会议信息

ALT 2026: International Conference on Algorithmic Learning Theory

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ALT
截稿日期:
2025-10-02
通知日期:
2025-12-18
会议日期:
2026-02-23
会议地点:
Toronto, Ontario, Canada
届数:
37
CCF: C   ICORE: B   QUALIS: B1   浏览: 98258   关注: 76   参加: 24

征稿

ALT 2026 (International Conference on Algorithmic Learning Theory) is a CCF C / ICORE B / QUALIS B1 conference held in Toronto, Ontario, Canada on 2026-02-23. The paper submission deadline is 2025-10-02. Acceptance notifications are sent on 2025-12-18.

The 37th Algorithmic Learning Theory conference (ALT 2026) will be held in Toronto, Canada on February 23-26, 2026. The conference is dedicated to all theoretical and algorithmic aspects of machine learning. We invite submissions with contributions to new or existing learning problems including, but not limited to, the following list of topics. Design and analysis of learning algorithms. Classical foundations of learning theory: statistical, computational, algorithmic, and information-theoretic. Online learning and game theory. Optimization: convex, non-convex, new and old algorithms, their implicit biases, overparameterization, and so on. Different paradigms of learning: supervised, unsupervised, semi-supervised, active learning, reinforcement learning, and so on. All aspects of reinforcement learning: classical control-theoretic perspectives, modern uses such as LLM post-training, new algorithms, etc. Large language models, transformers, and all associated questions. Theoretical perspectives on trustworthy AI safety and AI safety: privacy, adaptive data analysis, fairness, alignment, and so on. Robustness: both classical perspectives (e.g. training data corruption), and modern perspectives (e.g. adversarial examples and LLM jailbreaks). Theoretical perspectives on deep learning: approximation, generalization, and optimization aspects of classical architectures such as shallow feedforward networks and simple RNNs, and modern architectures such as transformers. Core statistics topics: asymptotics, high-dimensional statistics, non-parametrics, causality, and so on. Learning with algebraic or combinatorial structure. Bayesian methods. Kernel methods. Interpretability and explainability. Learning with algorithmic constraints: distributed learning, communication and memory efficient learning, federated learning, streaming algorithms, and so on. Different learning modalities: time series, sequence-to-sequence mappings, graph data, and so on. Mathematical analysis of sampling methods, including diffusion models and other practical methods. Despite the theoretical focus of the conference, authors are welcome to support their analysis with relevant empirical results. Accepted papers will be presented at the conference as a full-length talk, and published electronically in the Proceedings of Machine Learning Research (PMLR); see details below and in the eventual submission instructions.
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录用率

平均录用率: 41.1% 10 年间 (2004–2021).

年份提交数录用数录用率(%)
20211574629.3%
20201283829.7%
2019783747.4%
2018953334.7%
2017743344.6%
2008463167.4%
2007502550%
2006532445.3%
2005983030.6%
2004912931.9%

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相关期刊

CCF全称影响因子出版商ISSN
CKnowledge-Based Systems7.2Elsevier0950-7051
CFuture Generation Computer Systems6.1Elsevier0167-739X
CNeurocomputing6.5Elsevier0925-2312
CPattern Recognition Letters3.9Elsevier0167-8655
CIEEE Transactions on Industrial Informatics11.7IEEE1551-3203
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CEngineering Applications of Artificial Intelligence9.0Elsevier0952-1976
CExpert Systems with Applications7.5Elsevier0957-4174
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CComputer Communications4.3Elsevier0140-3664

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