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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 3 pptx

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 3 pptx

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 3 pptx

... interneurons and motor neurons in the locust. J. Neurosci. 8, 30 3 0 -3 039 12. Kimura S., Yano M., & Shimizu, H., (19 93) . A self-organizing model of walkingpatterns of insects. Biol. Cybern. 69 18 3- 1 93 13. ... possibility of employing state -of- the-art interventional recordingtechniques and cellular-to-systems level of neuroscientific analysis to the study of locomotion. We think that the study of posture and ... Neurosci. 8: 23 3- 6 1 3. Delcomyn F. 1980 Neural basis of rhythmic behavior in animals. Science.210:49 2-4 98.4. E.R. Kandel, J.H. Schwartz, T.M. Jessell, (Eds.) Principles of Neural Science,McGraw-Hill/Appleton...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 1 docx

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 1 docx

... 2005 936 106ISBN-10 4-4 3 1-2 416 4-7 Springer-Verlag Tokyo Berlin Heidelberg New YorkISBN- 13 97 8-4 - 43 1-2 416 4-5 Springer-Verlag Tokyo Berlin Heidelberg New YorkPrinted on acid-free paper© Springer-Verlag ... School of Information SystemsUniversity of Electro-Communications 1-5 -1 Chofu-ga-oka, Chofu, Tokyo 18 2-8 585, JapanKazuo TsuchiyaDepartment of Aeronautics and AstronauticsGraduate School of EngineeringKyoto ... YamazakiContents Part 1 Motion Generation and Adaptation in Animals Overview of Adaptive Motion in Animals and Its ControlPrinciples Applied to Machines 3 Avis H. CohenRobust Behaviour of the Human...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 2 ppsx

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 2 ppsx

... model.Mathematical Biosciences 52:24 1-2 606. McGeer, T., 19 93, Dynamics and control of bipedal locomotion. Journal of Theoretical Biology, 1 63: 27 7 -3 14.7. Blickhan R, Full RJ, 1987, Locomotion energetics of ... D.E., 1999, Templates and anchors: neuromechanicalhypothesis of legged locomotion on land. J. Exp. Biol. 202 :33 2 5 -3 33 2Control of Hexapod Walking in Biological Systems 23 Fig. 4. Vector field ... Howard(eds.). Proceedings of the 2nd International Conference on Climbing and Walk-ing Robots CLAWAR 99, 1 3- 1 5 September, P ortsmouth, UK, pp. 33 3- 3 42,Professional Engineering Publishing Limited,...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 4 doc

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 4 doc

... theirphylogenetical and morphological similarities with early hominids [35 ]. Theycompared spatio-temporal characteristics of natural Bp and Qp walking over-ground, especially of hind-limb joint ... control of Bp standing and Bp walking, and especially of the adaptability of locomotor movements to meet the envi-ronmental demands. This adaptability is one of the most important charac-teristics ... fastigiofugal fibersprojecting contralaterally include fastigio-RS, fastigio-VS, fastigiospinal and fastigio-tecto-RS fibers [2]. In both cats [4,22] and monkeys [ 23, 24], commandsignals related...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 5 pdf

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 5 pdf

... Japan 20 (3) :1 5-2 0.2. Full R. J. and Koditschek D. 1999. Templates and Anchors: NeuromechanicalHypotheses of Legged Locomotion on Land. J. Exp. Biol. 202 :33 2 5 -3 33 2. 3. Ghigliazza R. M., Altendorfer ... JexpBiol201(pt 21): 2 93 5-2 944.12. Full R.J., Koditschek D.E.(1999): Templates and anchors: neuromechanical hy-potheses of legged locomotion on land. – JexpBiol202(Pt 23) , 33 25 33 32. 13. McMahon T.A. ... M.(1965): Symmetrical gaits of horses. – Science 150: 70 1-7 08.2. Hildebrand M.(1977): Analysis of asymmetrical gaits. –JMamm58(2 ): 13 1-1 56. 3. Jenkins F.A.(1971): Limb posture and locomotion in...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 6 ppsx

