Remove Computer Vision Remove Explainable AI Remove Neural Network
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easy-explain: Explainable AI for YoloV8

Towards AI

It uses one of the best neural network architectures to produce high accuracy and overall processing speed, which is the main reason for its popularity. Layer-wise Relevance Propagation (LRP) is a method used for explaining decisions made by models structured as neural networks, where inputs might include images, videos, or text.

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Enhancing AI Transparency and Trust with Composite AI

Unite.AI

These techniques include Machine Learning (ML), deep learning , Natural Language Processing (NLP) , Computer Vision (CV) , descriptive statistics, and knowledge graphs. Composite AI plays a pivotal role in enhancing interpretability and transparency. Combining diverse AI techniques enables human-like decision-making.

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CoSy (Concept Synthesis): A Novel Architecture-Agnostic Machine Learning Framework to Evaluate the Quality of Textual Explanations for Latent Neurons

Marktechpost

Modern Deep Neural Networks (DNNs) are inherently opaque; we do not know how or why these computers arrive at the predictions they do. An emerging area of study called Explainable AI (XAI) has arisen to shed light on how DNNs make decisions in a way that humans can comprehend.

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Computer Vision Tasks (Comprehensive 2024 Guide)

Viso.ai

Computer vision (CV) is a rapidly evolving area in artificial intelligence (AI), allowing machines to process complex real-world visual data in different domains like healthcare, transportation, agriculture, and manufacturing. Future trends and challenges Viso Suite is an end-to-end computer vision platform.

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Computer Vision Trends to Watch in 2025

Viso.ai

Computer vision is a field of artificial intelligence that enables machines to understand and analyze objects in visual data (e.g. It allows computer systems to perform tasks like recognizing objects, identifying patterns, and analyzing scenesjobs that replicate what human eyes and brains can do. images and videos).

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This Machine Learning Research from Tel Aviv University Reveals a Significant Link between Mamba and Self-Attention Layers

Marktechpost

However, understanding their information-flow dynamics, learning mechanisms, and interoperability remains challenging, limiting their applicability in sensitive domains requiring explainability. These matrices are leveraged to develop class-agnostic and class-specific tools for explainable AI of Mamba models.

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AI and the future agriculture

IBM Journey to AI blog

Better, faster phenotyping In Tanzania, David Guerena, an agricultural scientist at the International Center for Tropical Agriculture, is using AI to kick plant evolution into overdrive. Guerena’s project, called Artemis, uses AI and computer vision to speed up the phenotyping process.