⟨арpendens|

Work in｟combinatorics, order, graph, NLP, category, ergodicity, OR｠hand picked by @permutans. Biosci: @naivelocus

[⟨арpendens| @appendens]

📄 Ardila et al. (2020) Coxeter submodular functions and deformations of Coxeter permutahedra (arX⠶1904.11029v2 [math⠶CO]) https://t.co/1WsV3xkbZO

[⟨арpendens| @appendens]

📄 Buschjäger et al. (2021) Very Fast Streaming Submodular Function Maximization (arX⠶2010.10059v5 [cs.LG]) https://t.co/M8bMTVyMBY
💾 SubmodularStreamingMaximization https://t.co/qawPTICNaU
🗓️ ECML PKDD 2021: Machine Learning and Knowledge Discovery in Databases. Research Track

[⟨арpendens| @appendens]

📄 Krause & Golovin (2012) Submodular Function Maximization https://t.co/ghSEsCiurK
📖 Ch. 3 in Tractability (2014) https://t.co/ZpfnVp9DPT

📄 Golovin & Krause (2011) Adaptive Submodular Optimization under Matroid Constraints (arX⠶1101.4450v1 [cs⠶DS]) https://t.co/XW3s29mgPe

[⟨арpendens| @appendens]

📄 Aaron Bertram (2015) Flag Varieties and Representations https://t.co/pe1yUA7nZd
👨‍🏫 David Mehrle (Cornell) https://t.co/n8AyyvEtOB

[⟨арpendens| @appendens]

📄 Fan et al. (2023) Bumpless pipe dreams meet puzzles https://t.co/qZXbt2WpFb

[⟨арpendens| @appendens]

📄 Geneson & Tsai (2021) Peripherality in networks: theory and applications (arX⠶2110.04464v1 [math⠶CO]) https://t.co/ERNMriaMNc

[⟨арpendens| @appendens]

🎓 Olle Abrahamsson (2016) A Gröbner basis algorithm for effective encoding of Reed-Müller codes [thesis] https://t.co/JVv3VZMNGr

[⟨арpendens| @appendens]

🎓 COS 302 / SML 305: Mathematics for Numerical Computing and Machine Learning https://t.co/tRiGrbwKZz
📺 https://t.co/Uz2YVayyJI
🔖 Course text: Deisseroth et al. (2020) MML https://t.co/70WQrOKozw
👨‍🏫 Ryan P. Adams https://t.co/23nu6kQxwg

[⟨арpendens| @appendens]

📚 Williamson (2020) “Network Flow Algorithms” https://t.co/0OMKYRVENF
📄 PDF: https://t.co/tEj34G2X3j

👨‍🏫 David P. Williamson (Chair of Information Science, Cornell University) https://t.co/vHVIe1M4Lt

[⟨арpendens| @appendens]

📄 Michael Simkin (2021) The number of n-queens configurations (arX⠶2107.13460v1 [math⠶CO]) https://t.co/dklmej1X89

[⟨арpendens| @appendens]

📄 Paeth (1991) Image file compression made easy https://t.co/ilJd3vtLIp
👨‍🏫 Alan W. Paeth https://t.co/xparukNLQb

[⟨арpendens| @appendens]

📄 Kenyon & Yin (2021) Parking functions: From combinatorics to probability (arX⠶2103.17180v1 [math⠶CO]) https://t.co/xMLeIuTmBB

[⟨арpendens| @appendens]

📄 Wolfram (2021) Combinators: A Centennial View (arX⠶2103.12811v1 [cs⠶LO]) https://t.co/F4r6Jlnhli
🌐 https://t.co/Vyt34LP78p
📺 https://t.co/AXQvDqg7ft

[⟨арpendens| @appendens]

📄 Jacob et al. (2021) A Gibbs sampler for a class of random convex polytopes (arX⠶1910.11953v3 [stat⠶CO]) https://t.co/2PqboL2waP

[⟨арpendens| @appendens]

📺 Richard Borcherds (2020) Representation theory https://t.co/zwPmjhx9e2
👨‍🏫 https://t.co/LJDZ9KxtAN

[⟨арpendens| @appendens]

📑 Introduction to Real Analysis (2020) https://t.co/tEZBwqAX2T
👨‍🏫 Lee Larson (U. Louisville) https://t.co/eRP7vVbIkE

[⟨арpendens| @appendens]

📖 Grötschel (2012) Optimization Stories https://t.co/TF5YEE9yCV
👨‍🏫 Martin Grötschel https://t.co/PKIBw0C0pZ

[⟨арpendens| @appendens]

📺 Pawel Lichocki - Combinatorial Optimization @ Google https://t.co/puSEESiwmw
🌐 https://t.co/X6zN489BO1

[⟨арpendens| @appendens]

📄 Koch (2005) Rapid Mathematical Programming or How to Solve Sudoku Puzzles in a few Seconds https://t.co/tP71dxSofC

[⟨арpendens| @appendens]

📄 Achterberg (2006) Conflict Analysis in Mixed Integer Programming https://t.co/O3x8K7VqhF