Category: CSE projects Topics

B.tech CSE project topics listed here consists of java topics, asp.net topics, vb.net project topics and other programming languages. CSE final year students can download project reports and source code for these topics.

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C++ Mini Project on Quiz Game with Source Code and Report

The Project “Quiz Game” has been developed as a very understandable Database of Questions that can be created and handled easily. When you add any question to the Database, the serial number has been assigned to it automatically and settled in the binary file named as Questions. Generally the Database is being a Master file that possesses the tabular format of Quiz, the Sub menu for the subjects like Computer or Mathematics or Science or General studies and Menu option Return.

The software is used on the basis of the Questions asked to the user that belongs to the Menu topics and the user gets only 10 seconds to answer. The Quiz goes like this, the user has to answer the question and if the user is right he or she gains 10 points and if question attempt goes wrong the Quiz will stop and closed. 

The Project aimed to create a easy Database which can be handled and created easily. The Quiz Game is made by considering the interest of the customer in mind. The Reports is made according to the customers presence on the Quiz and payment for the Quiz has to be paid by the customer. 

The Quiz game has huge storage capacity of Questions which is present in the back end file. 

The Project requires the Software Windows XP service pack 1 operating system, Turbo C3 compiler. The hardware used is Pentium IV 1.7 GHz Processor, 64 MB RAM.

Download  C++ Mini Project on Quiz Game with Source Code and Report.

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Orthogonal Data Embedding for Binary Images in Morphological Transform Domain A High Capacity Approach

This project explains about how data-hiding system designed for the binary images to the morphological transform field works for substantiation objective. In order to attain blind watermark extraction it is quite intricate to make use of the minute coefficients like an actually location map for discovering the data-hiding areas.

So from this particular observation all of us can propose that there is binary wavelet transform for the purpose to trail the slight edges that aids in blind watermark extraction along with cryptographic signature. The block size of the image should be 2*2 pixels instead of 3*3 pixel blocks. For that reason we are able to track the minor edges and gains lower computational involvedness. A new efficient Backward-Forward Minimization process is projected that reflects on both proper backwardly those adjacent progressed embedded persons as well as forwardly that unprocessed flip able candidates which may have an effect on by turning over the existing pixel.

This project is done for determining the data-hiding locations for binary images. The data embedding is generally known as orthogonal embedding and we work on the images of 2 pixel blocks and merge the two processing which run simultaneously. By the orthogonal embedding of the binary images the entire visual deformation can be reduced to a great extent. The results of experiments may exhibit the argument in best possible manner.

With the intention of attaining blind watermark extraction it is to a certain extent intricate to take advantage of the little coefficients like a location map to discover the data-hiding areas. Therefore from this observation we can put forward that there is binary wavelet transform to trace the minor edges that aids in blind watermark extraction along with cryptographic signature. The block size of the image should be 2*2 pixels instead of 3*3 pixel blocks. In view of that we are able to track the minor edges and gains lower computational convolution.

Download  Orthogonal Data Embedding for Binary Images in Morphological Transform Domain A High Capacity Approach.

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IP Recovery Using Multiple Routing Configurations Networking Project Report

Introduction to IP Recovery Using Multiple Routing Configurations Networking Project:

With the invention of internet the communication system is being developed to a great extent. Presently slow junction of routing protocols for a network infrastructure is a great problem faced by numerous people, so to recuperate the failures of IP networks the MRC system is being developed.

Multiple routing configurations can be applied with little change. In this article the performance of the MRC system will be measured in terms of few technical prospects after the network failure. While using MRC how the increased traffic is performing the network distribution it also can be exhibited. The aim of this system is to facilitate the functional and non-functional needs. 

Presently internet has become an important part of communication infrastructure and the ease of use and consistency make it really useful. The facility of get back to normal from the failure is the chief objective of network developers. Though IP networks are truly strong with the use of IGP routing protocols and others, these protocols are designed in such a way so that it can be able to inform immediately after failure and the protocols are based on tailored topology. The functionality is evaluated in different parameters like load distribution and backup lengths. 

There are some technical requirements that should be included in multiple routing configurations. There should be details of data to be accessed into the system, the functions operated by every screen, the detailed work flow on the system.

There should be system reports and one individual who would enter the details of data into the system and check out how the system matches with the necessary requirements. For ordinary public the technical specifications are being publicized. Those who are interested to know all about MRC but lacking technical knowledge can easily understand the entire system. 

