Optical layer monitoring and fault localization serves as a critical functional module in the
control and management of optical networks. An efficient monitoring scheme aims at …

In conventional group testing, the goal is to detect a small subset of defecting items D in a
large population N by grouping arbitrary subset of N into different pools. The result of each …

In analysing the structural organization of a social network, identifying important nodes has
been a fundamental problem. The concept of network centrality deals with the assessment of …

Monitoring trail (m-trail) provides a striking mechanism for fast and unambiguous link failure
localization in all-optical networks. However, allocating dedicated supervisory lightpaths (m …

Shared protection, such as failure-dependent protection (FDP), is well recognized for its
outstanding capacity efficiency in all-optical mesh networks, at the expense of lengthy …

This paper addresses the problem of sparse recovery with graph constraints in the sense
that we can take additive measurements over nodes only if they induce a connected …

针对现有故障定位机制定位时间长和对业务分布依赖高等问题, 该文提出基于光通路状态感知的
分簇式故障定位机制. 该机制根据网络分簇约束条件, 以最小支配集理论为基础 …

This paper addresses the problem of recovering sparse link vectors with network topological
constraints that is motivated by network inference and tomography applications. We propose …

To achieve fast link failure detection in all-optical networks, monitoring-cycles (m-cycles) are
introduced at the optical layer to reduce the number of required monitoring devices (or …

The paper considers the problem of single-link failure localization in all-optical mesh
networks. Our study follows a generic monitoring approach using supervisory lightpaths (S …