An APSP algorithm using detour-vertex predictions achieves O(n^{2.83} + ηn) time by adapting a co-nondeterministic Exact Triangle algorithm to recover from prediction mistakes.
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Node-weighted triangle detection can be solved in optimal O(MM(n)) time with a simpler algorithm than previous work.
A weight-preserving reduction from undirected 2-FRP to SSRP establishes their computational equivalence and yields matching improved algorithms for 2-FRP.
Achieves (2k/3)-approximation for girth in weighted graphs in Õ(m + n^{1+2/k}) time for every k≥2, improving prior partial results, plus new fine-grained lower bounds for unweighted girth approximation.
The paper shows fine-grained hardness for approximating reachability diameter in directed graphs, gives additive approximations for unweighted cases, and constant-factor approximations for bounded treewidth and width-bounded DAGs.
Deterministic O(n^{2.686})-time algorithm for Monotone Min-Plus Product and n^{1.5+o(1)}-time algorithm for Monotone Min-Plus Convolution, derandomizing prior randomized results.
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Deterministic Monotone Min-Plus Product and Convolution
Deterministic O(n^{2.686})-time algorithm for Monotone Min-Plus Product and n^{1.5+o(1)}-time algorithm for Monotone Min-Plus Convolution, derandomizing prior randomized results.