Path selection for quantum repeater networks

@mickeyze2 One of my students has expressed interest in building the routing protocol, but we've been too busy with the basics so far. The initial protocol will be qDijkstra: https://t.co/loBUVTfKEv

@sinag_jacq Re: flags my team has planted in Quantum Internet design: one is the development of a form of Dijkstra's algorithm suitable for routing in purify-and-swap quantum repeater networks. https://t.co/loBUVTfKEv

In quantum computing, https://t.co/8dOVlUasaN https://t.co/RBYdl4qD4y, https://t.co/B0m9ORSHdB, https://t.co/oDdcWxsOc8 8/

To connect two nodes, you must choose a path through the network. We built on Dijkstra's algorithm for routing: https://t.co/loBUVTfKEv

@rdviii http://t.co/5ym2Kdty What does this effect come from? This is my stupid question.

@rdviii http://t.co/5ym2Kdty your simulation result is the stair-step behavior with so noisy data, that is, the fluctuation.

@rdviii http://t.co/5ym2Kdty I have a question on the simulation result. Intuitively, the stair-step behavior can be found. However, ....

New paper dance: Path selection for quantum repeater networks. http://t.co/YgqDuomw

New paper dance: Path selection for quantum repeater networks. http://t.co/YgqDuomw