Hopfield networks can function with continuous activation variables and discrete time variables
Hopfield networks can indeed operate using continuous activation variables combined with discrete time variables, as confirmed by theoretical studies on their dynamics.
The retrieved papers include direct mathematical and dynamic investigations of Hopfield networks utilizing both continuous-state (activation) variables and discrete-time steps. Therefore, the claim is well supported by the literature.
Pascal Koiran. Dynamics of Discrete Time, Continuous State Hopfield Networks. 1994. https://doi.org/10.1162/neco.1994.6.3.459
This paper explicitly investigates the dynamics of Hopfield networks operating with discrete time and continuous states.
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Benito Pires. A chaotic discrete-time continuous-state Hopfield network with piecewise-affine activation functions. 2022. http://arxiv.org/abs/2210.00414v1
This study constructs and analyzes a Hopfield network specifically featuring discrete time steps and continuous activation variables.
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