Agriculture - Labellerr

Agriculture

A collection of 10 posts

7 Best Data Annotation Tools for Precision Agriculture in 2025

7 Best Data Annotation Tools for Precision Agriculture in 2025

In 2025, top data annotation tools for precision agriculture include Labellerr, Roboflow, CVAT, Labelbox, V7 Labs, Encord, and Label Studio. These platforms offer specialized features like disease detection, seed counting, field monitoring, and weed management.

what-industries-are-using-automated-labeling

Automated Data Labelling

How Industries Are Using Automated Labeling in 2025

Discover how industries like healthcare, autonomous vehicles, and retail are using automated labeling in 2025. AI-powered annotation speeds up data processing, enhances model accuracy, and improves efficiency in various sectors, enabling smarter automation and better decision-making.

Evolving industries with data labeling who benefits the most?

AI in healthcare

What Industries Benefit Most from Data Labeling?

Discover which industries benefit most from data labeling, including healthcare, retail, automotive, and finance. How it enhances AI applications, improving tasks like image recognition, sentiment analysis, and autonomous driving, leading to more accurate and efficient outcomes in these sectors.

70% Faster Harvesting with AI and Robotics in vertical farming

How Labellerr Empowered Oishii's AI Advancements in Vertical Farming

Learn how Labellerr's advanced methods improved image segmentation for strawberry-picking robots. This case study explains the innovative solutions that made these robots more accurate and efficient.

Machine learning crop yield prediction model tutorial

ML Beginner's Guide To Build Crop Yield Prediction Model: Tutorial

Learn to predict crop yield using machine learning! This beginner’s guide covers data preprocessing, visualization, model selection, and evaluation to enhance agricultural decision-making and boost productivity.

Machine Learning's Potential for Precision Agriculture

computer vision

Unlocking Machine Learning's Potential for Precision Agriculture

Introduction Imagine an enormous swath of golden wheat fields, moving with the calm wind. Introducing Sarah, an optimistic farmer who has accepted the future. Equipped with Machine Learning algorithms, Sarah painstakingly examines data gathered from sensors set into the ground, drones circling overhead, and satellites orbiting far above Earth. Artificial

Multiple Label Fruit

ML Beginners Guide To Build Multi-label Fruit Identification Model

Table of Contents 1. Introduction 2. Model Building 3. Conclusion 4. Future Considerations 5. Frequently Asked Questions Introduction Even in the ever-changing field of agriculture, technology is still essential to maintaining the world's food supply. In this investigation, we explore the field of multi-label fruit classification, an advanced

Farm Insect Detection using Vision Transformers

A Comprehensive Guide To Build Farm Insect Detection Model

Table of Contents 1. Introduction 2. Data Collection and Preprocessing 3. Model Configuration and Training 4. Analysis and Visualization 5. Inference and Deployment 6. Conclusion 7. Future Considerations 8. Frequently Asked Questions Introduction Deep learning and other cutting-edge technologies are now helping the agriculture industry, which is essential for the

CNN Crop Classifier

crop classification

ML Beginner's Guide to Build an Agricultural Crop Classifier Using CNNs

Introduction Advances in agriculture technology are changing traditional farming practises; one important aspect of this shift is machine learning with Convolutional Neural Networks (CNNs). In this comprehensive guide, we'll show you how to create an automated agricultural crop classifier using CNNs. By breaking down the code step-by-step, this

Automated Fruit and Vegetable Picker

Automated Fruit and Vegetable Identification Model: Hands-On Tutorial

Advancements in technology have ushered in transformative changes across industries, and agriculture is embracing innovation through machine learning, particularly Convolutional Neural Networks (CNNs). This hands-on guide offers an immersive journey into constructing an automated fruit and vegetable picker using CNNs. By dissecting the code and explaining each step, this tutorial