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Aggregator

 

Automata Artist (Automatier / Automatist)-Sculpteur, Horloger- (Bio) Mecanicien

 

On the midway on the philosophy, physics, physiology,
Offer the revolutionary rapid development framework that provides service products following :

 

« Exercise-based Neurorehabilitation for Immune function and Performance Enhancement using Augmented Reality technology. »
« Artificial animal, High mobility Animal type autonomous vehicles for land, sea, sky and space. »
« Automatic artificial prosthetic limbs. Swarm behavior. Communication method with natural animals. »
 Knowledge Worker

Innovative data-driven scientist in Ethology and Anthropology

 

Familiar with the following studies :

 

 - Sculpting / Modeling
 - Automaton / Automation
 - Horology / Astrophysics
 - Mechanics (Biomechanics, Fluid mechanics, Continuum mechanics)
 - Global environmental health & sustainability
 - Collective consciousness

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The next generation of da Vinci :

 

« https://goo.Gl/GRpVp8 »

Holistic work plan

organized into the following ten work packages

Work Plan is organized into the following ten work packages:

 

Work Plan 1. The universal biomechanical link mechanism for expressing the voluntary movements

Task 1.1 : Primary embodiment « http://goo.gl/TP12MD »

Task 1.2 : Secondary embodiment « http://goo.gl/5P5KHb »

 

Work Plan 2. Biomechanical simulation of humains

Task 2.1 : Running « http://goo.gl/TJDSJX »

Task 2.2 : Walking « http://goo.gl/xsq9Mg »

Task 2.3 : Funkyman Running « http://goo.gl/tSKt14 »

Task 2.4 : Feminin Walking « http://goo.gl/0OqMXi »

Task 2.5 : Hands, the automatisme in orthopedics « https://goo.gl/MnUWgX »

Task 2.6 : Crawl swimming « https://goo.gl/MpI1po »

Task 2.7 : Breaststroke swimming « https://goo.gl/7zKgh8 »

Task 2.8 : Butterfly stroke swimming « https://goo.gl/3RzstG »

 

Work Plan 3. Biomechanical simulation of multi legs

Task 3.1 : Leopard running « http://goo.gl/MYirCz »

Task 3.2 : Horse gaits « https://vimeo.com/195588907 , http://goo.gl/DCKNTN »

Task 3.3 : Dung beetle running « https://vimeo.com/146872666, https://goo.gl/1uoiqc»

Task 3.4 : Millipede walking « https://goo.gl/qaPn5P»

 

Work Plan 4. Biomechanical simulation of fishes

Task 4.1 : Fish swimming « http://goo.gl/P4Ejhg »

 

Work Plan 5. Biomechanical simulation of birds

Task 5.1 : Falcon flapping « http://goo.gl/A9XWJ9 »

 

Work Plan 6. The formula of the voluntary movements of animal bodies

Task 6.1 : The formula « http://goo.gl/bKevoS »

Task 6.1a : The divine formula « http://goo.gl/CbdmWO»

(This is feedback from WP 9 as a nested Formula)

Task 6.2 : The octagonal formula « http://goo.gl/j3z7rL »

Task 6.3 : Method using the Inverse kinematics « http://goo.gl/NCgbth »

Task 6.4 : Flow of trigonometric functions « https://goo.gl/tk9uAa »

Task 6.5 : The diamond rhombus configuration « https://goo.gl/eSNaF0 »

 

Work Plan 7. Biomechanical simulation of serpents

Task 7.1 : Serpent crawling « https://goo.gl/lLeVFf »

 

Work Plan 8. Biomechanical simulation of fishes fin

Task 8.1 : Rays « http://goo.gl/XihZNT »

Task 8.2 : Anomalocaris « http://goo.gl/v47j7G »

Task 8.3 : Largehead hairtails « http://goo.gl/M6ARvR »

Task 8.4 : Sea turtles « http://goo.gl/zawS7n »

Task 8.5 : Angel fishes « http://goo.gl/zawS7n »

Task 8.6 : Schinderhannes bartelsi « http://goo.gl/v47j7G »

Task 8.7 : Jellyfishes « https://goo.gl/1AiYRG »

 

Work Plan 9. Biomechanical simulation of divine flight

Task 9.1 : Drone beetles « https://goo.gl/pjws8C , https://goo.gl/oM4k10 »

Task 9.2 : Dragonflies « https://goo.gl/A0vR4X »

Task 9.3 : Bats and Divine formula :

« https://goo.gl/PJJyFl , https://goo.gl/JfwMnc »

Task 9.4 : Bees : « ‪https://goo.gl/gavztu »

Task 9.5 : Hamming birds and Airfoil « https://goo.gl/tSKkN0 »

Task 9.6 : Natural airfoil and Alternative formula « http://goo.gl/O3Tm0N »

 

Work Plan 10. Simulator

Task 10.1 : Lo-Th 's WebGL simulator "Turbulence"

« http://goo.gl/MShsfy , https://github.com/varipon/Turbulence »

Task 10.2 : Françoise Jacot's Geogebra demo

« http://goo.gl/LtNDGU , http://goo.gl/tPTSm9 »

PDF file : « http://goo.gl/LzzOp2 , http://goo.gl/K8iTRx »