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    CTML 2026 - 2026 International Conference on Computational Theory and Machine Learning (CTML 2026)

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    Website https://www.ctml.org/ | Want to Edit it Edit Freely

    Category Computational Theory and Machine Learning

    Deadline: October 20, 2026 | Date: November 27, 2026-November 29, 2026

    Venue/Country: Rio de Janeiro, Brazil

    Updated: 2026-03-18 16:47:16 (GMT+9)

    Call For Papers - CFP

    Full Name: 2026 International Conference on Computational Theory and Machine Learning (CTML 2026)

    Acronym: CTML 2026

    Place: Rio de Janeiro, Brazil

    Date: November 27-29, 2026

    Website: https://www.ctml.org/

    Organizer: Universidade Federal Fluminen

    The International Conference on Computational Theory and Machine Learning (CTML 2026) will be held in Rio de Janeiro, Brazil, during November 27-29, 2026.

    This conference focuses on computational theory, machine learning foundations, algorithm design, and related interdisciplinary research. It provides a high-level academic platform for global researchers, scholars, and practitioners to share innovative findings, exchange ideas, and promote academic cooperation. CTML 2026 welcomes high-quality papers and presentations, aiming to advance theoretical progress and practical applications in computational theory and machine learning.

    PUBLICATION

    Submissions will be reviewed by the conference technical committees, and accepted papers will be published in Conference Proceedings and submitted to EI Compendex, Scopus, etc. for indexing.

    CALL FOR PAPERS

    Authors are invited to submit full papers describing original research work in areas including, but not limited to:

    TRACK 1: Foundations of Computational Learning

    Statistical Learning Theory and Generalization

    Computational Complexity of Learning

    Online Learning and Regret Analysis

    Learning Dynamics and Convergence

    Scaling Laws and Emergent Behavior in Large Models

    PAC-Bayes Theory and Algorithmic Stability

    TRACK 2: Deep Learning Theory and Neural Architectures

    Expressivity and Capacity of Neural Networks

    Theoretical Analysis of Transformers and Foundation Models

    Neural Network Optimization Landscapes

    Overparameterization and Double Descent

    Implicit Regularization and Bias of Gradient Methods

    Mechanistic Interpretability and Model Internals

    Physics-Informed Neural Networks and Neural Operators

    TRACK 3: Optimization and Algorithms for Machine Learning

    Convex and Non-Convex Optimization

    Evolutionary Algorithms and Metaheuristics

    Combinatorial Optimization in Learning

    Surrogate-Assisted and Expensive Optimization

    Optimization for Resource-Constrained Settings

    Federated Learning and Distributed Optimization

    Multi-Objective Optimization in ML Systems

    TRACK 4: Graph Theory, Combinatorics, and Learning on Structures

    Graph Neural Networks Theory

    Spectral Graph Theory and Applications

    Algorithmic Graph Theory and Network Analysis

    Combinatorial Optimization with Learning

    Random Graphs and Probabilistic Methods

    Geometric Deep Learning

    Learning on Manifolds and Non-Euclidean Data

    TRACK 5: Trustworthy and Explainable AI

    Causal Inference and Discovery

    Explainability and Interpretability

    Robustness, Uncertainty, and Calibration

    Privacy and Fairness in Machine Learning

    Adversarial Machine Learning

    Distribution Shift and Domain Generalization

    Safety and Alignment of AI Systems

    TRACK 6: AI for Scientific Discovery and Emerging Frontiers

    AI for Scientific Discovery

    Quantum Machine Learning

    Symbolic Regression and Scientific Law Discovery

    AI-Accelerated Scientific Computing

    Multi-Modal Learning and Fusion

    Computational Biology and AI for Healthcare

    Climate Modeling and Environmental AI

    TRACK 7: Efficient and Scalable Machine Learning Systems

    Model Compression and Knowledge Distillation

    Quantization and Pruning

    Neural Architecture Search

    Edge AI and TinyML

    Green AI and Energy-Efficient Learning

    Large-Scale Training Systems

    ML Compilers and Hardware-Software Co-Design

    For details about topics, please visit at https://www.ctml.org/cfp.html

    SUBMISSION

    1. Full Paper (Publication and Presentation)

    2. Abstract (Presentation Only)

    For full paper(.pdf), please upload to https://www.zmeeting.org/submission/ctml2026

    For abstract, please send it to ctmlconfat163.com

    More details about submission, please visit at https://www.ctml.org/submission.html

    CONTACT

    Mary Zhan (Conference Secretary)

    E-mail: ctmlconfat163.com


    Keywords: Accepted papers list. Acceptance Rate. EI Compendex. Engineering Index. ISTP index. ISI index. Impact Factor.
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