Category: CSE Seminar Topics

Now a day’s people are becoming selfish when it comes to donating blood. If it keep going like this then the doctor will going to unable to save people and there will be no blood available in the blood banks. So donate blood and encourage people to donate blood.

We are preparing an online based web site for blood groups. The motive of the project is to develop blood donors, blood requester and blood clinics. On this website the patients can put their request and can search for blood donors and to bring blood needier and blood donor in the same platform.

The scope of then website is very wide it can help the people those who need blood and give the address of the nearest blood bank. For this project we can collect the information that what the user want.

Primary and secondary data: –Primary data includes original data i.e. face to face interviews for the donors and needers or telephone interviews. Online surveys can be done through internet. Its advantage is that we can collect the specific data and it will remain up-date and their disadvantage is that it is very expensive and very difficult to collect data. Secondary data are those which are collected from other sources and it can be done by doing surveys. It will save time in collecting data and it is less expensive.

            For the development for this follow system development life cycle (SDLC). It provide a consist task needed to develop the project. It is used in the development of any project which describe the stages involve in it. It gives the idea to the user for developing a project. It includes all activates in appropriate way whether the system is manual or automated

Download  System Development Life Cycle Project Management .

Introduction to Challenges In Mobile Ad hoc Network Seminar Topic:

There is a vast increase in mobile computing technology. Technology of hardware and software is grown and allows wireless networking. Infrastructure mode is those in which communication goes into base station whereas Infrastructure less mode is called mobile ad hoc network (MANET). It is a collection various node which connect to the internet dynamically. This is very important communication technology because it supports pervasive computing.

Related background: – The MANET technology act as a both mobile host and routers which connects dynamically to the internet without wires at anytime and anywhere by using pre-existing infrastructure network. In MANET there is various type of traffic types in which communication takes place between two nodes within one hop or beyond one hop. It has many features such as Autonomous node, distributed operation, multi hop routing and many more.

Challenges in MANETs: – The main challenge is to route the data packets from source machine to destination machine. Since there is no wire therefore each node is perform like a router. For energy conversation node may stop transmitting of data. In this bi-directional links is not possible. Its security level is low therefore it is vulnerable. In the demand base operation is done using node. It provides Intrusion detection, which is a set of actions that identifies the attempt that compromises the integrity, confidentiality or availability of resources. To know an intrusion attack we have to make a model and then we have to follow Intrusion detection system (IDS). The infrastructure of ad hoc network is not fixed therefore we cannot use any IDS technique on it.

Conclusion:-Ad hoc network is very essential technologies in now days. The two main challenges of ad hoc network is routing and intrusion detection. It can become popular if the challenges related to routing and intrusion detection are resolved.

Download  Seminar Report for Challenges In Mobile Ad hoc Network Seminar Topic .

Introduction to   Cell Phone Virus attack Technical Seminar Topic:

There are many similarities between cell phone and computer. Now a day the demand of cell phone is increasing very much therefore rate of mobile is also increasing. Many new technology is becoming in cell phones which support java and windows therefore virus in cell phone become easy through mp3 files or by Bluetooth or by anything else. Mobile viruses are which are WAP enabled. Viruses in computer are five years earlier but mobile viruses are new. WAP enabled cell phones can access variety of services, more application were added then simple text passing to each other.

WAP security:-In older to protect cell phones from viruses sever have ensured that more authentication will be given to user data and services but still there are many issues related to surety which are too resolved. The first type of security in cell phones is gate way security, it scans the script and detects the malicious code and removes it before it comes to user devices.

PC virus VS Cell phone Virus: – There are many similarities between cell phone and PC’s. In pc virus spread through e-mails or through internet. Similarly viruses in cell phone came though Bluetooth or through sending message to one another. The introduction of java and other languages will affect the security and reliability.

How cell phone Virus came into market:-The first virus came into market with a mobile phone running on Symbian operating system as game Mosquitoes calling itself as Masquitos2 which sends message to phone number present in the cell phone. Motive to create virus is that they want to show that they are the first to create virus for that platform or to get user attention. A virus may affect the phone by making calls or sending message, accessing or modifying phone book data.

Download  Technical Seminar Reports For CSE on  Cell Phone Virus attack  .

Overview of CFDP: – In it lost or corrupted data is also transmitted. CFDP also adopted enable robust operation because in it the time required to establish a connection may exceed, time limit may exceed for transferring file.

Reliable transport: – If data transfer is proper the many application operate properly. It is reliable that every data issued is delivered successfully to its destination. Is has a TCP style of functioning, in this type of communication it is require that the sender and receiver negotiate a data flow connection and it delivers data to the client only in transmission order.

Routing protocol: – This allows the internet to choose the route for packet delivery at faster speed. Is follows hierarchy system to improve stability and at the top level of hierarchy path selection is resolved by the border gateway protocol (BGP) by operating IP address. For this work they require timely updates of the location.

Delay tolerant network: – It uses only those protocols which are best suitable for the network and insert a new overlay protocol. This overlay protocol act as a bridge between different stacks at the boundaries and in gateway infrastructure. Overlay network should be continuous and it should have constant transmission latency and error rate should be low and low congestion.

DTN without Binding:-It uses IP rather than of bundling amd it departs from the internet. In this we consider that the for development of supporting infrastructure that’s enable the deployment of DTN by internet capabilities and no protocol modification.

Conclusion: – Application developer is familiar with non-bundling DTN approach but we also need delay – tolerant architectural principles. The interfaces do DTN technology is used to implement any number of internet application. In research it has found that we can fairly configure large and complex DTN networks.

Download  Technical CSE Seminar Topic on CFDP .

Introduction to  SS7 Network Architecture and Protocols Technical Presentation Topic:

Introduction:-c telegraph and telephone. Signaling system no. 7 is also known as acronyms SS7 and C7.

Role of SS7:- IT can set up and tear down circuit switch connection such as telephone call. It provides advanced network features. It also provides mobility management for cell phone which allow user to move anywhere evening attach with network. It also provides service for short message service (SMS). It support Intelligent Network such as toll-free calling and also support ISDN. It also supports Local Number Portability.

History of SS7:- SS7 was first published in yellow pages and in it the protocol stack consisted of only the message transfer part2 (MTP2), message transfer part3 (MTP3) and telephony user part (TUP). It was later not considered in blue and red pages.

SS7 system architecture:-It can employ different types of signal network and different structure can be influenced by it such as administrative and telecommunication network. Worldwide signal functionally has divided into two parts international and national.

Signaling links and link sets:-Sp’s are connected to each other through signaling and transfer take place through signaling and bandwidth is of the link is 64kbps. Link between two SP’s are grouped into administrative and this logical group is called as link set.

SS7 protocol: – It depends on cellular network or intelligent network. In it the number protocol stack combination is growing such stack uses TDM transportation. New implantation are begin to appear and use different transport means such IP and new protocols.

Conclusion: – The SS7 data communication network is act like a nervous system to bring components to telecommunication network. SS7 are also called Signaling points. Sp is transferred using packet switching facilities. It allows communicating with other using data components and manages transactions.

Download  Technical Presentation Topic For CSE  SS7 Network Architecture and Protocols .