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How to Convince Your Team to Invest in Computer Vision
Technical teams can easily recognize the necessity of computer vision solutions, but securing executive buy-in is often the bigger challenge.
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Computer Vision
Typical Workflow for Building a Machine Learning Model
Building a machine learning model consists of 7 steps, starting with problem identification and dataset creation.
Deep Learning
MobileNet – Efficient Deep Learning for Mobile Vision
MobileNet, introduced in 2017 by a team of researchers at Google, is a Deep Learning model for Smartphones, IoT, and embedded devices.
Edge AI
Home Robots: The Stanford Roadmap Paper
Stanford University researchers, along with industry experts, delve into the evolving landscape of AI and home robotics.
Deep Learning
AlexNet: A Revolutionary Deep Learning Architecture
AlexNet is a Image Classification model released in 2012 and the first model to use CNN based Deep Neural Network.
Computer Vision
Best Lightweight Computer Vision Models
We introduce the best lightweight computer vision models for fast production, accurate detection, and ease of use.
Deep Learning
U-Net: A Comprehensive Guide to Its Architecture and Applications
U-Net is an image segmentation model that features a U-shaped architecture, comprising two main parts: an encoder and decoder.
Deep Learning
RetinaNet: Single-Stage Object Detector with Accuracy Focus
RetinaNet is a single-stage object detector that uses Focal Loss and two task-specific sub-networks for object detection.
Deep Learning
What is a Decision Tree?
Explore the decision tree algorithm and enhance your Python skills with step-by-step instructions in this comprehensive guide.
Computer Vision
Object Localization and Image Localization
Object and image localization in computer vision: enabling machines to detect and accurately pinpoint objects in images.
Deep Learning
Concept Drift vs Data Drift: How AI Can Beat the Change
Model drift can degrade a model's performance. Learn about the differences between concept drift vs data drift and mitigation strategies.
Computer Vision
Gradient Descent in Computer Vision
Gradient descent is based on a gradual, iterative approach to solving the problem of a function's minimization.
Deep Learning
Building Knowledge Graphs With ML: A Technical Guide
Knowledge Graph is a knowledge base that uses graph data structure to store and operate on the data. It powers applications such as Google
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Do you want to see the future of computer vision?
Welcome to Visual General Intelligence. (VGI)
We believe that VGI will be the proof point of Artificial General Intelligence (AGI). See for yourself how VGI can unlock visual intelligence that streamlines operations. The possibilities are limitless.
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