Discover the process of transforming discrete functions into continuous functions. Explore correlation coefficients, probability mass functions, and density functions. Learn about the least squares ...

The authors deal with the problem of verifying whether a given antisymmetric function is lossless (in the discrete sense), which is closely related to the polynomial stability problem. The proposed ...

This paper studies the connection between discrete-time negative imaginary and continuous-time negative imaginary functions. Firstly, we analyse differences between two restatements that are claimed ...

This paper provides a method to construct simultaneous con fidence bands for quantile and quantile eff ect functions for possibly discrete or mixed discrete-continuous random variables.

Discover the power of continuous-time and discrete-time singular value decomposition (SVD) for impulse response functions. Explore applications in signal processing, dynamic system analysis, acoustics ...

While in a continuous function graph, the points are connected with an unbroken line. Discrete data contains distinct or separate values. Continuous data includes any value within the preferred range.

Conclusion: Neural findings suggest a trend towards increased PFC activation during continuous tasks. Cognitive and motor measures revealed worse performance during the discrete compared to continuous ...