Category: CSE Seminar Reports

Introduction to Seminar Topic on Network Custody System  :

In the present days custodian not only means traditional settlement and safe activity. There are a lot of challenges on custodian, as clients are demanding more sophisticated services.  In order to satisfy their customers and to strengthen their business custodians need to extend their services.

Previous value-added services are now offered as regular features of their custody services.  Today client is demanding for standard custody reporting, security lending, incoming processing, tax reclamation, electronic communication links and also automated sub-custodian networks as basic service.

Whereas technology solutions can help custodians when they are clear about what they want from them. Custodians looking for technology solutions are not focusing on automation of processes. Therefore an industry-wide platform is needed which helps in processing data quickly and is effective in terms of both security and economically. So automation of processes is required to increase efficiency and speed and to avoid repetition of work.

It is important that any solution provider should improve the effectiveness in Response to client queries, improve the accuracy of information and to be proactive in client dealings.    

NCS is based on re-engineered business processes for automation. It supports workflow management and focusses on client service response time through online information of various transactional statuses and reporting of trade. And also helps in providing security. NCS is based on object oriented 3-tier client/server architecture. This develops the application from technical implementation and enables enhancement for future technologies without impacting on existing application.

An NCS objective focuses on client maintenance increase in efficiency through work flow management and manages risks by prompts and alerts and also flexible architecture for future requirements.

Download  CSE Seminar Topic with Documentation on Network Custody System  .

Introduction to Seminar Topic on Network Attached Storage:

Now days Information Technology is looking for storage solutions that are cost effective with good performance and reliability. The need for high storage is increasing day to day because of increase in number of users and even the data. In this paper we discuss about NAS (Network Attached Storage) for data storage. Network storage means storing data using a particular method by which data can be viewed by clients on the network. Network storage in general describes about network based data storage with many technologies within for storage. 

Direct attached storage technology was used for storage. It is a storage device that is directly attached to a host system. The example for DAS is the internal hard drive of a server computer; still DAS is being a common method of data storage. 

The benefit of NAS over the older Direct Attached Storage (DAS) technology is here both servers and storage are separated which reduces the cost and implementation can be easy. NAS is attached directly to the LAN, which provides direct access to the file system and disk storage. In NAS the application layer resides on client rather than on NAS platform.

  Apart from this the architecture described gives the ability for NAS to service both clients of Network file system and Common Internet File system. 

  The important advantages of NAS includes expand-ability i.e. in case of more data storage. Space, we can even add other NAS device and expand the storage availability and helps to overcome from fault tolerance to network. 

  A SAN is a network of all storage devices that are connected to each other or connected to .A server or even connected to cluster of servers or even network in cases, which act as Access point to SAN and to connect to devices it uses the special switches. 

  In case of processing on file services and storage, NAS can serve business from software. Design to Cad. NAS can work in tandem with SAN environment where NAS handles.  Serving of network files whereas SAN handles back-end storage tasks.

Download  IT Seminar Report on Network Attached Storage.

Introduction to Virus and Anti Viruses CSE Seminar Topic:

They are the self-executable programs that execute by own and create many copies and then they damage the working of the computer software or hardware or format computer, delete information’s , make files corrupt. They are classified into many categories like program virus: they are those who infect the system files like .com, .exe and make them useless and the generate errors.

Boot viruses are those who infect the boot program stored on the memory. Multiparty viruses are those that damage both boot files as well as system files means they can damage more than one type of files. Stealth viruses are those who are hidden from the system and cannot be detected.

Viruses can be written by anyone. You only need to have the knowledge of assembly language and C. Assembly language is the only way to control the system software as well as hardware and then infect them. The most commonly infected files are .com and .exe. They are easily infected by the viruses as they are system files.

Anti-virus: they are the software programs that are used to detect virus on the computer and to delete them or to repair them. They are work on three steps, first step is to scan the system and detect them, second step is to identify the type of virus it may defect the specific program and at last remove that virus. Some antivirus program also provides the feature of repairing that virus like Quick heal.

These programs are made into three categories; Scanner: they are used to scan the executable files or objects. Monitors: they are used to monitor the functions of the operating systems and check whether they are harmful or not.Integrity checker: they are used to check which files are modified by the virus.

