- MTech Projects
- Computer Science
- Ph.D. Guidance
- Contact Us
We provide electrical projects based on power electronics, MATLAB Simulink and SIM Power
For Electronics Engineering Students we support technologies like ARM, GSM, GPS, RFID, Robotics, VLSI, NSL, NS3, OMNet++, OPNet, QUALNET, PeerSim
CSE Projects is one of the branches to study about computer science. We offer CSE projects for security algorithm, scheduling methods, energy conservation techniques and sufficient utilization of computer resource method.
We do computer engineering based projects for B.sc, M.sc, B.E and M.E, B.Tech /M.Tech, BCA and MCA final year students. We ensure cse projects with detail knowledge for cloud, data mining, artificial intelligent, information security and networking based on ACM papers. We apply CSE projects and achieve great result in geographical, Robotic science, bio metrics, metro-logical, medical and news paper publications. We developed more than 90+ projects under Cse.
We implement this algorithm for data mining application to satisfy bias referred as hypothetical relationship among objects. Bias algorithm is used in Intelligent Knowledge discovery process for accurate information retrieval. Algorithm such as parallel bias used for domain dependent works on application domain and reference bias algorithm works based on application.
We implement this algorithm based on polynomial time, and ensure guarantee to find high quality solution with optimum solution for NP hard problem. It mainly implemented in research and development to calculate better solution for specific problem.
We adopt the fundamentals are:
By using this algorithm we can calculate approximation ratio, optimal cost (or) profit.
We used this algorithm in Wireless communication to collect and process environment data. Sampling values are improved by this algorithm. It used to reduce energy consumption, Packet delivery delay and improve data transmission speed.
Wireless sensor Network use single channel for communication which increase latency due to high interference. These issues are solved by us using local aggregation algorithm. It ensures time slots for each node and performs transmission in wireless sensor network in the basis of total number of time slots.
To identify deadlock condition such as hold, wait no preemption and mutual exclusion. We used deadlock detection algorithm. This algorithm ensures sequence of request and release for each process. To avoid and detect deadlock we use Banker’s algorithm and RAG algorithms.