Divide and Conquer Algorithms for Publish/Subscribe Overlay Design. - Chen Chen 008; Hans-Arno Jacobsen; Roman Vitenberg (ICDCS, 2010)

Scaling Construction of Low Fan-out Overlays for Topic-Based Publish/Subscribe Systems. - Chen Chen 008; Roman Vitenberg; Hans-Arno Jacobsen (ICDCS, 2011)

A Generalized Algorithm for Publish/Subscribe Overlay Design and Its Fast Implementation. - Chen Chen 008; Roman Vitenberg; Hans-Arno Jacobsen (DISC, 2012)

Brief announcement: constructing fault-tolerant overlay networks for topic-based publish/subscribe. - Chen Chen 008; Roman Vitenberg; Hans-Arno Jacobsen (PODC, 2013)

Weighted Overlay Design for Topic-Based Publish/Subscribe Systems on Geo-Distributed Data Centers. - Chen Chen 008; Yoav Tock; Hans-Arno Jacobsen; Roman Vitenberg (ICDCS, 2015)

Design of Routing Protocols and Overlay Topologies for Topic-based Publish/Subscribe on Small-World Networks. - Chen Chen 008; Yoav Tock (Middleware Industry, 2015)

OMen: overlay mending for topic-based publish/subscribe systems under churn. - Chen Chen 008; Roman Vitenberg; Hans-Arno Jacobsen (DEBS, 2016)

Overlay Design for Topic-Based Publish/Subscribe under Node Degree Constraints. - Chen Chen 008; Yoav Tock; Hans-Arno Jacobsen (ICDCS, 2016)

Algorithms Based on Divide and Conquer for Topic-Based Publish/Subscribe Overlay Design. - Chen Chen 008; Hans-Arno Jacobsen; Roman Vitenberg (IEEE/ACM Trans. Netw., 2016)

BeaConvey: Co-Design of Overlay and Routing for Topic-based Publish/Subscribe on Small-World Networks. - Chen Chen 008; Yoav Tock; Sarunas Girdzijauskas (DEBS, 2018)

Building Fault-Tolerant Overlays With Low Node Degrees for Topic-Based Publish/Subscribe. - Chen Chen 008; Roman Vitenberg; Hans-Arno Jacobsen (IEEE Trans. Dependable Secur. Comput., 2022)