A Work By 2023-24-141 Team

AI-Powered Smart Solutions For Mushroom Farmers

Transform Your Mushroom Farming with FungAI

Project Scope

Literature Survey

There have been many studies on using machine learning and deep neural networks to help with mushroom farming. These studies focus on identifying different mushroom species, predicting growth, detecting diseases, analyzing cultivation bags, and understanding the market for better business decisions.

Identifying Mushroom SpeciesResearchers used models like AlexNet, ResNet-50, and GoogLeNet to accurately identify edible and poisonous mushrooms in Thailand.

Predicting Growth and Detecting DiseasesA study in Sri Lanka used IoT devices and Mobile Net V2 models to identify diseases in Oyster mushrooms and determine the best harvest times.

Using Smartphones for HarvestingResearchers created a large set of photos showing different growth stages of mushrooms. They used a CNN to predict the best harvest times, optimized for mobile devices.

Classifying Mushroom SpawnTo reduce contamination, researchers developed a method to classify oyster mushroom spawn using deep neural networks and other classifiers, achieving 98.8% accuracy.

Improving Mushroom ProductionThe study highlights the need to provide scientific information to small-scale mushroom producers, helping them become commercial producers and compete in local and international markets.

Here's what we provide
Research Gap

Identify Unknown Mushrooms

Experiment with our tools to identify various unknown mushroom species.

Harvest Time Prediction Models

Improve your yield by knowing when to harvest.

Detect Mushroom Diseases

Enhanced methods for detecting diseases in mushrooms and pots.

Connect Sellers & Buyers

Be a seller, be a buyer, whatever you want.

Tech Stack
React Native
Express
Flask
Docker
Git
Tensorflow
MongoDB
Azure
Methodology

Timeline

Project Proposal

A Project Proposal for FungAI aims to secure funding and approval by showcasing tools for mushroom species identification, growth prediction, disease detection, and a platform connecting sellers and buyers.

Progress Presentation I

A Progress Presentation details the completed work, covering 50% of the project milestones achieved so far.

Research Paper

A Research Paper details the findings and insights gathered from our study.

Progress Presentation II

Progress Presentation II outlines the work completed, demonstrating 90% project completion and key milestones achieved.

App Website Designing

App Website Designing focuses on creating an intuitive and engaging online presence for our app, enhancing user experience and accessibility.

Research Logbook

A Research Logbook documents the ongoing research activities, methodologies, and findings throughout the project.

Final Report

The Final Report summarizes the entire project, detailing objectives, methodologies, results, and conclusions.

Final Presentation & Viva

The Final Presentation & Viva highlights the project outcomes, key achievements, and includes a Q&A session to defend and discuss the work.

Docs

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Team

Developers

Sayuru's avatar

Silva W. S. J

Undergraduate

Sri Lanka Institute Of Information Technology

Information Technology

Dila's avatar

W. A. K. A Dilshan

Undergraduate

Sri Lanka Institute Of Information Technology

Information Technology

Ranindu's avatar

Sachintha G. G. R

Undergraduate

Sri Lanka Institute Of Information Technology

Information Technology

gaip's avatar

G. A. I. P Kumara

Undergraduate

Sri Lanka Institute Of Information Technology

Information Technology

Supervisors

Ranindu's avatar

Ms. Jenny Krishara

Senior Lecturer

Sri Lanka Institute Of Information Technology

Information Technology