Legend for IPS symbols Addition Point y = x_{2} - x_{1} Filled sectors denote inversion (here: subtraction) Empty input signals are neutral (here 0) Multiplication Point y = x_{2} / x_{1} Filled sectors denote inversion (here: division) Empty input signals are neutral (here 1) Constant Gain y = Gx Special Function y = sqrt(x) -> Legend for network symbols at OEP Top : Resources : IPS : legend

Legend for IPS symbols

Addition Point y = x_{2} - x_{1} Filled sectors denote inversion (here: subtraction) Empty input signals are neutral (here 0) Multiplication Point y = x_{2} / x_{1} Filled sectors denote inversion (here: division) Empty input signals are neutral (here 1) Constant Gain y = Gx Special Function y = sqrt(x) -> Legend for network symbols at OEP Top : Resources : IPS : legend

Addition Point

y = x_{2} - x_{1}

Filled sectors denote inversion (here: subtraction)

Empty input signals are neutral (here 0)

Multiplication Point

y = x_{2} / x_{1}

Filled sectors denote inversion (here: division)

Empty input signals are neutral (here 1)

Constant Gain

y = Gx

Special Function

y = sqrt(x)

-> Legend for network symbols at OEP

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