CSE Project for NIT B.tech Students on Shopping Cart Management System with Full Report

Introduction to Shopping Cart Management System Project:

I have implemented the system of order management and online shopping cart system in this project that offers a community for trading. At the same time it also provides an option to sell and buy products through the online shopping system. Registered users can only get the permission to take participation in the process. On the other hand the sellers who are registered can add his items with entire details that usually consist of the product description as well as the seller’s description.

Buyers can also enter into the system and browse as well as search the items he desired to purchase. Users can add products to his cart followed by checkout system. While entering the payment and shipping details you must ensure that you are a registered member. After the deal the system will send a message to the seller. Administrator acts as a third user of this product and he can also add subcategories, categorize, disable, products etc.

This project aims at making the work environment of the shopping market more better. It even computerizes the main portion of the activities that are the part of the daily routine task of the market.  This site will make the searching for the products more easier and similarly the stock management will also become simpler. For computerization, the arguments are more accurate and fast. It provides the exact details of the required informations along with extendable storage life, without any non-retrieval risk.

In turn this will easily increase the productivity. Paperwork can make communication more reliable and simple. It also eases the load of work pressure of the already existing system. Manpower is highly required therefore for the purpose of data entry shipping products and maintenance to the customer’s house. This part of the work cannot be substituted with the system labor.

CSE Project Concepts on Localized Sensor Area Coverage With Low Communication Overhead

Introduction to CSE Project Concepts on Localized Sensor Area Coverage With Low Communication Overhead:

For the transmission radii and arbitrary sensing of ratios we propose area coverage protocols for various localized servers. The time synchronized feature is assumed for sensors and at the start of each round active sensors are highly determined. The communication overhead required for this approach is very small as it does not involve the knowledge of the prior existence of the neighborhoods. Before the time expires each message is listened to that is sent by the other nodes.

A random timeout is also selected for each node. Sensing area of a sensing nodes that is not fully covered or partly disconnected with the asset of sensors decides to stay active in the round of consideration. A message is also transmitted that announces the status of activity.depending on the fact that whether retreat or negative messages will be transmitted or not there are four variants. Without or with a negative acknowledgement transmission covered nodes decide to sleep. After getting to hear from the neighbors it can be observed with the that they have become covered. It can also decide to change the original decision and at the same time send a retreat message.

Experiments with MAC layer shows the result of a similar group of active sensors. With the method we can easily lower the number of messages that enable in deciding the activity in comparison to the protocols that are existed locally. Here the nodes send a message of hello followed by the passive node negative acknowledgement.

A localized algorithm is proposed for the maintenance of the connected areas that comes under the ratios of sensing radii and communication. Apart from competitive ratios, active nodes also approach to induce low overhead communication along with robustness especially when the collision of the message is considered. Emphasizing on the positive acknowledgements are the main approach to the novelty.

CSE Final Year Project Idea on Protection of Database Security

The correlation that exists among data can be exploited with malicious use and it can further infer the series of sensitive information making the data accessible innocuous. An interference violation detection system is developed that protects the sensitive content of data. Semantic knowledge and schema database and is based on data dependency. Moreover, we also create a model of semantic interference  that represent the interference channels.

The inference graph is then instantiated with the SIM and it enables in query time inference violation detection. When a user poses a query the system of detection will examine queries related to his/her past log. At the same time it will calculate the inferring sensitive information. If the probability of the inference increases the pre-specified threshold then the query will be denied. The query answers can be shared among the users which can enhance the probability of the inference.

A model is developed by us that can evaluate the inference based collaborative on the sequences of queries of collaborators as well as their collaboration task sensitive levels. Studies of experiments reveal the authoritiveness of information as well as communication fidelity that is available in two key factors. It affects the achievable collaboration level.

In this paper we present a method that obstructs the users from inferring sensitive informations. In comparison to the deterministic approach in our previous works we include the relations of non-deterministic system into the interference channel. From the probabilistic data dependency we extract interference channel  and they are known as the semantic knowledge and the database schema. This is used for constructing a semantic inference model, also called SIM in abbreviated form. The possible channels of inference can be linked with the SIM from any attribute, set of the attributes of pre-assigned sensitives. The SIM attributes parematers can be computedin terms of relational table, consist of rows and columns.

 

NIT Final Year CSE Project Topic on Security in Wireless Networks with Report

Introduction to Security in Wireless Networks Project:

There is a huge importance to implement the protocols for the wireless network system and it exists even till today. Mechanism and algorithms that are webbed altogether to suite the current wireless security system have several flaws. There is a severe need of increasing the already existing protocols in the wireless network domain. The security aspect of the framework authentication is also analyzed here.

