Costs of Environmental Fluctuations and Benefits of Dynamic Decentralized Foraging Decisions in Honey Bees. - Thomas Schmickl; Karl Crailsheim (Adapt. Behav., 2004)

The "Dance or Work" Problem: Why Do not all Honeybees Dance with Maximum Intensity. - Ronald Thenius; Thomas Schmickl; Karl Crailsheim (CEEMAS, 2005)

Simulating swarm intelligence in honey bees: foraging in differently fluctuating environments. - Thomas Schmickl; Ronald Thenius; Karl Crailsheim (GECCO, 2005)

Bubbleworld.Evo: Artificial Evolution of Behavioral Decisions in a Simulated Predator-Prey Ecosystem. - Thomas Schmickl; Karl Crailsheim (SAB, 2006)

A Navigation Algorithm for Swarm Robotics Inspired by Slime Mold Aggregation. - Thomas Schmickl; Karl Crailsheim (Swarm Robotics, 2006)

Collective Perception in a Robot Swarm. - Thomas Schmickl; Christoph Möslinger; Karl Crailsheim (Swarm Robotics, 2006)

Economic Optimisation in Honeybees: Adaptive Behaviour of a Superorganism. - Ronald Thenius; Thomas Schmickl; Karl Crailsheim (SAB, 2006)

Micromanipulation, communication and swarm intelligence issues in a swarm microrobotic platform. - Pietro Valdastri; Paolo Corradi; Arianna Menciassi; Thomas Schmickl; Karl Crailsheim; Jörg Seyfried; Paolo Dario (Robotics Auton. Syst., 2006)

Analysing honeybees' division of labour in broodcare by a multi-agent model. - Thomas Schmickl; Karl Crailsheim (ALIFE, 2008)

How to know without having been there? - Investigating communication channels in the nectar collecting system of a honeybee colony. - Ronald Thenius; Thomas Schmickl; Karl Crailsheim (ALIFE, 2008)

Spatial macroscopic models of a bio-inspired robotic swarm algorithm. - Heiko Hamann; Heinz Wörn; Karl Crailsheim; Thomas Schmickl (IROS, 2008)

Optical Networking in a Swarm of Microrobots. - Paolo Corradi; Thomas Schmickl; Oliver Scholz; Arianna Menciassi; Paolo Dario (NanoNet, 2008)

Symbiotic robot organisms: REPLICATOR and SYMBRION projects. - Serge Kernbach; Eugen Meister; Florian Schlachter; Kristof Jebens; Marc Szymanski; Jens Liedke; Davide Laneri; Lutz Winkler 001; Thomas Schmickl; Ronald Thenius; Paolo Corradi; Leonardo Ricotti (PerMIS, 2008)

An Individual-Based Model of Task Selection in Honeybees. - Thomas Schmickl; Karl Crailsheim (SAB, 2008)

Trophallaxis within a robotic swarm: bio-inspired communication among robots in a swarm. - Thomas Schmickl; Karl Crailsheim (Auton. Robots, 2008)

Optimisation of a honeybee-colony's energetics via social learning based on queuing delays. - Ronald Thenius; Thomas Schmickl; Karl Crailsheim (Connect. Sci., 2008)

Open-ended on-board Evolutionary Robotics for robot swarms. - Guy Baele; Nicolas Bredèche; Evert Haasdijk; Steven Maere; Nico K. Michiels; Yves Van de Peer; Thomas Schmickl; Christopher S. F. Schwarzer; Ronald Thenius (IEEE Congress on Evolutionary Computation, 2009)

SymbricatorRTOS: A flexible and Dynamic framework for bio-inspired robot control systems and evolution. - Marc Szymanski; Lutz Winkler 001; Davide Laneri; Florian Schlachter; Anne C. van Rossum; Thomas Schmickl; Ronald Thenius (IEEE Congress on Evolutionary Computation, 2009)

How Two Cooperating Robot Swarms Are Affected by Two Conflictive Aggregation Spots. - Michael Bodi; Ronald Thenius; Thomas Schmickl; Karl Crailsheim (ECAL (2), 2009)

Evolving for Creativity: Maximizing Complexity in a Self-organized Multi-particle System. - Heiko Hamann; Thomas Schmickl; Karl Crailsheim (ECAL (1), 2009)

