… in a quantum network scenario. … the optimization of quantum networks by adjusting their
topology to the desired functionality. Such an optimization is impossible in classical networks (…

… start simultaneously, ie, the swapping strategy is not optimized with respect to the times 1Ti,jl.
… We leave the analysis of the swapping strategy optimization as a future work. Furthermore, …

… Our trajectory-based optimization method is applicable to essentially any control task in …
This can be true for quantum networks, as in the example we explore here. Another scenario in …

… quantum networks and all possible transformations thereof, including as special cases all
possible manipulations of quantum … and the optimization of quantum networks by answering …

… of individual photons for quantum networks using only information derived from … optimization
of Hong-Ou-Mandel interference between two photons–a central task in quantum networking…

… building a globally spanning quantum network. Unfortunately, … common models for relay
in quantum networks is the trusted-… The goal of this work is casting the problem of optimizing …

… To demonstrate the utility of VQO in quantum network design, we apply it to maximizing …
quantum network devices are linked only by entanglement (see Fig. 1). These quantum networks …

… We develop a semidefinite programming method for the optimization of quantum networks,
… In sections 7 and 8 we extend the results to quantum networks without predefined causal …

… In Section II, we will detail the assumptions concerning the network investigated. In Section
III we will introduce the quantum computing framework of the NDQO algorithm, which is then …

… Network Model. We denote a quantum network (QN) with a graph G = (V,E), with V = {v1,v2,...,vn}
and E = {(vi,vj)} denoting the set of nodes and links respectively. Pairs of nodes …