The authentication is made for wireless networks that include 802.1x and 802.11. 802.11 is the method of authentication and the use of open authentication, SSID, client MAC verification and shared key authentication have their own vulnerabilities share. Port based authentication is supported by 802.1x and it includes management key features that suffers lack of mutual authentication as well as hijacking attacks. The one way authentication is inadequate as it is only the server who can authenticate the client.

The server’s identity cannot make sure by the clients. Our security system and authentication are further proposed and explained. A study about EAP and RADIUS protocols is also present. For EAP-TTLS the the 802.1x protocol is suitable and for the RADIUS protocol the most ideal in the authentication server. We choose EAP-TTLS as the most choiceable protocol and it is made only after a thorough study of various protocols that are mentioned.

The authentication protocols are studied to know their vulnerabilities which are documented in this paper. The study reveals that combination of the IEEE 802. 1x/EAP-TTLS protocol and RADIUS protocol are the main way of approaching for an authentication and security mechanism design. A mutual and strong authentication is provided through the setup. It’s also secure the resources of Ethernet from malevolent users. The man in the middle stacks, directory attacks and session hijacking are some of the various kind of attacks that it mitigates. 

Analysis of Scanning System Final Year CSE Project Documentation

Introduction to Analysis of Scanning System Project:

As the strategic esteem of programming expands for countless groups, the industry searches for procedures to computerize the creation of programming and to enhance value and diminish cost and chance-to-business. These methods incorporate segment engineering, screen modifying, plans and structures. Occupations in addition look for procedures to administer the unpredictability of frameworks as they expand in scope and scale.

Specifically, they distinguish the necessity to take care of repeating compositional situations, for example physical circulation, concurrency, replication, security, and load equalizing and blame tolerance. Furthermore, the growth for the World Wide Web, while making certain things easier, has exacerbated the proposed building situations. The Unified Modeling Language (UML) was outlined to react to the aforementioned requirements. The Scanning System is improved utilizing Umbrella (UML apparatus) completely meets the goals of the framework for which all things considered, the situation has been advanced.

The framework is managed at an elevated level of power and every last trace of the educators and user connected with the framework comprehends its focal point. It was resolved to unravel as prerequisite detail. In destiny scope of this venture we can acknowledge an additional sort of scanners which are propelled from flatbed scanners. As it has CCD exhibit now we are utilizing CIS (contact representation sensor). CIS swaps the CCD cluster, mirrors, separates, light and lens with columns of red, green and blue light radiating diodes (LEDs). In the transition stage the objective is to guarantee that the prerequisites have been met to the fulfillment of the stakeholders.

This stage is frequently launched with a beta discharge of the provision. Different exercises incorporate post arrangement, manual consummation, and abandon recognizable proof and amendment. The transition stage finishes with an after death gave to memorizing and recording lessons for destiny cycles. The Unified Modeling Language (UML) was composed to react to the aforementioned requirements. The Scanning System is advanced utilizing Umbrella (UML device) completely meets the destinations of the framework for which the situation has been advanced.

Support For Host Any cast Priorities And Naming Of Link Local Addresses In Ipv6 IIT Project

Introduction to Support For Host Any cast Priorities And Naming Of Link Local Addresses In Ipv6 Project:

The issues related to the the internet have raised a lot as it were not edited during the design of the protocols. The version 4 of the internet protocol faced both the problems of flexibility and scalability. Efforts are being made to make a more advanced version of the internet protocol that can overcome the limitations of the present version. This will also be a safe future extension and it will be one of the best designs for the next generation IPv6.

The supporting and base protocols are standardized. Various issues that have been raised are being worked on and three such issues have already been studied and implemented. Firstly the support for name service for linking the addresses of the local, secondly, support for the addressing based on the host anycast. These require modifications at different stages of IPv6 stack like the network, device, API, BSD and layers of application. The implementations can be used with these issues for experimenting and it helps to make a better understanding and fesialibility. It will easily enable to tune to the requirements of the individuals. Linux 2.1.21 based IPv6 stack were implemented for the testings of the mechanism.

After having a look at the salient features of the system that are targeted to achieve an array of objectives which are laid out for the purpose of a next generation IP. Three experimental studies of the  issues were focussed in this thesis. Along with the host anycast problem a solution to the problem is found.

According to the discussion it is clear that these cannot be used as a datagram source or as destination address in the communication. Requirements regarding both the points of communication that is the ancient host and some other communicating host are specified. Here we are focusing on the UDP and TCP transport protocol.

Download Support For Host Any cast Priorities And Naming Of Link Local Addresses In Ipv6.

Samba Search Engine B.Tech NIT Mini Projects In Computer Science

Introduction to Samba Search Engine Mini Projects:

This software is used for searching the files in the network of a local area especially where the server of the samba is installed. The files can be shared in a machine that enable samba network and in a windows machine. Smbclient program is used by the program and it gives the results in a formatted manner. The output result of the query is relevant to the matter and is also presented in a proper manner. Using the Tcl and TK script the graphical interface is developed for the users.

