An optimization model for affine flow thinning - A traffic protection mechanism for FSO networks. - Michal Pióro; Ilya Kalesnikau; Michael Poss (RNDM, 2017)

Practical aspects of Flow Thinning optimization. - Michal Pióro; Ilya Kalesnikau; Michael Poss; Dritan Nace; Artur Tomaszewski (RNDM, 2018)

Path Generation for Affine Flow Thinning. - Michal Pióro; Ilya Kalesnikau; Michael Poss (Electron. Notes Discret. Math., 2018)

Modeling Transmission Degradation on FSO Links Caused by Weather Phenomena for WMN Optimization. - Marinela Shehaj; Ilya Kalesnikau; Dritan Nace; Michal Pióro; Ermioni Qafzezi (RNDM, 2019)

Link dimensioning of hybrid FSO/fiber networks resilient to adverse weather conditions. - Marinela Shehaj; Dritan Nace; Ilya Kalesnikau; Michal Pióro (Comput. Networks, 2019)

An optimization model for robust FSO network dimensioning. - Dritan Nace; Michal Pióro; Michael Poss; Fabio D'Andreagiovanni; Ilya Kalesnikau; Marinela Shehaj; Artur Tomaszewski (Opt. Switch. Netw., 2019)

An optimization model for quadratic flow thinning - a traffic protection mechanism for FSO networks. - Michal Pióro; Ilya Kalesnikau; Michael Poss (Opt. Switch. Netw., 2019)

Throughput vs. Resilience in Multi-hop Wireless Sensor Networks with Periodic Packet Traffic. - Bartlomiej Ostrowski; Michal Pióro; Artur Tomaszewski; Mateusz Nowak 001; Ilya Kalesnikau (DRCN, 2020)

A robust optimization model for affine/quadratic flow thinning: A traffic protection mechanism for networks with variable link capacity. - Ilya Kalesnikau; Michal Pióro; Michael Poss; Dritan Nace; Artur Tomaszewski (Networks, 2020)

Optimization of Wireless Networks for Resilience to Adverse Weather Conditions. - Michal Pióro; Emma Fitzgerald; Ilya Kalesnikau; Dritan Nace; Jacek Rak (Guide to Disaster-Resilient Communication Networks, 2020)

Enhancing Resilience of FSO Networks to Adverse Weather Conditions. - Ilya Kalesnikau; Michal Pióro; Jacek Rak; Hristo Ivanov; Emma Fitzgerald; Erich Leitgeb (IEEE Access, 2021)

Optimizing FSO networks resilient to adverse weather conditions by means of enhanced uncertainty sets. - Ilya Kalesnikau; Marinela Shehaj; Dritan Nace; Michal Pióro (Opt. Switch. Netw., 2021)