… the regenerators the problem is no longer feasible. However, 2-for-1 replaces the two
regenerators … The resulting solution has two regenerators (at node 1 and node 8) instead of three. …

… corresponds to candidate locations for regenerators, and a set … If S = T = N, we obtain the
regenerator location problem (RLP)… to the RLP is based on its equivalence to the maximum leaf …

… with the regenerator location problem (RLP) in optical telecommunication networks. In this
problem, … , and the maximum distance an optical signal can travel before it starts to degrade. …

… number of regenerators in an optical network so as to facilitate the … , the Regenerator Location
Problem is revisited from the hub … The location problems tackled in this study employ cover …

… In this study, we introduce the regenerator location problem in flexible optical networks. … ,
the regenerator location problem in flexible optical networks considers the regenerator location, …

… algorithm based on the Iterated Greedy methodology to tackle the Regenerator Location
Problem, whose objective is to minimize the number of regenerators required in a network. …

… In this paper, we study the regenerator location problem (RLP). This problem arises in
optical networks where an optical signal can only travel a certain maximum distance (called the …

… However, if we consider the order in which the regenerators were introduced in the solution,
we can significantly reduce the number of operations needed to update the communication …

… We study the regenerator location problem (RLP) in optical networks where optical signal …
regenerators at network nodes. The RLP is to determine the minimum number of nodes for …

… We study the fault tolerant regenerator location problem (FTRLP) in optical networks, … the
optical reach) before its quality deteriorates, needing regenerations by installing regenerators …