LP-based Genetic Algorithm for the Minimum Graph Bisection Problem. - Michael Armbruster; Marzena Fügenschuh; Christoph Helmberg; Nikolay Jetchev; Alexander Martin 001 (OR, 2005)

Hybrid Genetic Algorithm Within Branch-and-Cut for the Minimum Graph Bisection Problem. - Michael Armbruster; Marzena Fügenschuh; Christoph Helmberg; Nikolay Jetchev; Alexander Martin 001 (EvoCOP, 2006)

A Comparative Study of Linear and Semidefinite Branch-and-Cut Methods for Solving the Minimum Graph Bisection Problem. - Michael Armbruster; Marzena Fügenschuh; Christoph Helmberg; Alexander Martin 001 (IPCO, 2008)

Integer linear programming models for topology optimization in sheet metal design. - Armin Fügenschuh; Marzena Fügenschuh (Math. Methods Oper. Res., 2008)

On the Graph Bisection Cut Polytope. - Michael Armbruster; Christoph Helmberg; Marzena Fügenschuh; Alexander Martin 001 (SIAM J. Discret. Math., 2008)

LP and SDP branch-and-cut algorithms for the minimum graph bisection problem: a computational comparison. - Michael Armbruster; Marzena Fügenschuh; Christoph Helmberg; Alexander Martin 001 (Math. Program. Comput., 2012)

Mathematical Optimization of a Magnetic Ruler Layout with Rotated Pole Boundaries. - Marzena Fügenschuh; Armin Fügenschuh; Marina Ludszuweit; Aleksandar Mojsic; Joanna Sokól (OR, 2015)

A Synthetic Model for Multilevel Air Transportation Networks. - Marzena Fügenschuh; Ralucca Gera; Tobias Lory (OR, 2017)

Topological Analysis of Synthetic Models for Air Transportation Multilayer Networks. - Marzena Fügenschuh; Ralucca Gera; Andrea Tagarelli (COMPLEX NETWORKS (2), 2020)

ANGEL: A Synthetic Model for Airline Network Generation Emphasizing Layers. - Marzena Fügenschuh; Ralucca Gera; Andrea Tagarelli (IEEE Trans. Netw. Sci. Eng., 2020)

Overcoming Vaccine Hesitancy by Multiplex Social Network Targeting. - Marzena Fügenschuh; Feng Fu (COMPLEX NETWORKS (1), 2022)

Overcoming vaccine hesitancy by multiplex social network targeting: an analysis of targeting algorithms and implications. - Marzena Fügenschuh; Feng Fu (Appl. Netw. Sci., 2023)