Embodiment of Honeybee's Thermotaxis in a Mobile Robot Swarm. - Daniela Kengyel; Thomas Schmickl; Heiko Hamann; Ronald Thenius; Karl Crailsheim (ECAL (2), 2009)

A Minimalist Flocking Algorithm for Swarm Robots. - Christoph Möslinger; Thomas Schmickl; Karl Crailsheim (ECAL (2), 2009)

Economics of Specialization in Honeybees - A Multi-agent Simulation Study of Honeybees. - Thomas Schmickl; Karl Crailsheim (ECAL (2), 2009)

Evolving a Novel Bio-inspired Controller in Reconfigurable Robots. - Jürgen Stradner; Heiko Hamann; Thomas Schmickl; Ronald Thenius; Karl Crailsheim (ECAL (1), 2009)

Growth of Structured Artificial Neural Networks by Virtual Embryogenesis. - Ronald Thenius; Michael Bodi; Thomas Schmickl; Karl Crailsheim (ECAL (2), 2009)

Analysis and implementation of an Artificial Homeostatic Hormone System: A first case study in robotic hardware. - Jürgen Stradner; Heiko Hamann; Thomas Schmickl; Karl Crailsheim (IROS, 2009)

Get in touch: cooperative decision making based on robot-to-robot collisions. - Thomas Schmickl; Ronald Thenius; Christoph Möslinger; Gerald Radspieler; Serge Kernbach; Marc Szymanski; Karl Crailsheim (Auton. Agents Multi Agent Syst., 2009)

Re-embodiment of Honeybee Aggregation Behavior in an Artificial Micro-Robotic System. - Serge Kernbach; Ronald Thenius; Olga Kernbach; Thomas Schmickl (Adapt. Behav., 2009)

Two different approaches to a macroscopic model of a bio-inspired robotic swarm. - Thomas Schmickl; Heiko Hamann; Heinz Wörn; Karl Crailsheim (Robotics Auton. Syst., 2009)

Artificial Hormone Reaction Networks - Towards Higher Evolvability in Evolutionary Multi-Modular Robotics. - Heiko Hamann; Jürgen Stradner; Thomas Schmickl; Karl Crailsheim (ALIFE, 2010)

Adaptive Action Selection Mechanisms for Evolutionary Multimodular Robotics. - Serge Kernbach; Thomas Schmickl; Heiko Hamann; Jürgen Stradner; Florian Schlachter; Christopher S. F. Schwarzer; Alan F. T. Winfield; Rene Matthias (ALIFE, 2010)

Complex Taxis-Behaviour in a Novel Bio-Inspired Robot Controller. - Thomas Schmickl; Heiko Hamann; Jürgen Stradner; Ralf Mayet; Karl Crailsheim (ALIFE, 2010)

Antbots: A Feasible Visual Emulation of Pheromone Trails for Swarm Robots. - Ralf Mayet; Jonathan Roberz; Thomas Schmickl; Karl Crailsheim (ANTS Conference, 2010)

Emergent Flocking with Low-End Swarm Robots. - Christoph Möslinger; Thomas Schmickl; Karl Crailsheim (ANTS Conference, 2010)

A hormone-based controller for evolutionary multi-modular robotics: From single modules to gait learning. - Heiko Hamann; Jürgen Stradner; Thomas Schmickl; Karl Crailsheim (IEEE Congress on Evolutionary Computation, 2010)

Using Virtual Embryogenesis for Structuring Controllers. - Ronald Thenius; Michael Bodi; Thomas Schmickl; Karl Crailsheim (ICARIS, 2010)

A Model of Symmetry Breaking in Collective Decision-Making. - Heiko Hamann; Bernd Meyer 001; Thomas Schmickl; Karl Crailsheim (SAB, 2010)

Novel Concept of Modelling Embryology for Structuring an Artificial Neural Network. - Ronald Thenius; Thomas Schmickl; Karl Crailsheim (Simul. Notes Eur., 2010)

Explaining emergent behavior in a swarm system based on an inversion of the fluctuation theorem. - Heiko Hamann; Thomas Schmickl; Karl Crailsheim (ECAL, 2011)

Coupled inverted pendulums: a benchmark for evolving decentral controllers in modular robotics. - Heiko Hamann; Thomas Schmickl; Karl Crailsheim (GECCO, 2011)

