of the all methods and show the actions done. 

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Anna University IT Project Report on Peer To Peer Architecture

Introduction to Peer To Peer Architecture Project:

The Peer to Peer online communication technology is considered an advantage for the communication on one side and the threat on the other hand. The security of the communities can be put on the trust on the peers. 

The Project is based on the Peer Trust i.e., a reputation based trust supporting framework, consists of the Adaptive trust model to measure and compare the peers on trust between them to work on the basis of the transaction dependent feedback model. This can applied to the P2P network. 

The Project Peer Trust Model posses the two important features.

  1. The three fundamental trust characteristics and two adaptive factors in computing trustworthiness between the peers.

            The feed back of one peer to other peer.

            The transactions between the peers.

            The feedback review.

            The transaction context constant.

            The community context constant. 

  1. General trust between the peers. 

The Project describes the ideas used for the application implementing in the decentralized P2P climate, to validate the efficiency of the model, experiments that posses the multi skilled and profit of the model. 

The Existing System 

There are many online P2P communities that has reputation management system like eBay, Amazon, Yahoo, Edeal, Slashdot, Entrepreneur.com. The existing systems have some following problems.

  1. The community’s reputation system is unable to recognize the sincere and fake feed back.
  2. The peer cannot be set as reputed due to single honest transaction performed by them.
  3. The system doesn’t give any incentive for the peers for increasing the price due to inappropriate feedback. 

The Proposed System 

The Proposed System is called the Trust Model. The aim is to develop and construct a Peer Trust which is a excellent P2P trust model for measuring and the estimating the trust of peers in the community. The five features for the identification of the peers trust is the system ultimate model. 

 Download  Anna University IT Project Report on Peer To Peer Architecture.