The inverse problems generally are ill-posed in Hadamard sense. These words lead us to think that there exist inverse problems that are well-posed and which are possible to be solved analytically [1].

My aim is to create a simple neural network in the R to approximate the natural logarithmic function. This task was approached using a feedforward neural network with two hidden layers and a ...

Abstract: The hardware computation of the logarithm function is required in several applications, ranging from signal and image processing to telecommunication systems. This brief shows that most of ...

An anti-logarithm calculator, or antilog calculator, is an online mathematical tool that performs the inverse operation of the logarithmic function. It is used to calculate the antilogarithm value for ...

The ICH Q2(R1) guideline defines linearity as its ability to obtain test results which are directly proportional to the concentration of the analyte. However, the coefficient of determination ...

Abstract: This paper presents an efficient ASIC implementation for the hardware approximation of the logarithm function which can be used for emerging high dynamic range image processing applications.

Logarithm function from HP-35 calculator in Vyper HP-35 was the first device that could do scientific calculations. When the calculator was being created they had not yet developed a multiplying unit ...