The LIF neuron consists of an input current, a membrane potential and a threshold for firing. The behaviour of the LIF neuron can be described by the following Equations (1-3): (1) (2) (3) In these formulas, represents the timestamp, and is the time coefficient that characterises the...
Lane does get into a lot more details on the biochemistry in this book, so much so that with the introduction of every topic, follows 5x the length of deep molecular formulas and equations。 It could be easy to get lost in these details and detract from the point he’s making。Overall,...
Specifically: The 3D point (X , Y , Z ) in the camera's coordinate system is first transformed to normalized image coordinates (x, y) using the following equations: xp = fp X Z , (10) yp = fp Y Z , √ rp = xp2 + yp2 , (11) (12) where fp is the focal length of the ...
Formulas have been presented to determine the load (ZNORM and ZCOMP) and voltage (vA and vB) at each DAC output pin, the voltage (vS) across the load (RL), and the power (PL) delivered to the load (RL). Furthermore, the relationship between the DAC termination resistors (RO), the...
By having the electric current density and inserting into energy equation, the temperature distribution in the transformer can be found. The current density value of the static parts of the transformer acts as a source in energy equation, and is coupled with the fluid dynamic equations. By ...
Their calculation formulas are shown in equations (9), (10), (11), (12), (13), (14). It is important to note that equations (9), (10), (11), (12) are computed based on segmentation metrics. When calculating the related metrics for bounding boxes, the concepts change to the ...
For calculating the actual ohmic values, the same equations as introduced for the short circuit impedance calculations can be used. With transformer connection groups allowing the closed loop for zero-sequence current to circulate,like YNd, the real and imaginary parts of the zero-sequence impedance...
The cost function, operational constraints on the control action, rate of change, and the plant output signal limit can be determined, respectively, by Equations (4), (5), and (6) (4) (5) (6)The absolute value of vibration signal amplitude in different working conditions [39] used in...
K being a whole number which will be greater in proportion as it is desired that εL should be nearer to εN and nearer to the value of ε corresponding to pure sulphide. By calculating the ratio for each term and by squaring the equations (12) allowing for (10), we obtain: ##EQU...
where L is the self-inductance of any one coil and M is the mutual inductance between a pair of adjacent coils, and ω=2πf, where f is the applied frequency. In deriving these formulas and those which follow, the assumption has been made that the mutual inductance between any one coil...