Some articles on asymptotic:
Asymptotic Flatness
... In theoretical physics and especially general theory of relativity, asymptotic flatness is the property of a geometry or a configuration in general relativity which means that in appropriate coordinates, the ... For spacetimes satisfying asymptotic flatness, it is often possible to calculate the ADM energy ...
... In theoretical physics and especially general theory of relativity, asymptotic flatness is the property of a geometry or a configuration in general relativity which means that in appropriate coordinates, the ... For spacetimes satisfying asymptotic flatness, it is often possible to calculate the ADM energy ...
Bandwidth (computing) - Asymptotic Bandwidth
... The asymptotic bandwidth (formally asymptotic throughput) for a network is the measure of maximum throughput for a greedy source, for example when the message size (the number of ... Asymptotic bandwidths are usually estimated by sending a number of very large messages through the network, measuring the end-to-end throughput ... As other bandwidths, the asymptotic bandwidth is measured in multiples of bits per second ...
... The asymptotic bandwidth (formally asymptotic throughput) for a network is the measure of maximum throughput for a greedy source, for example when the message size (the number of ... Asymptotic bandwidths are usually estimated by sending a number of very large messages through the network, measuring the end-to-end throughput ... As other bandwidths, the asymptotic bandwidth is measured in multiples of bits per second ...
Asymptotology - Asymptotic Uncertainty Principle
... Let us illustrate the “asymptotic uncertainty principle” ... Take the expansion of the function in an asymptotic sequence , → ... Based on known properties of the asymptotic expansion, we consider the pair wise interrelation of values, and ...
... Let us illustrate the “asymptotic uncertainty principle” ... Take the expansion of the function in an asymptotic sequence , → ... Based on known properties of the asymptotic expansion, we consider the pair wise interrelation of values, and ...
Return Ratio - Example: Collector-to-base Biased Bipolar Amplifier - Application in Asymptotic Gain Model
... This expression can be rewritten in the form used by the asymptotic gain model, which expresses the overall gain of a feedback amplifier in terms of several ... This form is where the so-called asymptotic gain G∞ is the gain at infinite gm, namely and the so-called feed forward or direct feedthrough G0 is the gain for zero ...
... This expression can be rewritten in the form used by the asymptotic gain model, which expresses the overall gain of a feedback amplifier in terms of several ... This form is where the so-called asymptotic gain G∞ is the gain at infinite gm, namely and the so-called feed forward or direct feedthrough G0 is the gain for zero ...
Signal-flow Graph - Example 3 Asymptotic Gain Formula
... A possible SFG for the asymptotic gain model for a negative feedback amplifier is shown in Figure 3, and leads to the equation for the gain of this amplifier as The ... Figure 4 shows another SFG for the asymptotic gain model that can be easier to interpret in terms of a circuit ... Using this graph, the gain is To connect to the asymptotic gain model, parameters A and β cannot be arbitrary circuit parameters, but must relate to the return ratio T by and to the asymptotic ...
... A possible SFG for the asymptotic gain model for a negative feedback amplifier is shown in Figure 3, and leads to the equation for the gain of this amplifier as The ... Figure 4 shows another SFG for the asymptotic gain model that can be easier to interpret in terms of a circuit ... Using this graph, the gain is To connect to the asymptotic gain model, parameters A and β cannot be arbitrary circuit parameters, but must relate to the return ratio T by and to the asymptotic ...
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