Search Results - "Ramsch, Kai"

CREx: inferring genomic rearrangements based on common intervals by Bernt, Matthias, Merkle, Daniel, Ramsch, Kai, Fritzsch, Guido, Perseke, Marleen, Bernhard, Detlef, Schlegel, Martin, Stadler, Peter F., Middendorf, Martin

“…We present the web-based program CREx for heuristically determining pairwise rearrangement events in unichromosomal genomes. CREx considers transpositions,…”
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Structure and formation of ant transportation networks by Latty, Tanya, Ramsch, Kai, Ito, Kentaro, Nakagaki, Toshiyuki, Sumpter, David J. T., Middendorf, Martin, Beekman, Madeleine

“…Many biological systems use extensive networks for the transport of resources and information. Ants are no exception. How do biological systems achieve…”
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A mathematical model of foraging in a dynamic environment by trail-laying Argentine ants by Ramsch, Kai, Reid, Chris R., Beekman, Madeleine, Middendorf, Martin

“…Ants live in dynamically changing environments, where food sources become depleted and alternative sources appear. Yet most mathematical models of ant foraging…”
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Evolution of mitochondrial gene orders in echinoderms by Perseke, Marleen, Fritzsch, Guido, Ramsch, Kai, Bernt, Matthias, Merkle, Daniel, Middendorf, Martin, Bernhard, Detlef, Stadler, Peter F., Schlegel, Martin

“…A comprehensive analysis of the mitochondrial gene orders of all previously published and two novel Antedon mediterranea (Crinoidea) and Ophiura albida…”
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An empirically based simulation of group foraging in the harvesting ant, Messor pergandei by Plowes, Nicola J.R., Ramsch, Kai, Middendorf, Martin, Hölldobler, Bert

“…We present an empirically based group model of foraging interactions in Messor pergandei, the Sonoran desert harvesting ant. M. pergandei colonies send out…”
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Tuning positive feedback for signal detection in noisy dynamic environments by Johansson, Anders, Ramsch, Kai, Middendorf, Martin, Sumpter, David J.T.

“…Learning from previous actions is a key feature of decision-making. Diverse biological systems, from neuronal assemblies to insect societies, use a combination…”
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Trophallaxis-inspired self-organized task exchange in heterogeneous swarms by Moritz, R., Ramsch, K., Middendorf, M.

“…A trophallaxis-inspired method for self-organized task exchange in a swarm of autonomous, movable, and recon-figurable agents is proposed. Two agents that meet…”
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Self-synchronized duty-cycling for mobile sensor networks with energy harvesting capabilities: A swarm intelligence study by Hernandez, H., Blum, C., Middendorf, M., Ramsch, K., Scheidler, A.

“…When asked if ants rest or if they work untiringly all day long, most people would probably respond that they had no idea. In fact, when watching the bustling…”
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