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Multimedia
Views:837(+1) Demo |
By RG Software Corporation
Artificial Neural Networks are computational paradigms which implement simplified models of their biological counterparts, biological neural networks. Biological Neural Networks are the local assemblages of neurons and their dendrite connections that mould the mind. The implementation of Neural Networks for brain-like computations like patterns recognition, decisions making, motory ascendency and many others is made possible by the advent of vauntingly scale computers in the late 1950's. Conventional computers rely on programs that solve a problem using a pre-determined series of steps, called algorithms. These programs are controlled by a single, complex central processing unit, and store information at specific locations in memory. Artificial Neural Networks use highly distributed representations and transformations that maneuver in analogue, consume distributed ascendency through many highly interconnected neurons, and store their information in variable strength connections called synapses – hardly like a person mind. To prepare a neural network you must consume a data set containing sample parameters which corresponding to the results. The data used for training is usually obtained using historical data in which the outcomes are known. You can also prepare a neural network by creating sample problems and answers. Once the training process is completed, the neural network will be able to call answers when new inputs are processed.
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| Company | RG Software Corporation |
| Website | http://www.rgsoftware.com |
| Country | USA |
| Email | support@rgsoftware.com |
| Os | Win 3.1x, Win95, Win98, WinME, WinNT 3.x, WinNT 4.x, Windows2000, Windows CE, MS-DOS |
| Requirements | 100mhz or faster |
| Language | English |
| Release Date | 01 01 2000 |
| License | Demo |
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