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Computer Science
💻 Computer Science
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algorithms, computation, CS theory, complexity
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113
posts in
5.7
ms
Complexity
and
Algorithms
for Unary Translocation Distance
🔢
Numerical Methods
Content type:
Academic
arxiv.org
·
1d
1 day ago
Actions for Complexity and Algorithms for Unary Translocation Distance
LLL
Algorithm
for
Computer
Scientists
🔢
Numerical Methods
Content type:
Blog
leetarxiv.substack.com
·
6d
6 days ago
·
Substack
,
r/programming
Actions for LLL Algorithm for Computer Scientists
A Proof on the
Computational
Complexity
of the Traveling Salesman Problem: Why P ≠
NP
🕸️
Distributed Systems
zenodo.org
·
18h
18 hours ago
·
Hacker News
Actions for A Proof on the Computational Complexity of the Traveling Salesman Problem: Why P ≠ NP
Dynamic
Programming
Explained Visually: Memoization, Tabulation, and the Patterns That Stick
🔢
Numerical Methods
Content type:
Blog
tryexpora.com
·
2d
2 days ago
·
DEV
Actions for Dynamic Programming Explained Visually: Memoization, Tabulation, and the Patterns That Stick
A Mike's-Eye View of ARC's Research
⚛️
Physics
lesswrong.com
·
23h
23 hours ago
Actions for A Mike's-Eye View of ARC's Research
TiruArt/Pedigree-Polytopes-Lean4: Lean 4
machine-verified
proof that Membership Problem for Pedigree Polytopes, M3P ∈ P and P =
NP
via properties of Pedigree Polytopes.
🕸️
Distributed Systems
Content type:
Code
github.com
·
5d
5 days ago
·
Hacker News
Actions for TiruArt/Pedigree-Polytopes-Lean4: Lean 4 machine-verified proof that Membership Problem for Pedigree Polytopes, M3P ∈ P and P = NP via properties of Pedigree Polytopes.
The coding interview patterns, explained by building them
🕸️
Distributed Systems
Content type:
Tutorial
iwtlp.com
·
1d
1 day ago
·
DEV
Actions for The coding interview patterns, explained by building them
Samuel Mimram — CSC_51051_EP --
Computational
logic: from Artificial intelligence to Zero bugs
🕸️
Distributed Systems
lix.polytechnique.fr
·
8h
8 hours ago
Actions for Samuel Mimram — CSC_51051_EP -- Computational logic: from Artificial intelligence to Zero bugs
Researchers develop AI-powered railway control system for efficient urban train operation
🕸️
Distributed Systems
techxplore.com
·
5h
5 hours ago
Actions for Researchers develop AI-powered railway control system for efficient urban train operation
RL in discrete world —
Dynamic
Programming
— Part2: Generalized Policy Iteration (GPI)
🕸️
Distributed Systems
Content type:
Blog
medium.com
·
2d
2 days ago
Actions for RL in discrete world — Dynamic Programming — Part2: Generalized Policy Iteration (GPI)
Are Neural Networks Collision Resistant?
🕸️
Distributed Systems
link.aps.org
·
5d
5 days ago
Actions for Are Neural Networks Collision Resistant?
Reachability-Preserving Minimum Edge Cut Problem and Applications in Biology
🕸️
Distributed Systems
Content type:
Academic
biorxiv.org
·
6d
6 days ago
Actions for Reachability-Preserving Minimum Edge Cut Problem and Applications in Biology
Co-Creator
of Haskell: Functional
Programming
, Thinking in Types, Useless
Languages
| Simon Jones
🕸️
Distributed Systems
Content type:
News
developing.dev
·
2d
2 days ago
Actions for Co-Creator of Haskell: Functional Programming, Thinking in Types, Useless Languages | Simon Jones
Turing
universal neural networks do not require global clocks
🕸️
Distributed Systems
Content type:
Academic
nature.com
·
5d
5 days ago
·
Hacker News
Actions for Turing universal neural networks do not require global clocks
Understanding Principal Component Analysis (PCA)
🔢
Numerical Methods
Content type:
Blog
medium.com
·
2d
2 days ago
Actions for Understanding Principal Component Analysis (PCA)
Generalizing LCL
Complexity
Gaps to Unbounded Degree via Monadic Second-Order Properties
🕸️
Distributed Systems
Content type:
Academic
arxiv.org
·
14h
14 hours ago
Actions for Generalizing LCL Complexity Gaps to Unbounded Degree via Monadic Second-Order Properties
crafting with code: how architects reinvent making through robotics and digital fabrication
🖨️
3D Printing
designboom.com
·
1d
1 day ago
Actions for crafting with code: how architects reinvent making through robotics and digital fabrication
Reinforcement Learning and Optimal Control Book (RIP Dimitri Bertsekas)
🔢
Numerical Methods
Content type:
Academic
web.mit.edu
·
5d
5 days ago
·
Hacker News
Actions for Reinforcement Learning and Optimal Control Book (RIP Dimitri Bertsekas)
Wikipedia:Vital articles/Level
5/Technology/Computing
and communication
🖥️
Computer Hardware
en.wikipedia.org
·
1d
1 day ago
Actions for Wikipedia:Vital articles/Level 5/Technology/Computing and communication
On Architecture Research
⚡
HPC
plugyawn.com
·
5d
5 days ago
Actions for On Architecture Research
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