Aoi Kawasaki

Exact State-Ranked Array-RQMC: Representations and Shared Work

Repeated states in state-ranked Array-RQMC receive rank-specific inputs. We execute the reranked population without visiting every particle when complete states repeat and transitions admit short finite-word interval partitions. Primal image-basis and dual constraint counters pre...

Exact State-Ranked Array-RQMC: Representations and Shared Work

Repeated states in state-ranked Array-RQMC receive rank-specific inputs. We execute the reranked population without visiting every particle when complete states repeat and transitions admit short finite-word interval partitions. Primal image-basis and dual constraint counters pre...

Exact Binary Projections for Array-RQMC: Joint Laws and Pathwise-Preserving Execution

Exact Binary Projections for Array-RQMC: Joint Laws and Pathwise-Preserving Execution Aoi Kawasaki. Preprint; not peer reviewed. Contribution For a specified two-dimensional Sobol net with linear matrix scrambling and a digital shift, the complete rank-ordered binary innovation v...

Exact Binary Projections for Array-RQMC: Joint Laws and Pathwise-Preserving Execution

Exact Binary Projections for Array-RQMC: Joint Laws and Pathwise-Preserving Execution Aoi Kawasaki. Preprint; not peer reviewed. Contribution For a specified two-dimensional Sobol net with linear matrix scrambling and a digital shift, the complete rank-ordered binary innovation v...

Local Mapping Without Iterative Closure: Zero-Shot and Input-Output-Only In-Context Graph-XOR Capability Boundaries in Qwen3

Local Mapping Without Iterative Closure Zero-Shot and Input-Output-Only In-Context Graph-XOR Capability Boundaries in Qwen3 DOI: https://doi.org/10.5281/zenodo.21992852 Frozen-protocol pilot study · Not peer reviewed We evaluated zero-shot and input-output-only in-context graph-X...