Animatlab Domain Overview🔒 SSL Verified

Table of Contents

• ↓ What is AnimatLab?
• ↓ Why do we need AnimatLab?
• ↓ How does AnimatLab Help?
• ↓ What can you do with AnimatLab?
• ↓ The AnimatLab Community.
• ↓ How Do I Get AnimatLab?
• ↓ Top Alternatives to animatlab.com

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Content Snippets from animatlab.com

"AnimatLab is a software tool that combines biomechanical simulation and biologically realistic neural networks. You can build the body of an animal, robot, or other machine and place it in a virtual world where the physics of its interaction with the environment are accurate and realistic. You can then design a nervous system that controls the behavior of the body in the environment. The software currently has support for simple firing rate and leaky integrate and fire spiking neural models. In addition, there a number of different synapse model types that can be used to connect the various neural models to produce your nervous system. On the biomechanics side there is support for a variety of different rigid body types, including custom meshes that can be made to match skeletal structures exactly. The biomechanics system also has hill-based muscle and muscle spindle models. These muscle models allow the nervous system to produce movements around joints. In addition, there are also motorized joints for those interested in controlling robots or other biomimetic machines. This allows the user to generate incredibly complicated artificial lifeforms, otherwise known as animats, that are based on real biological systems. Best of all standard AnimatLab is completely free, and it includes free source code!. You can download the application from the Download page, and you can get the source code from the SDK page. An AnimatLab Handbook is also now available. It provides details on how to use the various features of AnimatLab. It comes as either a PDF or a word document."

"A central goal of neuroscience and computation neurobiology is to understand how the nervous system is organized to control behavior. Behavior is controlled by neural circuits that link sensory inputs to decision networks, and link decision elements to motor networks and muscles. The dynamics of this interaction are central to the functional control of behavior. Each movement generates its own sensory input and changes the animal’s position and perspective in the world. To govern behavior correctly, the nervous system must both predict and respond to the consequences of the animal’s own movements and behavior, and do so on a millisecond to second time scale. Despite the importance of this dynamic relationship between nervous function and behavior, it is poorly understood because of technical limitations in our ability to record neural activity in freely behaving animals. The kinematics and dynamics of many behaviors are well understood, and the neural circuitry for behavior patterns in a variety of animals have been mapped and described in anesthetized, restrained animals, or in preparations where the nervous system has been isolated from the periphery. Investigators have then been left to imagine how the operation of neural circuits might produce the behavior patterns observed in the intact animal, but without any way to test those imaginings."

Key Topics & Focus Areas for animatlab.com:

What is AnimatLab?

Why do we need AnimatLab?

How does AnimatLab Help?

What can you do with AnimatLab?

The AnimatLab Community.

How Do I Get AnimatLab?