Using Virtual Embryogenesis in Multi-robot Organisms. - Markus Dauschan; Ronald Thenius; Thomas Schmickl; Karl Crailsheim (ICAIS, 2011)

Regenerative Abilities in Modular Robots Using Virtual Embryogenesis. - Ronald Thenius; Markus Dauschan; Thomas Schmickl; Karl Crailsheim (ICAIS, 2011)

Thermodynamics of emergence: Langton's ant meets Boltzmann. - Heiko Hamann; Thomas Schmickl; Karl Crailsheim (ALIFE, 2011)

CoCoRo - The Self-Aware Underwater Swarm. - Thomas Schmickl; Ronald Thenius; Christoph Möslinger; Jon Timmis; Andy M. Tyrrell; Mark Read 001; James A. Hilder; José Halloy; Alexandre Campo; Cesare Stefanini; Luigi Manfredi; Stefano Orofino; et al. (SASO Workshops, 2011)

Collective Adaptive Systems: Challenges Beyond Evolvability - Serge Kernbach; Thomas Schmickl; Jon Timmis (CoRR, 2011)

How to Engineer Robotic Organisms and Swarms? - Bio-Inspiration, Bio-Mimicry, and Artificial Evolution in Embodied Self-Organized Systems. - Thomas Schmickl (Bio-Inspired Self-Organizing Robotic Systems, 2011)

Tracking of Multiple Honey Bees on a Flat Surface. - Toshifumi Kimura; Mizue Ohashi; Karl Crailsheim; Thomas Schmickl; Ryuichi Odaka; Hidetoshi Ikeno (ICETET, 2012)

Evolving Reactive Controller for a Modular Robot: Benefits of the Property of State-Switching in Fractal Gene Regulatory Networks. - Payam Zahadat; Thomas Schmickl; Karl Crailsheim (SAB, 2012)

A Hormone-Based Controller for Evaluation-Minimal Evolution in Decentrally Controlled Systems. - Heiko Hamann; Thomas Schmickl; Karl Crailsheim (Artif. Life, 2012)

Analysis of emergent symmetry breaking in collective decision making. - Heiko Hamann; Thomas Schmickl; Heinz Wörn; Karl Crailsheim (Neural Comput. Appl., 2012)

Swarm-intelligent foraging in honeybees: benefits and costs of task-partitioning and environmental fluctuations. - Thomas Schmickl; Ronald Thenius; Karl Crailsheim (Neural Comput. Appl., 2012)

Influence of a Social Gradient on a Swarm of Agents Controlled by the BEECLUST Algorithm. - Daniela Kengyel; Ronald Thenius; Karl Crailsheim; Thomas Schmickl (ECAL, 2013)

Cooperation of two different swarms controlled by BEECLUST algorithm. - Tobias Meister; Ronald Thenius; Daniela Kengyel; Thomas Schmickl (ECAL, 2013)

EMANN - a model of emotions in an artificial neural network. - Ronald Thenius; Payam Zahadat; Thomas Schmickl (ECAL, 2013)

Social Inhibition Manages Division of Labour in Artificial Swarm Systems. - Payam Zahadat; Karl Crailsheim; Thomas Schmickl (ECAL, 2013)

Evolution of Spatial Pattern Formation by Autonomous Bio-Inspired Cellular Controllers. - Payam Zahadat; Thomas Schmickl; Karl Crailsheim (ECAL, 2013)

Virtual Spatiality in Agent Controllers: Encoding Compartmentalization. - Jürgen Stradner; Heiko Hamann; Christopher S. F. Schwarzer; Nico K. Michiels; Thomas Schmickl (EvoApplications, 2013)

Towards Bio-hybrid Systems Made of Social Animals and Robots. - José Halloy; Francesco Mondada; Serge Kernbach; Thomas Schmickl (Living Machines, 2013)

ASSISI: Mixing Animals with Robots in a Hybrid Society. - Thomas Schmickl; Stjepan Bogdan; Luís Correia 001; Serge Kernbach; Francesco Mondada; Michael Bodi; Alexey Gribovskiy; Sibylle Hahshold; Damjan Miklic; Martina Szopek; Ronald Thenius; José Halloy (Living Machines, 2013)

