QuISP builds upon and contributes to the research literature on quantum repeaters.
If you're not familiar with quantum networking at all, at IETF 104, Tracy Northup and Rod Van Meter did a two-hour tutorial, which is uploaded to the IETF YouTube channel.
The most important document on QuISP design and use is
- Takaaki Matsuo, "Simulation of a Dynamic, RuleSet-based Quantum Network", master's thesis, Keio University Graduate School of Media and Governance, Sept. 2019. Available as arXiv:1908.10758 [quant-ph]
If you need to know about generations and stages of development, carrying us from single-application quantum key distribution (QKD) networks to a full Quantum Internet, see these three:
- Van Meter, Quantum Networking, Wiley-iSTE, 2014.
- Muralidharan et al., "Optimal architectures for long distance quantum communication", Scientific Reports 6, 20463, 2016.
- Wehner et al., "Quantum internet: A vision for the road ahead", Science 362, 6412, 2018.
At the moment, only first generation (1G) protocols have been implemented.
Specific design decisions
In addition to Takaaki's thesis, the design decisions incorporated here have evolved over fifteen years, and can be found in Rodney Van Meter's research papers.
For details of the link architectures (which we call MM, MIM, MSM), the best source is
- Jones et al., "Design and analysis of communication protocols for quantum repeater networks", New Journal of Physics 18(8), 083015, 2016.
As of this writing, a paper is being written detailing the simulation of non-Pauli errors while working in the error basis. (There is some description of this in Takaaki's thesis, above.)
For more discussion of the Quantum Recursive Network Architecture, our proposed architecture for the entire Quantum Internet, see Recursive Quantum Repeater Networks.
For references on synthetic network topologies, see Background on topology creation.
TODO: add a reference on match-and-action software defined networking (SDN).