Samba is simply an SMB server that is developed by Andrew Tridgell for UNIX. It is maintained by a group of people located all from all over the world. Lunix, HP-UX, DEC OSF/1, Digital UNIX, SunOS, etc are some of the variants of UNIX. The problem of searching the network samba for files can easily be cope us with the software.

As the output is printed to get relevant information therefore the time taken for searching is quite long. An index document organizes files in such a predetermined way that a search engine starts searching for the files that matches the criteria entered by the users on the system. Installation of samba network is done in systems in order to facilitate inter operating system communication.

SMB protocol is the base of samba servers. Here the client has mounted  the share directory of a particular file. Therefore searching becomes a tedious job with samba and this problem can be tackled with the use of samba tools known As Smbclient.

CSE Final Year Project on RSA Secure Chat Server with Report

Chat servers are now easily available and it enables people to connect with one another. It makes it easy for conversing with those who stays far away or even near by at low costs. AOL is a kind of chat service that helps in conversion with people within real time. Moreover, this service provides possibilities of host for school, work and connectivity.

Privacy is not provided in this widely available facility of chat. Whatever is sent and exchanged through the chat server is not secured at all. This project is designed in order to make the servers of the chat system more secure for the users. Public key encryption is used for this purpose that help to send messages through chats all across the world.

The chat service has various benefits like it allows instant exchange of messages between people. It enables in quick responses and group chats. The real time system helps to reduce the cost of expenses through the system of chatting. Usually this is not a secured way of communication but only till when it is written in plain text. But on the other hand, if it is intercepted it can make the message exchange more safe and secure.

The best part of encryption is that it requires less time for processing as chat messages are not very long. It also helps every message to be signed digitally and the utilization of public key encryption can securely transmit the message. Interception can occur but the message will not be able to decipher by the interceptor. Again, data insertion can take place but the use of digital signature ensure the authenticity of the message. There are various secure chat protocols that enable the users to chat with one another. Chat servers have become very popular nowadays and it has become a common medium of conversion especially among the youth generation.

Room Allotment System Report with DFD-ER-Sequence-UserCase Diagrams

Introduction to Room Allotment System Project:

When graduates join colleagues for the graduate degree they face a crucial problem of room allotment and it involves a huge array of processes and procedures. Depending upon these rules and procedures all the students other than the day scholars are allotted their rooms. This process is currenly pursued manually and as involves a lot of calculations therefore manipulation is also common. Computerization of the process of room allotments is a great way to reduce this complex structure to the a simpler procedure.

Important calculations and procedures are done by the room allotment system according to the procedures and rules of the nitc hostels. As per requirement it also produces the necessary documents. The main problems lie in the fact that it is difficult to design an effective and efficient room allot system that can provide the notice students as per their preferences and priority.

The system needs to keep a track of the number of students who stays in each of the hostel followed by proper allocation of generating rooms allotment reports and common hostel rooms when needed by the warden of the hostel. This project was designed in order to analyze the areas of potential application.

It also identifies the information economics about the dissemination, gather and complexity of processing and data as well as setting of priorities among all the applications/ the main motto behind the study of this paper is to find out whether the problem is curable or not with the existing technology and the constraints of the given schedule. A proper application domain understanding was the main focus area of this project and during this process informations are collected in detailed process by interacting with users like a hostel steward warden and others. It is followed by the identifying procedure of their problems and individual needs.

Final Year Project Topic on Gesture Based Interface For Computer Engineering Students

Introduction to Project Topic on Gesture Based Interface:

In this paper we are approaching a new method of controlling the movement of the mouse using the base of a real-time camera. The existing methods involve changing parts of the mouse like changing the position of the tracking ball or adding of buttons. Here instead of changing mouse parts we proposed to change the hardware design. Our method is to make use of image comparison technology, camera and a motion detection technology to control the movement of the mouse.

We have a latest way to control the function of a mouse using the real time camera method. We lamented the selection of icons as well as the movement of the mouse. Actually this system is based on the mouse detection technology and image compression method. The function of the motion detection system is to do make the movement of the mouse pointer possible along with election of icons. Due to the various detection and lightning it becomes difficult to get stable results.

Usually the algorithms used have issues of illumination. From these algorithms we can assume  that as they work in all environments therefore the system will also give efficient functions. If you have a work space problem and you want to reduce the usage of space then this system is just ideal for it and apart from this it is also useful in presentations. We are also planning to add more and more features to our proposed system in the future like shrinking windows, enlarging windows and closing windows with the use of multiple fingers and palm.

Our current system requires a good technology of illumination for the function of the mouse. Scale changes, hand gestures are also required simultaneously. Many improvements can be made to this system like double clicking, clicking, scrolling and others. This will increase the work efficiency of the of the users.