ASSISI: Charged Hot Bees Shakin' in the Spotlight. - Thomas Schmickl; Martina Szopek; Michael Bodi; Sibylle Hahshold; Gerald Radspieler; Ronald Thenius; Stjepan Bogdan; Damjan Miklic; Karlo Griparic; Tomislav Haus; Serge Kernbach; Olga Kernbach (SASO, 2013)

Profiling Underwater Swarm Robotic Shoaling Performance Using Simulation. - Mark Read 001; Christoph Möslinger; Tobias Dipper; Daniela Kengyel; James A. Hilder; Ronald Thenius; Andy M. Tyrrell; Jon Timmis; Thomas Schmickl (TAROS, 2013)

Adaptive collective decision-making in limited robot swarms without communication. - Serge Kernbach; Dagmar Häbe; Olga Kernbach; Ronald Thenius; Gerald Radspieler; Toshifumi Kimura; Thomas Schmickl (Int. J. Robotics Res., 2013)

Wolfpack-inspired evolutionary algorithm and a reaction-diffusion-based controller are used for pattern formation. - Payam Zahadat; Thomas Schmickl (GECCO, 2014)

Social Adaptation of Robots for Modulating Self-Organization in Animal Societies. - Payam Zahadat; Michael Bodi; Ziad Salem; Frank Bonnet; Marcelo Elias de Oliveira; Francesco Mondada; Karlo Griparic; Tomislav Haus; Stjepan Bogdan; Rob Mills; Pedro Mariano; Luís Correia 001; et al. (SASO Workshops, 2014)

Analysis of Swarm Behaviors Based on an Inversion of the Fluctuation Theorem. - Heiko Hamann; Thomas Schmickl; Karl Crailsheim (Artif. Life, 2014)

Generation of Diversity in a Reaction-Diffusion-Based Controller. - Payam Zahadat; Thomas Schmickl (Artif. Life, 2014)

Evolving Mixed Societies: A one-dimensional modelling approach. - Michael Bodi; Martina Szopek; Payam Zahadat; Thomas Schmickl (BICT, 2015)

Coordination of collective behaviours in spatially separated agents. - Rob Mills; Payam Zahadat; Fernando Silva 003; Damjan Mlikic; Pedro Mariano; Thomas Schmickl; Luís Correia 001 (ECAL, 2015)

Evolving Collective Behaviors With Diverse But Predictable Sensor States. - Payam Zahadat; Heiko Hamann; Thomas Schmickl (ECAL, 2015)

Evolving Controllers for Programmable Robots to Influence Non-programmable Lifeforms: A Casy Study. - Payam Zahadat; Thomas Schmickl (EvoApplications, 2015)

Evolving Diverse Collective Behaviors Independent of Swarm Density. - Payam Zahadat; Heiko Hamann; Thomas Schmickl (GECCO (Companion), 2015)

Potential of Heterogeneity in Collective Behaviors: A Case Study on Heterogeneous Swarms. - Daniela Kengyel; Heiko Hamann; Payam Zahadat; Gerald Radspieler; Franz Wotawa; Thomas Schmickl (PRIMA, 2015)

Flora Robotica - Mixed Societies of Symbiotic Robot-Plant Bio-Hybrids. - Heiko Hamann; Mostafa Wahby; Thomas Schmickl; Payam Zahadat; Daniel Nicolas Hofstadler; Kasper Støy; Sebastian Risi; Andrés Faiña; Frank Veenstra; Serge Kernbach; Igor Kuksin; Olga Kernbach; et al. (SSCI, 2015)

FSTaxis Algorithm: Bio-Inspired Emergent Gradient Taxis. - Thomas Schmickl; Franz Wotawa; Ronald Thenius; Joshua Cherian Varughese (ALIFE, 2016)

Vascular Morphogenesis Controller: A Distributed Controller for Growing Artificial Structures. - Payam Zahadat; Daniel Nicolas Hofstadler; Thomas Schmickl (FAS*W@SASO/ICCAC, 2016)

Division of labor in a swarm of autonomous underwater robots by improved partitioning social inhibition. - Payam Zahadat; Thomas Schmickl (Adapt. Behav., 2016)

Sooner than Expected: Hitting the Wall of Complexity in Evolution. - Thomas Schmickl; Payam Zahadat; Heiko Hamann (CoRR, 2016)

