Inbasekaran Perumal's repositories
crop-prediction
Developed a machine learning-based crop prediction model to assist farmers in making informed decisions about crop selection, planting, and harvesting.Integrated weather and geolocation APIs along with a web page for simplified user experience.
PDM-to-Ethernet-Packet-Generator
This project explores real-time audio signal processing on a Digilent Nexys4-DDR FPGA board, capturing audio from a MEMS microphone, processing it with FFT, and transmitting results via Ethernet for potential applications in audio analysis and processing.
Plagiarism-Check
Create a TURNITIN equivalent free software to do plagiarism checking of research articles / thesis etc.
Anchor-Docker_Clone
A repository containing our learnings and implementations for the project "Anchor: The Docker Clone" under IEEE-NITK
BooleanCalculator
boolean calculator engine using urp
Envision-TicTacToe-Bot
Envision 22 AI tic-tac-toe bot
image-denoising
The standard approach to image reconstruction using deep learning is to use clean image priors for training purposes. In this project, we attempt to achieve denoising without using a clean image prior and yet, achieving a performance comparable to, or sometimes, even better than that obtained using the conventional approach.
ripened-fruits-classifier
This system makes usage of an android smartphone that runs a TensorFlow lite CNN model to detect artificially ripened fruits. The proposed system has an efficiency of 91% in the identification of the fruits ripened artificially.
DimensionalityRedux-PCA-vs-Autoencoders
Comparative study of PCA and Autoencoders for effective dimensionality reduction, assessed through PSNR and SSIM metrics.
EC211-DSP-Lab
EC211 Digital Signal Processing Lab
EC302-VLSI-Design-Lab
EC302-VLSI-Design-Lab
EC704-VLSI-Design-Automation
EC704 - VLSI Design Automation
EC802-Low-Power-VLSI-Design
EC802 - Low Power VLSI Design
EC806-DDFPGA-Lab
EC-806
first-repo
My first github repository
MIPS-5-Stage-Pipeline-Project
This project involves the implementation and simulation of a MIPS 5-stage pipelined processor using Verilog. The implementation is based on the MIPS architecture as outlined in the "Computer Organization and Design: The Hardware/Software Interface" and "Digital Design and Computer Architecture"
MIPS-single-cycle
MIPS single cycle Verilog implementation based on Computer Organization and Design The Hardware software Interface by David A. Patterson and John L. Hennessy.
Verilog-HDL-Reference
verilog