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NASA Technical Reports Server (NTRS) 20230002008: Quantum Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees Quantum-Accelerated Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees - Info and Reading Options

"NASA Technical Reports Server (NTRS) 20230002008: Quantum Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees Quantum-Accelerated Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees" and the language of the book is English.


“NASA Technical Reports Server (NTRS) 20230002008: Quantum Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees Quantum-Accelerated Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees” Metadata:

  • Title: ➤  NASA Technical Reports Server (NTRS) 20230002008: Quantum Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees Quantum-Accelerated Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees
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  • Language: English

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  • Internet Archive ID: NASA_NTRS_Archive_20230002008

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"NASA Technical Reports Server (NTRS) 20230002008: Quantum Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees Quantum-Accelerated Distributed Algorithms For Approximate Steiner Trees And Directed Minimum Spanning Trees" Description:

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We present two algorithms in the Quantum CONGEST- CLIQUE model of distributed computation that succeed with high probability; one for producing an approximately optimal Steiner Tree, and one for producing an exact directed minimum spanning tree, each of which uses O ̃(n1/4) rounds of communication and O ̃(n9/4) messages, achieving a lower asymptotic round and message complexity than any known algorithms in the classical CONGEST-CLIQUE model. At a high level, we achieve these results by combining classical algorithms with fast quantum subroutines. Additionally, we characterize the constants and logarithmic factors involved in our algorithms, as well as related classical algorithms, revealing that advances are needed to render both practical.

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