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machine learning

790 items

RESEARCHarXiv CS.LG·4/23/2026

A Multi-Plant Machine Learning Framework for Emission Prediction, Forecasting, and Control in Cement Manufacturing

This study develops a machine learning framework to predict, forecast, and control NOx emissions in cement manufacturing, a major source of industrial air pollution. The framework utilizes large-scale operational data from multiple plants, significantly improving prediction accuracy and enabling proactive operational adjustments to mitigate pollution.

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RESEARCHarXiv CS.CL·4/23/2026

Hybrid Multi-Phase Page Matching and Multi-Layer Diff Detection for Japanese Building Permit Document Review

This research presents a hybrid multi-phase page matching algorithm for automating the comparison of complex Japanese building permit document sets, which is currently a labor-intensive and error-prone manual process. The algorithm robustly pairs pages across revisions using structural alignment and dynamic programming, then applies a multi-layer diff engine to produce detailed difference reports with high accuracy.

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RESEARCHarXiv CS.LG·13d ago

Personalized Observation Normalization for Federated Reinforcement Learning in Simulation Environments with Heterogeneity

The paper introduces a personalized observation normalization (PON) method for federated reinforcement learning (FedRL) to address challenges in heterogeneous environments. PON allows each agent to locally normalize state inputs, ensuring consistent scaling and improving performance in heterogeneous MuJoCo tasks.

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ARTICLEDEV.to AI·22d ago

AI Growth Hacks

This article introduces AI growth hacks, a concept combining AI and machine learning with traditional growth hacking to drive rapid business success. It defines growth hacking and highlights how AI elevates these strategies, especially for SaaS startups.

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ARTICLEDEV.to AI·27d ago

How Optimization Search Works — From Hill Climbing to Genetic Algorithms

Optimization is the process of finding a better solution than the current one by evaluating candidate solutions within a search space. It involves an objective function to define what "better" means and an update strategy to guide movement. The challenge lies in distinguishing between a locally good solution and the truly best overall solution, often using methods like exploring neighbors.

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RESEARCHarXiv CS.LG·4/15/2026

DBGL: Decay-aware Bipartite Graph Learning for Irregular Medical Time Series Classification

DBGL introduces a novel Decay-Aware Bipartite Graph Learning method to address the challenges of irregular medical time series classification. It utilizes a patient-variable bipartite graph to model irregular sampling patterns and variable relationships, alongside a node-specific temporal decay encoding for variable decay irregularity.

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RESEARCHDEV.to AI·4/16/2026

Generative Simulation Benchmarking for sustainable aquaculture monitoring systems for extreme data sparsity scenarios

This content addresses the challenge of building intelligent monitoring systems for aquaculture in scenarios of extreme data sparsity, as observed in a fish farm. The author proposes Generative Simulation Benchmarking to overcome the limitations of traditional machine learning in such conditions.

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