Collective Decision Making in a Swarm of Robots: How Robust the BEECLUST Algorithm Performs in Various Conditions. - Daniela Kengyel; Payam Zahadat; Thomas Kunzfeld; Thomas Schmickl (EAI Endorsed Trans. Serious Games, 2016)

A Model of 'Breaking Bad': An Economic Model of Drugs and Population Dynamics Predicts how the TV Series Feeds Back to the Drug Market. - Christiane Rössler; Magdalena Witzmann; Thomas Schmickl (Simul. Notes Eur., 2016)

Estimation of moving agents density in 2D space based on LSTM neural network. - Marsela Polic; Ziad Salem; Karlo Griparic; Stjepan Bogdan; Thomas Schmickl (EAIS, 2017)

Animal-guided evolutionary computation in honeybees and robots. - Pedro Mariano; Ziad Salem; Rob Mills; Payam Zahadat; Luís Correia 001; Thomas Schmickl (ECAL, 2017)

Development of morphology based on resource distribution: Finding the shortest path in a maze by vascular morphogenesis controller. - Payam Zahadat; Daniel Nicolas Hofstadler; Thomas Schmickl (ECAL, 2017)

Quantification and Analysis of the Resilience of Two Swarm Intelligent Algorithms. - Joshua Cherian Varughese; Ronald Thenius; Thomas Schmickl; Franz Wotawa (GCAI, 2017)

Design choices for adapting bio-hybrid systems with evolutionary computation. - Pedro Mariano; Ziad Salem; Rob Mills; Payam Zahadat; Luís Correia 001; Thomas Schmickl (GECCO (Companion), 2017)

Vascular morphogenesis controller: a generative model for developing morphology of artificial structures. - Payam Zahadat; Daniel Nicolas Hofstadler; Thomas Schmickl (GECCO, 2017)

Estimating Dynamics of Honeybee Population Densities with Machine Learning Algorithms. - Ziad Salem; Gerald Radspieler; Karlo Griparic; Thomas Schmickl (MOD, 2017)

Ultimate Ecology: How a socio-economic game can evolve into a resilient ecosystem of agents. - Yannick Oswald; Thomas Schmickl (SSCI, 2017)

Fundamentalism in a social learning perspective: A memetic agent model of vegetarianism, social interaction networks and food markets. - Thomas Schmickl (SSCI, 2017)

Governing the swarm: Controlling a bio-hybrid society of bees & robots with computational feedback loops. - Martin Stefanec; Martina Szopek; Thomas Schmickl; Rob Mills (SSCI, 2017)

aMussels: Diving and Anchoring in a New Bio-inspired Under-Actuated Robot Class for Long-Term Environmental Exploration and Monitoring. - Elisa Donati; Godfried Jansen van Vuuren; Katsuaki Tanaka; Donato Romano; Thomas Schmickl; Cesare Stefanini (TAROS, 2017)

Flora robotica - An Architectural System Combining Living Natural Plants and Distributed Robots. - Heiko Hamann; Mohammad Divband Soorati; Mary Katherine Heinrich; Daniel Nicolas Hofstadler; Igor Kuksin; Frank Veenstra; Mostafa Wahby; Stig Anton Nielsen; Sebastian Risi; Tomasz Skrzypczak; Payam Zahadat; Przemyslaw Wojtaszek; et al. (CoRR, 2017)

Evolved Control of Natural Plants: Crossing the Reality Gap for User-Defined Steering of Growth and Motion. - Daniel Nicolas Hofstadler; Mostafa Wahby; Mary Katherine Heinrich; Heiko Hamann; Payam Zahadat; Phil Ayres; Thomas Schmickl (ACM Trans. Auton. Adapt. Syst., 2017)

Morphogenesis as a Collective Decision of Agents Competing for Limited Resource: A Plants Approach. - Payam Zahadat; Daniel Nicolas Hofstadler; Thomas Schmickl (ANTS Conference, 2018)

A robot to shape your natural plant: the machine learning approach to model and control bio-hybrid systems. - Mostafa Wahby; Mary Katherine Heinrich; Daniel Nicolas Hofstadler; Payam Zahadat; Sebastian Risi; Phil Ayres; Thomas Schmickl; Heiko Hamann (GECCO, 2018)

Evolving robot controllers for a bio-hybrid system. - Pedro Mariano; Ziad Salem; Rob Mills; Stefan Schönwetter-Fuchs-Schistek; Luís Correia 001; Thomas Schmickl (ALIFE, 2018)

