Distributed Routing in a Quantum Internet: Difference between revisions

Edit by Lucas: Corrections and suggestions from our last talk - Removed Kaushik's name
(First version of the page made by Lucas.)
 
(Edit by Lucas: Corrections and suggestions from our last talk - Removed Kaushik's name)
 
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* During the path discovery phase (<math>\mathbf{PathDisc}</math>) each node decides the next hop on the basis of the physical graph topology and the information it has about the shared entangled links with its neighbours.
* During the path discovery phase (<math>\mathbf{PathDisc}</math>) each node decides the next hop on the basis of the physical graph topology and the information it has about the shared entangled links with its neighbours.
* In this phase given a demand <math>D_{v,e}</math> if <math>v</math> is an optimal neighbour of <math>u</math> to reach a destination node <math>e</math> then the routing algorithm has two options:
* In this phase given a demand <math>D_{v,e}</math> if <math>v</math> is an optimal neighbour of <math>u</math> to reach a destination node <math>e</math> then the routing algorithm has three options:
** (1) Select the path via <math>v</math> and generate sufficient amount of links between <math>u, v</math> - see '''Algorithm 2 - Modified Greedy'''
** (1) Select the path via <math>v</math> and generate sufficient amount of links between <math>u, v</math> - see '''Algorithm 2 - Modified Greedy'''
** (2) Vertex <math>u</math> try to select another neighbour with whom it already shares enough amount of entangled links - see '''Algorithm 3 - Local Best Effort'''
** (2) Try to select another neighbour with whom it already shares enough amount of entangled links - see '''Algorithm 3 - Local Best Effort'''
 
** (3) (2) + Assume that the quantum repeater nodes have information about its neighbours as well as the neighbours of the neighbours in the virtual graph - see '''Algorithm 4 - NoN Local Best Effort'''.
* Analyzing Algorithm 3 under the assumption that the quantum repeater nodes have information about its neighbours as well as the neighbours of the neighbours in the virtual graph is '''Algorithm 4 - NoN Local Best Effort'''.


==Properties==
==Properties==
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# [https://arxiv.org/abs/1610.05238 Schoute et al. (2016)]
# [https://arxiv.org/abs/1610.05238 Schoute et al. (2016)]


<div style='text-align: right;'>''contributed by Lucas Arenstein''</div>
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<div style='text-align: right;'>''Contributed by Lucas Arenstein during the QOSF Mentorship Program''</div>
<div style='text-align: right;'>''Mentor: Shraddha Singh</div>
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