@DoctorJosh @ParsaAtoosa @GeccoConf Josh (@DoctorJosh) is right! There is a lot of potential. For example, we used physical systems to calculated multiple dynamical systems simultaneously as well. #PhysicalReservoirComputing #MorphologicalComputation htt
The present worked is from these three papers: [1] Hauser, H.; Ijspeert, A.; Füchslin, R.; Pfeifer, R. & Maass, W. "Towards a theoretical foundation for morphological computation with compliant bodies" Biol. Cybernetics, Springer, 2011, 105, 355-370 ht
.@pkedrosky I can give you one data point: In our case “Towards” was requested by a reviewer in order to accept it. https://t.co/yHKQlgxeL9
RT @MorphComp: We just hit 150 citations on #GoogleScholar with our theory paper on #MorphologicalComputation 🍾🎉🎊 https://t.co/ebvlVniPgG
We just hit 150 citations on #GoogleScholar with our theory paper on #MorphologicalComputation 🍾🎉🎊 https://t.co/ebvlVniPgG
@drmichaellevin We extended the approach to computing with physical bodies, i.e., #MorphologicalComputation. This might be interesting to you as well! https://t.co/BHPxgH1YV7 https://t.co/SbtEtSsgUG https://t.co/tfaHUGaCz5 https://t.co/4zNxHuLRaa
RT @MorphComp: 🎉🍻 100 citations for our work "Towards a theoretical foundation for morphological computation with compliant bodies" https:/…
RT @MorphComp: 🎉🍻 100 citations for our work "Towards a theoretical foundation for morphological computation with compliant bodies" https:/…
🎉🍻 100 citations for our work "Towards a theoretical foundation for morphological computation with compliant bodies" https://t.co/5eaxTy2ZEK
RT @MorphComp: If you want to dig deeper into our models on #MorphologicalComputation, checkout https://t.co/ttGLLfGEto and https://t.co/Po…
If you want to dig deeper into our models on #MorphologicalComputation, checkout https://t.co/ttGLLfGEto and https://t.co/PosFSZaMoT