Tips to select Final Year Projects

Do not Prefer Application Projects. If you want to do then You can get it from Internet . There won’t be any major scope for the Application projects and there won’t be any waitage to the project in the Interview.

Most of the project centers will rename the topic for a particular topic. Get the base paper and verify with our blog to check the genuinity of the project. Identify the best place to do your projects.


Wireless computing domain : cse/it students are not advised to do projects in wiress computing domain. 100% of the projects done in this domain is fake. Base Paper should not contain wireless, protocols, packets. Obviously, wireless computing domain projects without proper sensors and wireless network formation cannot be done. So students should not prefer wireless domain. Simulation project in wireless costs rs. 250 in the market and it’s of no use.

Question to ask: What’s the sensor we are using? What’s the range of wireless communication happening? How we are connecting to the node. Where the nodes are located. If the nodes are located in the same machine or different machine. Throw away the project.


networking project - A real networking project should have real routers. Instead, if we use pictures as routers then it can’t be a real project and there is no scope for the project. simulation project costs only Rs. 200 in tamil nadu.

Question to ask: what kind of router / switch we are going to use? what kind of programming we are going to do in the router. if there is no router, don’t take up this project.

Wifi Projects are not networking projects. This kind of projects cost Rs.200


grid computing domain : absolutely fake project domain. it’s impossible to construct or design grid in the real world. all final year projects in this domain are fake. Implementing a real grid is not possible for a student. simulating grid related projects cost 400 to 500 rs.

Question to ask: what’s the grid we are going to use? is it oracle grid environment or sql azure environment. project related to this domain is fake. no questions to ask.


Cloud Computing domain – Connecting to the external world Atleast next country is cloud computing. If connected to the remote machine or same machine is a simulation project. Any simulation project under this domain costs 200 rs.

Question to ask: where we are connecting to fetch data? if it’s next machine or same machine then it’s networking project not a cloud computing project. The data should be in remote atleast in other country.


Mobile with wireless domain: all the project in this domain is fake. simulation projects costs 270 rs.

Question to ask: no questions to ask. don’t prefer this domain.


Data mining domain – real data mining involves knowledge cube construction and it’s done by the tools ssas and owb. implementing this project only with java or dotnet is fake. constructino a OLAP environment and using mdx queries to fetch data is the real data mining project. simulation project costs 320 rs.

Question to ask: how we are constructing the cube? how we are fetching the data. project with out cube is absolutely fake.


web mining – collating the real data from internet directly. Data processed in database is absolutely fake. simulation project costs 250 rs.

Question to ask: how dynamically we are retrieving the data from internet? how it’s processed based on the base paper.


REAL TIME SURVEILLANCE SECURITY – REAL CAMERA SHOULD BE USED. using web camera is a FAKE PROJECTS. do not do this kind of project. there won’t be any value for this project.
students are not advised to do projects related to videos. the entire source code is available in internet and there is no scope for these projects.

Question to ask: waste domain. don’t prefer.


NETWORKS domain – ROUTER AND SWITCH IS COMPULSORY for a networking project. PICTURS OF rOUTER/NODES/SWITCH/ SERVER IS absolutely FAKE. simulation project doesn't have value and it costs 300-400 rs.

Question to ask: what kind of router / switch we are going to use? what kind of programming we are going to do in the router. if there is no router, don’t take up the project.


SERVER PERFORMANCE – PROJECT SHOULD BE DONE IN THE REAL SERVER LIKE MACHINE with windows server or web sphere or linux os. the server configuration should be minimal OF QUAD CORE WITH SERVER OPERATING SYSTEM(Windows server or websphere) OR ELSE IT’S FAKE. no value for the simulation projects.

Question to ask: getting the server or configuring the server is too costly. how the performance will be calculated. if it’s local machine, then its waste project.


NEURAL NETWORKS - DO NOT PREFER this domain. it’s OUTDATED DOMAIN

Question to ask: nothing to say. no value for this project.


ARTIFICIAL INTELLIGENCE – real ai cANNot BE implemented by final year project centers due to hardware requirements too. REMODIFICATION OF SMALL PIECE OF CODE IN INTERNET CAN BE DONE. REAL ieee PAPERS CANNOT BE IMPLEMENTED. dO NOT PREFER THIS KIND OF PROJECT for completing your final year projects.

Question to ask: don’t prefer this domain.

Monday 3 September 2012

Efficient and Fair Bandwidth Allocation in Multi-channel Cognitive Radio Networks.

 IEEE Topics:
Efficient and Fair Bandwidth Allocation in Multi-channel Cognitive Radio Networks.

IEEE Project Title, Year:

            IEEE TRANSACTIONS ON MOBILE COMPUTING, VOL. 11, NO. 8, AUGUST 2012.

Abstract:

Cognitive radio improves spectrum efficiency by allowing secondary users (SUs) to dynamically exploit the idle spectrum owned by primary users (PUs). This paper studies optimal bandwidth allocation of SUs for throughput efficiency. Consider the following tradeoff: an SU increases its instantaneous throughput by accessing more spectrum, but channel access/switching overhead, contention among multiple SUs, and dynamic PU activity create higher liability for larger bandwidths. So how much is too much? In this paper, we study the optimal bandwidth allocation for multiple SUs. Our approach is twofold. We first study the optimal bandwidth a SU should use to maximize the per-SU throughput in the long term. The optimal bandwidth is derived in the context of dynamic PU activity, where we consider both independent and correlated PU channel scenarios while accounting for the effects of channel switching overhead. We further consider the case of sub-optimal spectrum use by SUs in the short term due to PU activity dynamics. We propose an efficient channel reconfiguration scheme to improve SUs’ performance. We use real PU channel activity traces in the simulations to validate our results. The work sheds light on the design of spectrum sharing protocols in cognitive radio networks.

Problems in this project:

Ø   The wireless and simulation projects cannot be implemented as final year project.                                         Ø  The radio networks are used to connect PU and SU channels but it’s not possible.

Ø  The channel detection can be done with the help of radio networks only.

Ø  The SU can be added and arranged using the radio networks but it’s not possible by final year students.

Reasons for declaring this project as fake project:

Ø  High Cost Hardware is required to complete this project successfully.
Ø  Research Organizations with high level infrastructure can only do this research based project.
Ø  Dedicated radio signals are required for connection and communication in the network, which is purely a high cost implementation.
Ø  So this is absolutely a fake project and students are advised not  to do this project.

Suggestions to complete this project as genuine project:

Ø  Research requires high level infrastructure and radio networks which are costly.
Ø  When done as a simulation, the project worth cannot exceed Rs. 500, hence becoming a fake project.
Ø  So, the students are suggested not to take this as their final year project and it definitely will spoil the future.
Note:
              Ø    Simulation/Network projects are not recommended for final year IT/CSE students.
     Ø       These are projects to be done by Research Organizations.







Posted by at

No comments:

Post a Comment

Subscribe to: Post Comments (Atom)