Download  Virus and Anti Viruses CSE Seminar Report.

Introduction to Visual Cryptography Seminar Topic:

In today’s world the technology is growing very much.  Now days the system is designed according to the specific format which is system development life cycle. This process is composed of much process which of them is analysis which has the work to study the operations and the relationship of the system inside or outside of the system. In the analysis process the data is collected from various sources and the transaction is performed.

In present network the transaction is done by networks only no manually transaction is done of the files. But it has various problems that when the new network is added then the older network should not be disturbed and the network which we are using it should be reliable. The connection between different networks should be proper.

To overcome this type of problem visual cryptography was introduced. It is a method that converts the message in the secret image and shares it which is presented in transparencies that is hold by each user. In this VCs technology another technology was introduces that prevents the cheating of the file.

Another is requirement phase that consists of mainly three phases they are

Analysis: – It acts as the bridge between software and design. It works to get the requirement and needs of the user which is done by doing conversation between the user and the developer then the developer finally defines the function of the software.

Another is specification that deals with the quality of the software and plays a very important role in the development of the software. It describes that how the software will look like and what will be the content. Diagrams and all other information are included in this phase.

And the last one is validation in which the validity of the requirement of the software is done. 

Download  Visual Cryptography Seminar Report For CSE Students.

Introduction to Internet Security Seminar Topic:

Internet security has become the most important issue now-a-days as the security of the data matter a lot. We all use World Wide Web number of times for browsing, communicating through internet. May people use online banking services and all other banking transactions are performed online by many people. If a number of users use a banks website for money transfer, then its bank responsibility to provide the user a secured way for transaction and take care of his data. Internet security is the main objective after providing the services online. This includes planning the security by using various methods. Many factors are to be considered while planning the internet security these factors are as follow.

a.)     Risk Assessment:

An organization must be aware of the all possible risk while using the internet for the transactions and communication. It should have a deep idea of all possible risks and should be able to manage them with the help of various back-up strategies and overcome it. This can be done by conducting the workshop on risk management by experts. Analyze the possible threats to the data of an organization. And also consider the important factors such as the vulnerability, type of attacks, measures to be taken for all possible attacks.

b.)    Securing the server of the LAN:

Most of the organizations today use the distributed data system as the back-up plan for the server. Securing server is the main concern for the organization as there is lot of important data located on server. Today many technologies are available which will help the security planning for the server, which include router, firewalls, authentication and encryption. It may also use the packet inception and proxy. A good server security technology means limiting the user to access services, it checks the data integrity frequently, monitors the activities taking place on server

c.)    Methods of Securing the Data Transmission.

Banks and user performing the financial transaction online need to secure these financial activities. Solution to these transaction securities can be provided by various technologies such as Digital Signatures, Certificate Authorities’ and SET.

d.)    Methods of testing the Security Solution:

Testing your security solution is very important to understand the working and the level of security provided by your solution. Testing on the security solution can be performed with the help of various tools, such as hacker tools. These will tell us how secured the security solution is.

e.)    Monitoring the System/ Preparing For and Responding the Break-Ins:

When a organization decide to use any security solution to protect its data from threats it should consider few factors the type of security solution it needs, privacy factors required, privacy factors concerned with the data. This will probably help them to decide the appropriate security solution and then help them to get an appropriate recovery plan for the respective security solution.

 

Introduction to Mobile AD-HOC Network Architecture CSE Project:

The paper contains the detailed description about the Requirement Analysis of Mobile AD-HOC Network Architecture. This architecture provides a easy mode of transfer of data through the mobile networks. The architecture proves efficiency in link, availability, and connectivity. The requirement analysis of this project is as follows. The Hardware and Software Requirements of the Project are.

Software and Hardware Requirements

Hardware Requirements

The hardware required is, the processor required for this implementation is Intel Pentium IV. The RAM storage required is 128GB. The Hard disk storage required is 20 GB. The CD-Drive required is 40 x Samsung. Floppy drive required is 1.4 MB. Display required is 15’ Samtron color. Keyboard model required is 108 Mercury Keyboard.  The mouse model required Logitech mouse.