Download  IP Recovery Using Multiple Routing Configurations Networking Project Report.

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CSE Project Idea on Digital Multimedia with Report

Introduction to Digital Multimedia Project: 

Digital multimedia has been created in order to provide data via the internet which is bulky in nature but at the same time can be easily edited and modified over the internet. The aim of digital multimedia is to provide data with no errors in them; often the data is sent without any kind of interference. But, the thing that troubles in regard to digital media is that, data from the world of digital media can be copied indiscriminately; there is no loss in content and quality experienced in the process. This is what the copyright owners have to fight against. 

One solution against such piracy problems is watermarking. What is done in this process is that digital data in the form of information like the name of the owner of the site, access level, recipient, are embedded which are not visible in the host multimedia data. This feature provides a more solid defense even if the watermark can be detected; in this case destroying the hidden data becomes more challenging and is more difficult. 

Another thing which can be done is steganography, which hides a hidden message in the multimedia data and is used as a means of communication between two groups, who are aware of the exchange. With the help of this method, data can be encrypted in the various bits of cover file, like an audio or a graphic file. However this is not very full proof, as it can be susceptible to attacks, as the encryption makes the data exposed to destruction. 

What the project looks forward to do is try and provide a tutorial for beginners on steganography, that will largely focus on teaching how to embed within digital images the text data. Not much is known about this topic and it aims to bring familiarity on this topic to everyone.

Download  CSE Project Idea on Digital Multimedia with Report.

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Network Management System Networking Project in Java

Introduction to Network Management System Project:

Today in our world there is lots of Multi National Company. These companies have a much specified network by which they can do all the internal work as well as all kind of communication to each other. So they always want that to protect their network system. Now we are giving a brief idea about the Network Management System. This system provides a lot of facility, it contains switches, hubs, routers etc. etc…

This type of things is made by CISCO, NORTEL etc. It is such kind of system by which anyone can handle all the data and it is very easy to store all the information in it. By using this system company administration and anyone can analyze all kind of data faults, performance etc… So, NMS can give all kind data information and it has a brought application. This projects gives the idea about it and as well as implementation.

Steps to begin-off the undertaking

Proposed Approach: Idealize the distinctive mechanisms (overlook the heap uniting orders to the units) to be dumping the information at specified (configurable) catalogs in the manifestation of indexes. The document information will have better organizes, (XML, CSV and so forth) index naming will be unexpected; document pivot could be at contrasting sizes. The indexes should be progressively developing, and index turn will happen at particular sizes.

1)         Firstly you have to use configuration file to read it. And after this it can analyze.

2)         Use a record supervisor to record revolution of records and handle documents for perusing for special bookworms. Note indexes might as well not be re-perused again by confusion

3)         Use a record handler operator which will agent better record sorts to special record book fans.

4)         Use a normal record design, to which every last trace of the notable records can be changed over to

5)         When a brand new arrangement component sort is included the steps might to do is

  • Little improvements to the document chief
  • Newfangled record handler and.
  • Newfangled connector to change over the brand new record to the standard arrange

Download  Network Management System Networking Project in Java.

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Network Load Manager Networking Project for Final Year Students

Introduction to Network Load Manager Networking Project:

This abstract has the agenda of explaining the network load balancing system in order to overcome the problem of excess load on one server in the network, it is best to make use of multiple servers in the network, in such a fashion that the various servers will act as just one server. This collection of several servers and making them act as just one server is called a web farm. But it should be kept in mind while using a web farm, that administrating of more than one server and having them in sync all the time, can get tedious at times. 

Thus balancing the load becomes necessary, and this is where the network load manager comes in to play. It has been found that disposing off mid-level machines that are facing problems of loading is cheaper and better than buying a high end machine.

The other aspect that load balancing looks forward to provide is fail over support, especially during times when something goes amiss in any one of the servers. 

The best part is that, since the other servers are not identical with the one that is experiencing the problem, there is no chance of an entire collapse of all the servers. These servers will now work extra and do the work that was intended for the failed server. This is a huge benefit for most companies, since they are assured that failure of one server will not lead to a total disruption of their work.

Download  Network Load Manager Networking Project for Final Year Students.

