SIAM IMR25: Call for Papers

The SIAM International Meshing Roundtable Workshop 2025 solicits full papers for the upcoming conference. SIAM IMR25 will utilize a two-phased paper review process. Papers may either be accepted with or without revisions. For most cases where “accepted with revision” has been indicated by the first review, specific modifications will be requested prior to a final review and acceptance.

This call solicits technical papers that present original results. The IMR also solicits research notes that describe exploratory research and preliminary results, technical posters, and meshing contest submissions.

Please follow formatting and submitting instructions for the appropriate submission type. Please read the instructions in their entirety.

Important Dates

Note that deadlines are End of Day, Anywhere on Earth.

Topics

• Mesh Generation and Modification
  • Structured, unstructured, Cartesian, and hybrid meshing techniques
  • High-order finite elements, and mesh generation
  • Optimal meshing, centroidal Voronoi tessellation
  • Mesh adaptation, metrics, and anisotropy
  • Mesh refinement, coarsening, smoothing, untangling, optimization, simplification, and compression
  • Dynamic mesh modifications such as moving meshes, level set methods, and mesh morphing
  • Polygon mesh generation for large models
• Artificial Intelligence and Machine Learning for Meshing
  • Feature recognition and extraction from mesh-based data using deep learning
  • Mesh generation and optimization based on reinforcement learning or deep learning
  • Mesh generation with neural PDE constraints for numerical simulation
  • Mesh representation and generation based on graph neural networks
  • Comprehensive evaluation metrics for mesh quality based on deep learning
• Meshing for Scientific and High-Performance Computing
  • Meshing algorithms for GPUs
  • Parallel mesh data structures
  • Mesh partitioning and coloring
  • Parallel meshing, mesh streaming, and real-time meshing techniques
  • Meshing for cloud computing
• CAD and Computational Geometry Issues for Meshing
  • Geometry representation and translation: B-Rep NURBS, implicit surfaces, and volume data
  • Surface reconstruction and domain generation
  • Geometry preparation: CAD repair/cleanup, simplification, defeaturing, partitioning, decomposition, and imprint/merge
  • Dimension reduction: medial axis transformation, Voronoi diagram, chordal axis transform, mid-surface, and other skeletal representations
  • Virtual geometry and topology
• Implications and Applications for Meshing
  • Finite element, finite volume analysis and modeling
  • Geometric modeling
  • Computer graphics and scientific visualization
  • Other novel methodology and applications, such as isogeometric analysis
  • Solution-driven adaptivity
  • Application-specific novel meshing techniques

Submission

• For accepted papers, at least one author must register for the IMR. Participants may be an author of multiple papers.
• Each accepted paper must be presented at the IMR. Each IMR registrant will be limited to giving one paper presentation.
• The conference is currently planned to be held in person. Submitters should make themselves aware of the current travel restrictions/requirements.
• Full papers must have original and significant contributions in order to be accepted. All papers will be rigorously peer-reviewed by reviewers selected by the program committee.
• A completed “authorization to publish” or copyright agreement form will be required after acceptance of your paper. Details will be sent to authors of accepted papers.

Formatting Requirements

Full papers are limited to 12 pages in length (US letter size), including figures, tables, and appendices. Only references do not count towards the 12 page limit, and may extend the paper to more pages. Authors are welcome to submit supplementary material to the actual paper, however the paper must be complete without it. Authors of accepted papers will be required to attend and present at the conference.

Acceptable supplementary material includes:

• Lengthy or detailed experimental results, beyond summaries in the paper itself
• Code or pseudocode
• Datasets: publicly sharing input models that others can try their algorithms on is especially welcome
• Images
• Animations
• Proofs

Authors are encouraged to make the supplementary material publicly available after acceptance.

Authors must use the SIAM two-column template for all submissions, while strictly following the guidelines provided above for each submission type.

Review Process

The review process this year will be double blind. Please follow these guidelines:

1. Do not include author names or affiliations anywhere in the manuscript, or in any supplementary material (or in any file names).
2. Do not include any author names in the Acknowledgments section in the manuscript on submission (though please do include information about funding). Author names can be added to the Acknowledgments section after completion of the peer-review process.
3. Do not include work in the reference list that has not yet been accepted for publication.
4. When referring to your own work within the paper, avoid using terminology that might reveal your identity, e.g., avoid phrases such as “we have previously shown [citation]”.

Authors requiring travel authorization may contact us ahead of time for a preliminary decision. One will be provided when reviewer and advocate comments are received.

Final Camera-Ready Submission

Only PDF files are accepted for the final camera-ready submission and must conform strictly to the formatting guidelines. Final submissions for accepted papers must be received by February 14, 2025.

Call for Reviewers

The organizing committee of the SIAM IMR25 is looking for reviewers.

Contact

If you have questions about the Call for Papers or paper submission process contact:

• Kendrick Shepherd, Papers Chair
  Brigham Young University
  Email: kendrick_shepherd@byu.edu

• Hang Si, Papers Chair
  Cadence Design Systems, Inc.
  Email: hangsi@cadence.com

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