ML.Neural.Network

Package ML :: Package Neural :: Module Network |
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# Module Network

source code

    Contains the class _Network_ which is used to represent neural nets

    **Network Architecture:**

      A tacit assumption in all of this stuff is that we're dealing with
      feedforward networks.

      The network itself is stored as a list of _NetNode_ objects.  The list
      is ordered in the sense that nodes in earlier/later layers than a
      given node are guaranteed to come before/after that node in the list.
      This way we can easily generate the values of each node by moving
      sequentially through the list, we're guaranteed that every input for a
      node has already been filled in.

      Each node stores a list (_inputNodes_) of indices of its inputs in the
      main node list.

Classes | [hide private]
| Network a neural network...

Variables | [hide private]
| Complex0 = ``'``F``'``
| Complex16 = ``'``F``'``
| Complex32 = ``'``F``'``
| Complex64 = ``'``D``'``
| Complex8 = ``'``F``'``
| Float0 = ``'``f``'``
| Float16 = ``'``f``'``
| Float32 = ``'``f``'``
| Float64 = ``'``d``'``
| Float8 = ``'``f``'``
| Int0 = ``'``1``'``
| Int16 = ``'``s``'``
| Int32 = ``'``i``'``
| Int8 = ``'``1``'``
| absolute = `<ufunc 'absolute'>`
| add = `<ufunc 'add'>`
| arccos = `<ufunc 'arccos'>`
| arccosh = `<ufunc 'arccosh'>`
| arcsin = `<ufunc 'arcsin'>`
| arcsinh = `<ufunc 'arcsinh'>`
| arctan = `<ufunc 'arctan'>`
| arctan2 = `<ufunc 'arctan2'>`
| arctanh = `<ufunc 'arctanh'>`
| bitwise_and = `<ufunc 'bitwise_and'>`
| bitwise_or = `<ufunc 'bitwise_or'>`
| bitwise_xor = `<ufunc 'bitwise_xor'>`
| ceil = `<ufunc 'ceil'>`
| conjugate = `<ufunc 'conjugate'>`
| cos = `<ufunc 'cos'>`
| cosh = `<ufunc 'cosh'>`
| divide = `<ufunc 'divide'>`
| divide_safe = `<ufunc 'divide_safe'>`
| e = `2.71828182846`
| equal = `<ufunc 'equal'>`
| exp = `<ufunc 'exp'>`
| fabs = `<ufunc 'fabs'>`
| floor = `<ufunc 'floor'>`
| floor_divide = `<ufunc 'floor_divide'>`
| fmod = `<ufunc 'fmod'>`
| greater = `<ufunc 'greater'>`
| greater_equal = `<ufunc 'greater_equal'>`
| hypot = `<ufunc 'hypot'>`
| invert = `<ufunc 'invert'>`
| left_shift = `<ufunc 'left_shift'>`
| less = `<ufunc 'less'>`
| less_equal = `<ufunc 'less_equal'>`
| log = `<ufunc 'log'>`
| log10 = `<ufunc 'log10'>`
| logical_and = `<ufunc 'logical_and'>`
| logical_not = `<ufunc 'logical_not'>`
| logical_or = `<ufunc 'logical_or'>`
| logical_xor = `<ufunc 'logical_xor'>`
| maximum = `<ufunc 'maximum'>`
| minimum = `<ufunc 'minimum'>`
| multiply = `<ufunc 'multiply'>`
| negative = `<ufunc 'negative'>`
| not_equal = `<ufunc 'not_equal'>`
| pi = `3.14159265359`
| power = `<ufunc 'power'>`
| remainder = `<ufunc 'remainder'>`
| right_shift = `<ufunc 'right_shift'>`
| sin = `<ufunc 'sin'>`
| sinh = `<ufunc 'sinh'>`
| sqrt = `<ufunc 'sqrt'>`
| subtract = `<ufunc 'subtract'>`
| tan = `<ufunc 'tan'>`
| tanh = `<ufunc 'tanh'>`
| true_divide = `<ufunc 'true_divide'>`