Spectral Packing - Inkbit 3D
Left: We select over 6000 objects from Thingi10K as our benchmark, which consists of many challenging geometries. Middle: We densely pack the benchmark into a cuboid with a packing density of 35.77%. The packing is free of interlocking. Right: An in-focused view highlighting densely packed objects. PDF MP4 PDF ZIP 1 CABOT ROAD, SUITE 400 MEDFORD, MA 02155 INFO@INKBIT3D.COM
--> Manufacturing Software | Simulation & Production Control | Inkbit top of page Software Solutions Construct CAD Build-Prep Software Lattice capabilities, automated build preparation. Multi-material part design includes: Assigning digital materials to multi-body parts Geometric operations such as, lattices, skins, material interfaces, blending Parametric labeling for part traceability Caging to protect parts with delicate features Live slicing and part previews Build preparation: Manual arrangement of part positions and orientations Automated packing using SSP and Lattice Packing Build ana
Explore this link on the map →related reading
- Partitioning to solve Bin Packing Problemsarxiv.org
- Inkbase: Programmable Inkinkandswitch.com
- Type-Safe and Portable Support for Packed Data (Experience Paper)drops.dagstuhl.de
- Speculative Decoding - philkravphilkrav.com
- Reiner Pope – The math behind how LLMs are trained and serveddwarkesh.com
- Knapsack problem - Wikipediaen.wikipedia.org
- Faiss: A library for efficient similarity search - Engineering at Metaengineering.fb.com
- Competing with sampling — Alignment Research Centeralignment.org
- Mirage Persistent Kernel: A Compiler and Runtime for Mega-Kernelizing Tensor Programsarxiv.org
- Heuristics on the high seas: Mathematical optimization for cargo shipsresearch.google
- The Lost Art of Structure Packingcatb.org
- Rectangle packing - Wikipediaen.wikipedia.org