Experimental memory control in continuous-variable optical quantum reservoir computing. [PDF]
Paparelle I +8 more
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The two dragons of cognition: recursive condensation for predictive processing. [PDF]
Li X.
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Next-generation intelligent framework for pan evaporation prediction: introducing Chebyshev polynomial-based Kolmogorov-Arnold networks. [PDF]
Gharehbaghi A +4 more
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Chaotic map based efficient anonymous authentication and key agreement scheme for VANETS. [PDF]
SivaPrasad DD, Maria A.
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(In)congruence effect of chronological age and subjective age on older adults' cognitive functioning: the moderating role of social participation and cross-cultural comparisons. [PDF]
Li J, Zhang Q, Wang M, Zhang B.
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Memory polynomial with shaped memory delay profile and modeling the thermal memory effect
This paper presents a proposal for a new memory polynomial modeling technique with non-uniform delay taps to capture the thermal memory effects in power amplifiers. In the proposed modeling structure, each order of the memory polynomial is assigned a different memory delay.
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core +8 more sources
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Calculating polynomial zeros on a local memory parallel computer
Parallel Computing, 1989Abstract We consider the calculation, on a local memory parallel computer, of all the zeros of an n th degree polynomial P n ( x ) which has real coefficients. We describe a generic parallel algorith, which approximates all the zeros simultaneously and we give three specific examples of this algorithm which have orders of convergence two, three
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Simplified Memory Polynomial modelling of Power Amplifier
2015 International Conference and Workshop on Computing and Communication (IEMCON), 2015Accurate Power Amplifier modelling is of major concern for wireless communication system designers. Volterra series is most suitable to represent the actual behavior of non-linear power amplifier with memory. But as the order of memory polynomial increases, the number of Volterra terms also increases, resulting in the implementation complexity of ...
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Low-rate identification of memory polynomials
2014 IEEE International Symposium on Circuits and Systems (ISCAS), 2014We propose a new approach for the low-rate identification of memory polynomials (MPs), which are frequently used to model RF power amplifiers (PAs). Based on ideas from the finite rate of innovation framework, we find the coefficients of the MP in the frequency domain, which requires a relatively small number of measurements (samples), commensurate ...
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