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Artificial life and multiagent system. Posted by: pballet
Video duration: 135 seconds Third example of my multiagent system. Related: artificial, cell, life, multiagent Display Video Comments | Hide Video Comments | Add Comment |
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BioDyn .NET, Example 1. Posted by: pballet
Video duration: 261 seconds Overview of a immune response simulated using biodyn .NET Related: biodyn, immunology, simbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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SimBioDyn example 1 Posted by: pballet
Video duration: 395 seconds Example of soft matter simuulated with SimBioDyn. Related: biodyn, cell, modelling, multiagent, simbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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Cell Migration on a line Posted by: pballet
Video duration: 323 seconds Multi-scale Multiagent System simulating a cell migration among a adhesive substrate Related: artificial, biology, computational, life, multiagent Display Video Comments | Hide Video Comments | Add Comment |
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Bacteria vs Phage with MiniBioDyn Posted by: pballet
Video duration: 38 seconds Bacteria proliferation and Phage Lambda infection. Related: artificial, biodyn, life, minibiodyn, multiagent, simbiodyn Display Video Comments | Hide Video Comments | Add Comment |
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Simulation of Migrating Cancerous Cell Posted by: pballet
Video duration: 436 seconds Multiagent system of a cancerous Cell migrating along adhesive lines. Related: artificial, life, multiagent, simulation Display Video Comments | Hide Video Comments | Add Comment |
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Artificial life and multiagent system. Posted by: pballet
Video duration: 45 seconds The fifth example of my multiagent system. Related: artificial, cell, life, multiagent Display Video Comments | Hide Video Comments | Add Comment |
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MiniBioDyn tutorial 1 Posted by: pballet
Video duration: 156 seconds 1st tutorial to create a simple chemical reaction with MiniBioDyn. Related: artificial, biodyn, life, minibiodyn, multiagent Display Video Comments | Hide Video Comments | Add Comment |
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SimBioDyn example 2 Posted by: pballet
Video duration: 151 seconds Simulation of the fibroblast migration. Related: biodyn, cell, modelling, multiagent, simbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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SimBioDyn Example 3 Posted by: pballet
Video duration: 195 seconds Example of the Physical Engine with Inertia. Related: biodyn, cell, modelling, multiagent, simbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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BioDyn .NET, Example 2. Posted by: pballet
Video duration: 220 seconds Short film showing a BioDyn .NET application simulating cells. Related: biodyn, simbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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Artificial life and multiagent systems Posted by: pballet
Video duration: 40 seconds Here is my latest multiagent system made for intracellular self-assembly simulations. Related: artificial, cell, life, multiagent, simulation Display Video Comments | Hide Video Comments | Add Comment |
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netBioDyn tutorial simple reaction Posted by: pballet
Video duration: 252 seconds Entity A plus entity B give C. Related: artificial, life, multiagent, netbiodyn, system, tutorial Display Video Comments | Hide Video Comments | Add Comment |
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Self assembly & multiagent Posted by: pballet
Video duration: 21 seconds Another example of my multiagent system. Related: artificial, assembly, cell, life, multiagent, self Display Video Comments | Hide Video Comments | Add Comment |
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SimBioDyn example 4 Posted by: pballet
Video duration: 87 seconds Dynamic change of behaviors (up then down). Related: biodyn, cell, modelling, multiagent, simbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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Artificial life and multiagent systems Posted by: pballet
Video duration: 28 seconds Filaments aggregation with my multiagent system. Related: artificial, biodyn, life, self-assembly, simbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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NetBioDyn simulation of embryogenesis and cancer Posted by: pballet
Video duration: 82 seconds A simulation of the theory described in "Modeling embryogenesis and cancer: an approach based on an equilibrium between the autostabilization of stochastic gene expression and the interdependence of cells for proliferation". Kupiec et al. 2004 Related: artificial, cancer, embryogenesis, life, multiagent, netbiodyn, simulation Display Video Comments | Hide Video Comments | Add Comment |
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netBioDyn tutorial simple destruction Posted by: pballet
Video duration: 294 seconds Two entites destroyed each other by collinding. Related: artificial, life, multiagent, netbiodyn, system, tutorial Display Video Comments | Hide Video Comments | Add Comment |
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NetBioDyn simulation of a traffic jam Posted by: pballet
Video duration: 73 seconds Simple simulation of a virtual car traffic where sometimes traffic jams occure. Related: car, jam, simulation, traffic Display Video Comments | Hide Video Comments | Add Comment |
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netBioDyn tutorial simple degradation Posted by: pballet
Video duration: 155 seconds Simple only one entity degradation (molecules, cells, radioactivity...) Related: artificial, life, multiagent, netbiodyn, system Display Video Comments | Hide Video Comments | Add Comment |
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Sheeps and Wolfs Posted by: pballet
Video duration: 38 seconds miniBioDyn simulation of proliferating sheeps and eating wolfs. I put mountains to diversify the environment. Related: artificial, life, lotka, minibiodyn, multiagent, volterra Display Video Comments | Hide Video Comments | Add Comment |
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Artificial life and multiagent system. Posted by: pballet
Video duration: 1 seconds Fourth example of my multiagent system. Related: artificial, cell, life, multiagent Display Video Comments | Hide Video Comments | Add Comment |
Latest comments made on this video:
By: devilrafa. on 18 Jan 08, 22:49:54
lol
By: SinistralEbb. on 01 Aug 07, 18:22:53
Thanks, by the way, for you earlier response.
By: SinistralEbb. on 01 Aug 07, 18:22:16
I'm fascinated by artificial life, but am just a novice. A program (or possibly firmware)that mimics the coginition of living organisms more so than their physical behaviors, but it's hard to separate the two I suppose. At what point and to what extent does free will exist independently of genetic programming (instincts evolved through environmental conditioning), seem hard questions to answer let alone mimic with technology.
By: troped. on 19 Jul 07, 20:42:53
just imagine how pointless your comment is to someone who doesn't care.
By: tbrtbrtbr. on 14 Jul 07, 23:55:11
just imagine how pointless this video would be to someone color blind.
By: pballet. on 08 Jul 07, 21:33:15
Hello, you can visit my web site and download my software (it's a freeware called minibiodyn) => you can find both using google with the word minibiodyn.
By: SinistralEbb. on 18 Jun 07, 06:37:52
Interesting stuff. Do you have any online references that can help me understand the details of what's occuring?