Software Requirements:

The operating system environment in which this project will be Windows XP/2008. The language used to develop this project is VB.Net. The Backend will be designed using SQL Server 2005.

Functional Requirements:

a.)    Simulation Environment:

A simulated model is being designed for implementing this algorithm of Mobile AD-HOC Networks. This implementation includes a class written in java, which creates a circle which will be called as node. The input give by user will decide the number of nodes in the network. After we successfully create the nodes in the network this implementation provides provision to call the algorithm which is to be implemented. We can also access and see the implemented algorithm through screen. This completes the simulated version of this implementation and it is now ready to work.

b.)    Single Neighbor-set Routing:

In this step the system send the information of the next single routing set of the node to the network.

c.)    Dual Neighbor-set Routing:

In this step the system the sends the information of the next dual neighbor routing set to the network.

d.)    Comparison:

In this step it tells us that how the comparison of the whole system takes place on the three main factor link, availability, and connectivity.

Introduction to Technical Paper Presentation on 4G Technology:

This document aims at presenting in details description about 4G technology. Internet has become part of our day to day life and we need it to stay connected to outer world. The support and services provided by the organization helps us to do that by using various technologies. The generation of technologies provides us the best services to stay connected to the outer world. Let us now learn about 4G.

What Is 4g?

                4G is the abbreviation of the fourth generation of wireless telecommunication. Fourth generation provides the best speed for internet access and high speed data transmission. Provides support high definition videos. It was deployed in year 2010.

4g Anytime, Anywhere

                We all know that 4G provides service to access to mobile internet anywhere, anytime. It provides best service in multimedia communication, multimedia gaming, and connecting internet with wireless connections. It provides portability in mobility.

4g Data And Facts

                The data transmission provided by 4G technology is 100Mbps for moving and 1Gbps for stationary deices like desktops. The transmission data rates in 2000 times than the mobile data rates. Data transmission more efficient than 3G. Companies using 4G technology cellular companies Alcatel, Nortel, and Motorola. IT companies Hughes, HP, and LG Electronics.

Key Technologies Used For 4g

                The key technologies comprising of fourth generation technology are OFDM, Wi – Max. Wi –Max is based on OFDM. OFDM is orthogonal frequency division multiplexing. OFDM is basically used for high rate of data transfer.

WHY 4G?

                We should use 4G as it provides us the best service for accessing and utilizing all the latest application. It offers the best video conferencing, and video steaming over the network, best support for multimedia application, and multimedia gaming. High speed internet access anywhere, and anytime. Provides mobility in internet access. The service provided are global and no roaming cost are incurred. Less costlier.

Download  Technical Paper Presentation on 4G Technology.

Introduction to 4G Wireless Technologies Slides:

This document aims at explaining the 4 G technology in detail.  4 G is the abbreviation for the fourth generation of wireless technology. It is said to be the most excellent technology of the generation. As it provides faster access to internet and allows the user to stay connected to the world anywhere, and anytime.

What Is 4 G?

As we all know 4 G is the fourth generation of wireless telecommunication. It provides the best internet connectivity and mobile communication. It provides the best support for multimedia, video calling, video conferencing, and multimedia gaming.

It provides access to the cellular phones. It provides internet access for the devices at the speed of 100Mbps for moving devices and that for stationary is 1Gbps.

History of 4 G Technology 

Let us have a look at the history of invention of 4G technology. First generation of this technology was designed on 1970 and implemented in 1984, it provided the service of analog digital data transmission, bandwidth provided by 1G is 1.0Kbps, multiplexing used is FDMA. Second generation of technology was designed in 1980 and implemented in 1991, provided digital voice short message, data bandwidth of 14.4Kbps, and multiplexing used is TDMA.

The third generation was proposed in 1990 and implemented in 2002, it provided service for high capacity broad band data up to 2 Mbps, data bandwidth of 2 Mbps, and multiplexing used is CDMA. And now the 4G this technology was proposed in 2000 and implemented in 2010, completely IP depended data transfer up to hundreds of bytes, uses OFDM for data multiplexing.

Features of 4g

4G technology provides supports for multimedia gaming, video conferencing. Higher bandwidth, packet switched network. High speed internet for data transfer. Internet security.

