Transfer functions are convenient representations to analyse cause-and-effect relationships of linear time-invariant dynamic systems. Traditionally, transfer introduced using the Laplace transform. In this paper, we argue that transform method is not a necessary prerequisite understanding topic ‘transfer functions’. We offer an inquiry-based learning represent without formally full machinery tr...

Three-dimensional transfer functions (3D TFs) are generally assumed to fully describe the behavior of optical topography measuring instruments such as coherence scanning interferometers in spatial frequency domain. Therefore, 3D TFs supposed be independent surface under investigation resulting a clear separation properties and characteristics. In this paper, we show that TF an interference micr...

An explicit construction characterizing the operator-valued Bergman inner functions is given for a class of vector-valued standard weighted Bergman spaces in the unit disk. These operator-valued Bergman inner functions act as contractive multipliers from the Hardy space into the associated Bergman space, and they have a natural interpretation as transfer functions for a related class of discret...

This paper presents some of the results of the simulation in the radiation section of an industrial boiler using an advanced mathematical model. Calculations are described for the flow, heat transfer, and chemical reaction processes occurring within a gas-fired cylindrical furnace. The calculation procedure is a two dimensional one in which the main hydrodynamic variables are the velocity and s...

Direct volume-rendering has proven to be an effective and flexible visualization method for 3D scalar fields. Transfer functions are fundamental to direct volume-rendering because their role is essentially to make the data visible: by assigning optical properties like color and opacity to the voxel data, the volume can be rendered with traditional computer graphics methods. Good transfer functi...