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 6 ppsx

... interactiondynamics between control and body systems, and to analytically and syn-thetically discuss a well-balanced relationship between the dynamics of thesetwo systems. More specifically, the aim of this ... a set of design principles for adaptive motion. The principle of ecological balance, for example, tells us that given a particu-98 Rolf Pfeiferlean (Collins et al. , 2001)). This kind of walking ... Systems, University of Electro-Communications, 1-5 -1 Chofu-ga-oka, Chofu, Tokyo 18 2-8 585, JapanAbstract. In this paper, we derive a kinematic model and a control law for 3Dsnake robots which...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 7 ppt

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 7 ppt

... natural walking in order to improve the walking efficiency.As a control method of the natural dynamics of the biped mechanism,Ono et al. proposed a self-excitation control of a 2-degree -of- freedom ... of aBiped Mechanism with Bent KneeKyosuke Ono and Xiaofeng YaoTokyo Institute of Technology, Department of Mechanical and ControlEngineering, 2-1 2-1 Ookayama, Meguro-ku, Tokyo, Japan 15 2-8 552,ono@mech.titech.ac.jpAbstract. ... possibility of imple-mentation of two-legged walking type locomotion. The basic movementconsists of left-right swaying of the center of gravity in synchronism withby lifting and forwarding one of the...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 8 docx

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 8 docx

... m2a22+ m 3 l22M1 23 = m 3 a 3 l2cos(θ 3 − θ2)M1 33 = I 3 + m 3 a2 3 C112= −(m2a2+ m 3 l2)l1sin(θ2− θ1)C1 13 = −m 3 a 3 l1sin(θ 3 − θ1)C1 23 = −m 3 a 3 l2sin(θ 3 − θ2)K11=(m1a1+ ... m 3 v3y)}sin θ1f2(θ2,˙θ−2)=I2˙θ−2+(a2m2v2x+ l2m 3 v3x)cosθ2+(a2m2v2y+ l2m 3 v3y)sinθ2f 33 ,˙θ− 3 )=I 3 ˙θ− 3 + a 3 m 3 v3xcos θ 3 + a 3 m 3 v3ysin ... 19 93, “Dynamics and control of bipedal locomotion,” Journal of Theoretical Biology, 1 63, pp.27 7 -3 14.14. Hirai, K., Hirose, M., Haikawa, Y., and Takenaka, T., 1998, “The Development of Honda Humanoid...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 9 docx

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) Part 9 docx

... use of the concept of DFC and the entrainment phe-nomena of PDW, we proposed a new control method of Quasi-PDW. Con-cretely, the proposed method uses (k-1)-th step’s trajectory of the walkingas ... of the stability of walking and it is Motion Generation and Control of Quasi Passsive Dynamic Walking 1 73 0 0.1 0.2 0 .3 0.4 - 0.5 - 0.4 - 0 .3 - 0.2 - 0.100.10.20 .3 0.40.5time[sec]θp [rad]step ... and smooth walking of robot [2] [3] [4][5][6].Especially, in the application of PDW, some control methods of Quasi-Passive-Dynamic-Walking(Quasi-PDW) have been proposed [4][5][6]. Quasi-PDW means...
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Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) part 10 pps

Adaptive Motion of Animals and Machines - Hiroshi Kimura et al (Eds) part 10 pps

... central pattern generator for the aquatic and terrestrial gaits of a simulated salamander. Biological Cybernetics, 85(5) :33 1– 34 8, 2001. 3. I. Delvolv´e, T. Bem, and J M. Cabelguen. Epaxial and ... neuronal and mechanical model of fish swimming.Biological Cybernetics, 69 :36 3 37 4, 19 93. 9. N. Kopell. Chains of coupled oscillators. In M.A. Arbib, editor, The handbook of brain theory and neural ... target.Nonlinear Dynamics of Human Locomotion:from Real-Time Adaptation to DevelopmentGentaro TagaGraduate School of Education, University of Tokyo 7 -3 -1 Hongo, Bunkyo-ku, Tokyo 11 3- 0 033 ,...
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