Locomotion as a Result of Displacement of Resources. - Payam Zahadat; Thomas Schmickl (ALIFE, 2018)

Introduction to WOSPP: Wave Oriented Swarm Programming Paradigm. - Joshua Cherian Varughese; Hannes Hornischer; Ronald Thenius; Payam Zahadat; Franz Wotawa; Thomas Schmickl (CoRR, 2018)

Artificial Plants - Vascular Morphogenesis Controller-guided growth of braided structures. - Daniel Nicolas Hofstadler; Joshua Cherian Varughese; Stig Anton Nielsen; David Andres Leon; Phil Ayres; Payam Zahadat; Thomas Schmickl (CoRR, 2018)

Collective Event Detection Using Bio-inspired Minimalistic Communication in a Swarm of Underwater Robots. - Joshua Cherian Varughese; Hannes Hornischer; Ronald Thenius; Franz Wotawa; Thomas Schmickl (ALIFE, 2019)

Collective Change Detection: Adaptivity to Dynamic Swarm Densities and Light Conditions in Robot Swarms. - Mostafa Wahby; Julian Petzold; Catriona Eschke; Thomas Schmickl; Heiko Hamann (ALIFE, 2019)

Towards swarm level optimisation: the role of different movement patterns in swarm systems. - Daniela Kengyel; Payam Zahadat; Franz Wotawa; Thomas Schmickl (Int. J. Parallel Emergent Distributed Syst., 2019)

Robots mediating interactions between animals for interspecies collective behaviors. - Frank Bonnet; Rob Mills; Martina Szopek; Sarah Schönwetter-Fuchs; José Halloy; Stjepan Bogdan; Luís Correia 001; Francesco Mondada; Thomas Schmickl (Sci. Robotics, 2019)

Investigation of Cue-Based Aggregation Behaviour in Complex Environments. - Shiyi Wang; Ali Emre Turgut; Thomas Schmickl; Barry Lennox; Farshad Arvin (CollaborateCom (2), 2020)

Convolutional Neural Network for Honeybee Density Estimation. - Tomas Luneckas; Mindaugas Luneckas; Ziad Salem; Martina Szopek; Thomas Schmickl (SSCI, 2020)

Social Distancing in Robot Swarms: Modulating Exploitation and Exploration Without Signal Exchange. - Michael Vogrin; Martin Stefanec; Thomas Schmickl (SSCI, 2020)

Bio-Hybrid Systems for Ecosystem Level Effects. - Asya Ilgün; Kostadin Angelov; Martin Stefanec; Sarah Schönwetter-Fuchs; Valerin Stokanic; Jutta Vollmann; Daniel Nicolas Hofstadler; Martin H. Kärcher; Heinrich Mellmann; Volha Taliaronak; Armands Kviesis; Vitalijs Komasilovs; et al. (ALIFE, 2021)

Can Robots Inform a Honeybee Colony's Foraging Decision-Making? - Dajana Lazic; Thomas Schmickl (ALIFE, 2021)

Biohybrid Entities for Environmental Monitoring. - Ronald Thenius; Wiktoria Rajewicz; Joshua Cherian Varughese; Sarah Schönwetter-Fuchs; Farshad Arvin; Alexander J. Casson; Chao Wu; Barry Lennox; Alexandre Campo; Godfried Jansen van Vuuren; Cesare Stefanini; Donato Romano; et al. (ALIFE, 2021)

CIMAX: collective information maximization in robotic swarms using local communication. - Hannes Hornischer; Joshua Cherian Varughese; Ronald Thenius; Franz Wotawa; Manfred Füllsack; Thomas Schmickl (Adapt. Behav., 2021)

Freshwater organisms potentially useful as biosensors and power-generation mediators in biohybrid robotics. - Wiktoria Rajewicz; Donato Romano; Joshua Cherian Varughese; Godfried Jansen van Vuuren; Alexandre Campo; Ronald Thenius; Thomas Schmickl (Biol. Cybern., 2021)

Swarm Intelligence and cyber-physical systems: Concepts, challenges and future trends. - Melanie Schranz; Gianni A. Di Caro; Thomas Schmickl; Wilfried Elmenreich; Farshad Arvin; Y. Ahmet Sekercioglu; Micha Sende (Swarm Evol. Comput., 2021)