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Capturing Router Congestion and Delay Java Project Report and Source Code

Introduction to Capturing Router Congestion and Delay Java Project:

The end to end Packet data delay has been very important issue over Internet Protocol networks by considering the network operator and the application performance. By taking an example of Voice quality on IP is because of the relying on the network delay. The network providers also have explanation regarding the delay by possessing the Service Legal Agreements which mentions the limit of the delay values over domains. The end to end delay is due to the basic component blocks from which the packet data transfers by the single IP router. 

The Project is focused on the two conference papers and previously mentioned data. The Section VI A is concentrated on the new conclusions. This data set is still having the specific ability even after high cost and technically difficult. This Project is focused on the procedures and models that posses the generic property. The data analysis is detailed and complete which makes it worthy. The results are concluded only for the single data set focused on the reduced loss and delay. The Tier- 1 is thought to be the backbone of access routers and the traffic. The hypothesis is needed to be testing with respect to more data sets. 

The Project focuses on the exploring of the unique data set with its detail about the frequencies and ability along with the temporal system of delay over high ability connections with nontrivial traffic or congestion. The conclusion consists of the detailed data and pictures of the router delay performance. The results are based on the calculated data and not just assumptions made on the traffic matrices and the router performance. 

The next focus of the Project is to evaluate the packet delays in the router by considering the fully evaluated data. We are focused to give the physical model of the delay and congestion. We consider the much known store and the forward router structure to clarify the current assumption about the problem of the system might be the Output Buffers. The output buffers are validated with the Fluid output queue model based on the regular in active probing. The elaborated perfect model of accurate and very near to timely measurement is very effective system. 

Download  Capturing Router Congestion and Delay Java Project Report and Source Code.

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Java Project for MCA Students on Mobility Management Approaches For Mobile IP Networks

Introduction to Mobility Management Approaches For Mobile IP Networks:

The wireless network needs effectively managing of the mobility for the services of the mobile subscribers. The Mobile Internet Protocol is suggested to get services of the global mobility for the IP networks. The mobility management schemes are being applied to overcome on the signaling traffic during the care of addresses change or CoA. The signaling traffic is considered which are linked with the Mobile Terminals or MT enrolled with the Home Agents or HA. The Home Agents may be the Foreign Agents or FA and the Gateway Foreign Agents or GFA for the registration of signaling or mobility.

The high mobility Mobile Terminals follows the registration process of the Foreign Agents and Gateway Foreign Agents to be localized by the Hierarchical mobile internet protocol or HMIP and Dynamic hierarchical mobile internet protocol or DHMIP schemes to get the high mobility signaling. The registration process can be reduced in GFA by the Multicast HMIP scheme. The Multicast HMIP scheme provides the less mobility signaling trouble unlike in HMIP and DHMIP strategies. But the Multicast HMIP is more resource taking which leads to high cost. The Proposed project focused on the evaluation on the mean signaling delay and the mean bandwidth for any call in the mobile terminal. The project observes that the MHMIP has more performance as compared to the DHMIP and MIP schemes. The project has focused on the analytical model approach which evaluates the Mobility Management Scheme performance. 

The Existing System 

The Existing system focuses on the reduction of the location details for the Home Agents and the Signaling latency or dormancy while the MT shifts from one location to other location. The mobility scheme considers the FA and GFA to be systematically arranged into a hierarchical system. The MT updates the FA in a similar regional or local network when it considers the care of addresses or CoA with registering the GFA. The shifting of the MT to other local area or network is followed by the registration of HA by the popular CoA of the GFA. The routing of the packets by the linking of HA which is shifted to the new GFA that is known MT. The GFA first verifies the visitor register and then carry out the packets transfer to the FA of the MT. The registration may get fail if the GFA not works in centralized system architecture. The high traffic signaling on the GFA and its subsequent mobility within the local networks can deteriorate the mobility performance. 

The Proposed System 

The Proposed System focuses on the approach of Dynamic Location Management for the Mobile Internet Protocol to ease the signaling process in inter regional networks. The project has two IP, the Hierarchical Distributed Dynamic Mobile IP or HDDMIP and the Dynamic Hierarchical Mobile IP or DHMIP. The HDDMIP has the FA to be considered as the FA or GFA as per the mobility. The traffic has been distributed or separated in the regional networks to the required FA. The FA which are linked to the GFA has to be adjusted for every MT. Like this the regional network surrounding becomes separate for the MT. The number of the FA linked to GFA then calculated as the MT mobility criteria’s and the incoming packets rate. The number can be adjustable for each time as per the differentiation in the mobility and the incoming packet rate. 

