Remarkably, time scale differential equation is introduced to construct a hybrid mode of discrete and continuous interconnections ... What’s more, a novel event-triggered mechanism embedding ...

Because the formula involves exponential functions and a mathematical constant (e), it's just a more complicated, complex way of calculating interest. The abstract nature of continuous compounding ...

Exponential equations are of the form 𝑦 = 𝑎 × 𝑘\(^𝑥 \) where 𝑦 is the new value, 𝑎 is the starting value and 𝑘 is the decimal multiplier that describes the growth or decay.

There are different types of weighted models; each has different levels of usefulness, helping marketers answer different types of questions: The time-decay model gives more credit to the touchpoints ...

The second part of the book is devoted to mathematical problems of the quantum measurements under continuous monitoring. Among the topics discussed are the complementarity of the Quantum Zeno effect ...

Abstract: A state-space electromyography (EMG) model is developed for continuous motion estimation of human limb in this paper. While the general Hill-based muscle model (HMM) estimates only joint ...

Throw one hundred coins, remove all those that come up tails, place them in a pile, repeat—you've got yourself a hands-on model for radioactive decay. The piles graphically show the meaning of the ...

They measured the timescales using the autocorrelation function, which shows how long a signal is similar to itself over time, and fitted these with an exponential decay model. They also assessed ...