Evaluation of VoIP Performance in Downlink Cellular Networks With Multihop Relaying. - Nikolaj Marchenko; Jakob Hoydis; Aik Chindapol; Rainer Schoenen (MASS, 2007)

Building blocks of cooperative relaying in wireless systems. - Wilfried Elmenreich; Nikolaj Marchenko; Helmut Adam; Christian Hofbauer; Günther Brandner; Christian Bettstetter; Mario Huemer (Elektrotech. Informationstechnik, 2008)

Selecting a Spatially Efficient Cooperative Relay. - Nikolaj Marchenko; Evsen Yanmaz; Helmut Adam; Christian Bettstetter (GLOBECOM, 2009)

Incremental Cooperative Relaying in Time-Correlated Rayleigh Fading Channels. - Nikolaj Marchenko; Christian Bettstetter; Wilfried Elmenreich (GLOBECOM, 2010)

Cooperative Multicast with Low-Cost Radios. - Nikolaj Marchenko; Christian Bettstetter (VTC Fall, 2010)

Throughput and Energy Efficiency of Cooperative Diversity with Relay Selection. - Nikolaj Marchenko; Christian Bettstetter (EW, 2011)

Impact of Relay Selection Overhead in Cooperative Diversity Protocols. - Nikolaj Marchenko; Christian Bettstetter (VTC Fall, 2011)

Measurement-based analysis of cooperative relaying in an industrial wireless sensor network. - Torsten Andre; Günther Brandner; Nikolaj Marchenko; Christian Bettstetter (GLOBECOM, 2012)

Measurement-based analysis of adaptive relay selection in industrial wireless sensor networks. - Torsten Andre; Nikolaj Marchenko; Günther Brandner; Wasif Masood; Christian Bettstetter (WiOpt, 2013)

An Experimental Study of Selective Cooperative Relaying in Industrial Wireless Sensor Networks. - Nikolaj Marchenko; Torsten Andre; Günther Brandner; Wasif Masood; Christian Bettstetter (IEEE Trans. Ind. Informatics, 2014)

Cooperative ARQ With Relay Selection: An Analytical Framework Using Semi-Markov Processes. - Nikolaj Marchenko; Christian Bettstetter (IEEE Trans. Veh. Technol., 2014)

Distributed Binary Consensus in Networks with Disturbances. - Alexander Gogolev; Nikolaj Marchenko; Lucio Marcenaro; Christian Bettstetter (ACM Trans. Auton. Adapt. Syst., 2015)

Reliable wireless communication and positioning enabling mobile control and safety applications in industrial environments. - Marcus Ehrig; Markus Petri; Vladica Sark; Abraham Gebru Tesfay; Sergiy Melnyk; Hans D. Schotten; Waqar Anwar; Norman Franchi; Gerhard P. Fettweis; Nikolaj Marchenko (ICIT, 2017)

Radio Access Scheduling using CMA-ES for Optimized QoS in Wireless Networks. - Pedro Maia De Santana; Nikolaj Marchenko (GLOBECOM (Workshops), 2020)

Wireless Control of Autonomous Guided Vehicle Using Reinforcement Learning. - Pedro Maia de Sant Ana; Nikolaj Marchenko; Petar Popovski; Beatriz Soret (GLOBECOM, 2020)

Age of Loop for Wireless Networked Control Systems Optimization. - Pedro Maia de Sant Ana; Nikolaj Marchenko; Petar Popovski; Beatriz Soret (PIMRC, 2021)

Leveraging Machine Learning for Industrial Wireless Communications. - Ilaria Malanchini; Patrick Agostini; Khurshid Alam; Michael Baumgart; Martin Kasparick 001; Qi Liao 003; Fabian Lipp; Nikolaj Marchenko; Nicola Michailow; Rastin Pries; Hans D. Schotten; Slawomir Stanczak; et al. (CoRR, 2021)

HARU: Haptic Augmented Reality-Assisted User-Centric Industrial Network Planning. - Qi Liao 003; Nikolaj Marchenko; Tianlun Hu; Péter Kulics; Lutz Ewe (GLOBECOM (Workshops), 2022)

Control-Aware Scheduling Optimization of Industrial IoT. - Pedro Maia de Sant Ana; Nikolaj Marchenko; Petar Popovski; Beatriz Soret (VTC Spring, 2022)

Augmented Reality-Empowered Network Planning Services for Private Networks. - Qi Liao 003; Tianlun Hu; Nikolaj Marchenko (CoRR, 2022)

Convergence of Manufacturing and Networking in Future Factories. - Ilaria Malanchini; Nicola Michailow; Patrick Agostini; Janne Ali-Tolppa; David Hock; Martin Kasparick 001; Alessandro Lieto; Nikolaj Marchenko; Alberto Martínez Alba; Rastin Pries; Qiuheng Zhou (CoRR, 2023)

Goal-Oriented Wireless Communication for a Remotely Controlled Autonomous Guided Vehicle. - Pedro Maia de Sant Ana; Nikolaj Marchenko; Beatriz Soret; Petar Popovski (IEEE Wirel. Commun. Lett., 2023)

Cloud-Fog Automation: The New Paradigm towards Autonomous Industrial Cyber-Physical Systems. - Jiong Jin; Zhibo Pang; Jonathan Kua; Quanyan Zhu; Karl Henrik Johansson; Nikolaj Marchenko; Dave Cavalcanti 001 (CoRR, 2025)