Download  Java Project for MCA Students on Mobility Management Approaches For Mobile IP Networks.

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Ranking Spatial Data by Quality Preferences Documentation

Introduction to Ranking Spatial Data by Quality Preferences Documentation:

A different instinctive definition is to allot higher weights to the specialties dependent upon their closeness to the level. In this paper, we formally describe spatial inclination questions and suggest fitting indexing strategies and hunt equations down them. Broad assessment of our systems on both genuine and synthetic information discloses that an advanced extension-and-bound result is proficient and strong regarding diverse parameters. A spatial inclination question ranks protests dependent upon the values of specialties in their spatial neighborhood. 

EXISTING SYSTEM:

In spatial databases, ranking is frequently co partnered to closest neighbor (NN) recovery. Given an inquiry area, we are intrigued by recovering the set of closest protests it that qualifies a condition (e.g., restaurants). Positing that the set of enthralling protests is ordered by a R-tree, we can apply separation limits and cross the list in a limb-and-bound form to acquire the response. For instance, a land channel administers a database that holds informative data of flats good to go for rent.

A potential client wishes to see the top-10 flats with the most expansive sizes and least costs. In this case, the score of every even is communicated by the total of a few values: size and cost, following normalization to the space. Protest ranking is a ubiquitous recovery job in different requisitions. In social databases, we rank topples utilizing a total score method on their property qualities. 

PROPOSE SYSTEM:

Spatial is ranking, which requests the items as per their separation from a reference indicate. Our top-k spatial inclination question mixes these several sorts of ranking in an instinctual way. As showed by our illustrations, this late inquiry has a vast extend of requisitions in utility suggestion and choice upholds frameworks.

To our learning, there is no existing powerful fix for transforming the top-k spatial inclination question. A savage-compel way for assessing its to figure the scores of all questions in D and select the top-k ones. This system, be that as it may, is looked for to be absolutely costly for substantial include information sets.

Download  Ranking Spatial Data by Quality Preferences Documentation.

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CSE Java Project on An Efficient Key Management Scheme for Secure Data Access Control in Wireless Broadcast Services

Introduction to Java Project on An Efficient Key Management Scheme for Secure Data Access Control in Wireless Broadcast Services:

The Wireless broadcasting has been an impressive way to spread information or data to various users. The accessibility of data is made available to the user by the symmetric key based encryption to decrypt the data for security cause. The efficient key management is required to spread and also change keys in different types of subscriptions to explore the broadcasting services. Here we are offering the scheme of efficient key management known as KTR. This can be used for key distribution in complex subscriptions and user applications. The merits of the KTR are following.

  1. The KTR gives the place for the subscription options in wireless broadcast services.
  2. The user gets advantage of having only the single key sets to explore all subscriptions not many key sets.
  3. Regarding Broadcast services protection, the option is there to change the minimum key sets which can be recognized easily. 

The Facts about Existing System with respect to Proposed System 

  1. The existing system demands for the different set of keys to manage different subscriptions which leads to subscribe many programs. Where as in our Proposed system the programs can be run parallel with the same set of keys.
  2. The same set of keys or common keys can be reused or  managed skillfully during the subscription of new programs or un subscription of programs with no security threat. 

The Proposed System Features 

  1. The Logic Key Hierarchy: The Secure key management and Secure group key management in Wireless Broadcasting and Networking respectively, are some what similar. The Data encryption key of the Program and the Individual key of the user are identified by each other. The Key distribution keys (KDK’s) are another keys. If the user is added or removed in the group, the server system produces the new corresponding keys which is called the Rekey. The message broadcasts is called Rekey message. The Proposed system broadcasts this Rekey message in the same broadcasting program to the user.
  2. Broadcast Encryption Techniques: The index head decrypts the packets. Earlier the subscription was need pre planned. But the pervasive computing and air data access, the subscriptions can be changed at any moment. The LKH approach are however more flexible that key management schemes for the Broadcast Encryption Technique.
  3. Rekey Operations: The two paths are made when the user un register the tree, the keys are of no use called Leave path. When the user register the program the keys are for use called Enroll path. The Leave path and Enroll path are made during the transfer from one program to another. The KTR allows the path that start in Leaf node and finishes in multiple DEK’s of the register programs. The server broadcasts the newly assigned keys to the user by forming Rekey packets.

Download  CSE Java Project on An Efficient Key Management Scheme for Secure Data Access Control in Wireless Broadcast Services.