For Seminar report on this topic refer to:

4G Wireless Technology Seminar Report

TECHNOLOGY USED IN 4G

4G uses following technologies for its working OFDM, UWB, smart antennas, IPv6.

a.)    OFDM

b.)    UWB

c.)     Smart antennas

d.)    IPv6

APPLICATION OF 4G

Fourth generation of wireless technology can be implemented in controlling traffic, application built for locating friends, tele medicine, in management of crisis. 

Download  4G Wireless Technologies PPT Slides.

Introduction to 4G Wireless Systems Presentation:

The paper aims at explaining the 4G wireless system in detail. We all need to stay connected to the internet through devices. The usage of internet affects some of the factors these are the data transfer speed, the access through the area. If you are using the wireless technology then the range of the technology used by the user matters.

 What Is 4g?

                4 G is the fourth generation of wireless technology. The previous generation of 4G is 1 G, 2 G, and 3G. 4G was implemented around year 2010. This is the most intelligent cellular system of this generation.

View of 4 G

                Domain of 4 G extends beyond 2 G and 3 G. 2Mbps is the peak range provided by 4G. beyond 2 G and 3 G. it breaks all the barriers of 3 G.

Some Key Challenges of 4 G

a.)    Coverage

The high frequency provided by 4 G limits the cell size some times.

b.)    Capacity

The interference of air in the radio waves causes the interception in the data.

c.)     Spectrum

        The availability of the location is the key issues being considered for 4 G. the lower carrier frequencies like 5GHz are considered best for the wide – area network and mobility that is for stationary and moving devices using 4 G.

4 G System Research Areas

                4 G system design contains following components adaptive antennas, broadband air interface research, and broadband implementations of 4 G.

Characteristics Of 4 G Air Implementations

a.)    High number of bit rates than that of 3G.

b.)    Low cost per bit than that provided by 3 G and high spectral efficiency.

c.)     Air interface and MAC optimized for IP traffic.

d.)    Cell size smaller than that of 3 G.

e.)    In 4 G data packets are sent in the form packets.

Advantage of 4 G

a.)    More secured than other generations of 4 G.

b.)    Flexible for use.

c.)     Most proven technology for data transfer.

d.)    Most intelligent technology.

Download  4G Wireless Systems PPT Free Download.

Introduction to Internet Protocol PPT Presentation:

This document contains in detail description about Internet Protocol, its various versions, and the advantages and disadvantages. Internet Protocol is the protocol used for transfer of data across the network. Internet Protocol helps successfully transfer the data packets with the acknowledgement of its status in the network.

Versions of Internet Protocol

                The very first version of internet protocol was RFC 791 established in 1981. Internet Protocol version 4 known as IPv4.  IPv4 is easy to implement, easy to operate, it is robust. This provides more flexibility in sending the data packets over the network. Let us now learn the each protocol in detail.

a.)    IPv4

IPv4 was established in 1970s. The other protocol which is similar to IPv4 was been established in 1981. The need of establishment to the newer versions of protocol was the length of IP address. And the support provided by the existing protocols. The main drawback of IPv4 was the address space provided by it. The address space was enough for the existing user of internet but not the growing population of internet users.

b.)    IPv6

IPv6 was introduces in the year 2004. The main objective of the IPv6 was the 128 – bit address length provided by it.  It also provides the lager header. IPv6 provides the largest number of addresses so that people over the world can use internet to stay connected to the world. The other reason for IPv6 was that the IPv4 address has already being exhausted and the number of people using internet has increased worldwide. There is IP required for devices like mobiles which support internet. So to provide the more IP addresses to the users IPv6 was established. It provides more support in terms of security, quality of service, and mobility. It is also considered as the backbone of the future security.

                Comparison between Ipv4 & Ipv6

a.)    IPv6 more secured in terms of data transfer than IPv4.

b.)    Plug and play without DHCP in IPv6.

c.)     Large number of address provided by IPv6 than IPv4.

d.)    IPv6 has better usage of bandwidth than IPv4.

e.)    IPv6 provides any cast support such as multicast, broadcast.

So we conclude that IPv6 is the best protocol for the users today.

Download  Internet Protocol PPT Presentation.