Networked Models of Social Influence: Explaining Left-Right Political Landscapes in Europe Through Opinion Dynamics and Network Structure. - Daniel Reisinger; Michael Vogrin; Guilherme Wood; Thomas Schmickl; Georg Jäger (ESSA, 2022)

Strong Emergence Arising from Weak Emergence. - Thomas Schmickl (Complex., 2022)

A Minimally Invasive Approach Towards "Ecosystem Hacking" With Honeybees. - Martin Stefanec; Daniel Nicolas Hofstadler; Tomás Krajník; Ali Emre Turgut; Hande Alemdar; Barry Lennox; Erol Sahin; Farshad Arvin; Thomas Schmickl (Frontiers Robotics AI, 2022)

Mechatronic Design for Multi Robots-Insect Swarms Interactions. - Fatemeh Rekabi Bana; Martin Stefanec; Jirí Ulrich; Erhan Ege Keyvan; Tomás Roucek; George Broughton; Bilal Y. Gündeger; Ömer Sahin; Ali Emre Turgut; Erol Sahin; Tomás Krajník; Thomas Schmickl; et al. (ICM, 2023)

Living Organisms as Sensors for Biohybrid Monitoring Systems. - Wiktoria Rajewicz; Nikolaus Helmer; Thomas Schmickl; Ronald Thenius (Living Machines (2), 2023)

Confirmation Bias as a Mechanism to Focus Attention Enhances Signal Detection. - Michael Vogrin; Guilherme Wood; Thomas Schmickl (J. Artif. Soc. Soc. Simul., 2023)

A robotic honeycomb for interaction with a honeybee colony. - Rafael Barmak; Martin Stefanec; Daniel Nicolas Hofstadler; Louis Piotet; Stefan Schönwetter-Fuchs-Schistek; Francesco Mondada; Thomas Schmickl; Rob Mills (Sci. Robotics, 2023)

Improving the Accuracy of a Biohybrid for Environmental Monitoring. - Michael Vogrin; Wiktoria Rajewicz; Thomas Schmickl; Ronald Thenius (Sensors, 2023)

Effective Searching for the Honeybee Queen in a Living Colony. - Jan Blaha; Jan Mikula; Tomás Vintr; Jirí Janota; Jirí Ulrich; Tomás Roucek; Fatemeh Rekabi Bana; Laurenz Alexander Fedotoff; Martin Stefanec; Thomas Schmickl; Farshad Arvin; Miroslav Kulich; et al. (CASE, 2024)

Active Vibration Reduction for the Autonomous Observation Mechanism. - Fatemeh Rekabi Bana; Mahmood Saadat; Nahid Kalantaryardebily; Martin Stefanec; Laurenz A. Fedotoff; Honghao Pan; Tomás Krajník; Thomas Schmickl; Farshad Arvin (CCTA, 2024)

Toward Perpetual Occlusion-Aware Observation of Comb States in Living Honeybee Colonies. - Jan Blaha; Tomás Vintr; Jan Mikula; Jirí Janota; Tomás Roucek; Jirí Ulrich; Fatemeh Rekabi Bana; Laurenz Alexander Fedotoff; Martin Stefanec; Thomas Schmickl; Farshad Arvin; Miroslav Kulich; et al. (IROS, 2024)

Biohybrid Superorganisms - On the Design of a Robotic System for Thermal Interactions With Honeybee Colonies. - Rafael Barmak; Daniel Nicolas Hofstadler; Martin Stefanec; Louis Piotet; Raphaél Cherfan; Thomas Schmickl; Francesco Mondada; Rob Mills (IEEE Access, 2024)

Memetic robots. - Thomas Schmickl (Nat. Mac. Intell., 2024)

Robots and animals teaming up in the wild to tackle ecosystem challenges. - Thomas Schmickl; Donato Romano (Sci. Robotics, 2024)

Autonomous tracking of honey bee behaviors over long-term periods with cooperating robots. - Jirí Ulrich; Martin Stefanec; Fatemeh Rekabi Bana; Laurenz A. Fedotoff; Tomás Roucek; Bilal Y. Gündeger; Mahmood Saadat; Jan Blaha; Jirí Janota; Daniel Nicolas Hofstadler; Kristina Zampachu; Erhan Ege Keyvan; et al. (Sci. Robotics, 2024)