Projects

The goal of the project was to classify large data using Formal Concept Analysis (FCA). FCA is a principled way of deriving a concept hierarchy or formal ontology from a collection of objects and their properties. The objective was to observe and nd patterns in the patients suffering from cancers and the hospitals they were attending. A similar dataset was created and improvement on query analysis was achieved using some keywords from the query and pre-processing before the concept tree was created.

The goal of the project was to detect the neural condition of a patient. The project was done in a Spartan kit consisting of an FPGA. The FPGA was programmed using Xilinx. The input fed into the FPGA was an EMG signal and on analysis of the input based on its peak voltage and peak latency, the LCD displayed an A(abnormal) or N(normal) as output. The problem faced was that of error voltage which was overcome by biasing. A circuit was made to test the correctness of the program for abnormal cases.

The goal of the project was to design an embedded circuit. The purpose of the project was to convert a program into its equivalent circuit and the make the PCB out of it. The circuit was designed using the software known as Circuit Maker. The program was to calculate the Greatest Common Divisor (GCD) of two numbers. The circuit took two four bit number as its input and produced their GCD, another four bit number as output. The problem faced was the propagation delay of the gates which was overcome.

• Implementation of Simplex algorithm for linear programming

• Implementation of various graph algorithms

• Implementation of demand paging

• Presentation on fast multiplication algorithms

• Built a small ROBOT which took input directions from computer

• Image Transforms using MATLAB

• Botnet detection using DNS