Bias and variance represent distinct concepts in the fields of Machine Learning and Deep Learning. The primary objective when working with any machine learning model is to achieve accuracy. By striking a balance between these two sources of error(bias and…
When considering complex computations in scientific computing, data analysis, and manipulation, matrices play a very important role in storing data and performing certain calculations. The properties of a matrix play a significant role in this process. One such property of…
In the domain of machine learning and pattern recognition, a square matrix called the Gaussian kernel matrix, also known as a radial basis function (RBF) kernel matrix, holds great significance. Its purpose is to represent the degree of similarity or…
Cross entropy is a differentiative measure between two different types of probability. Cross entropy is a term that helps us find out the difference or the similar relation between two probabilities. There are two different types of distributions in any…
Einsum is an almighty function from the numpy library which is the most efficient manipulator of n-dimensional arrays. It can perform umpteen functions such as adding, multiplying or rearranging the input arrays in a jiffy, resulting in multiple x’s faster…
Divergence is the most crucial term used in many fields, such as physics, mathematics, and biology. The word divergence represents a separation or movement from a point. Divergence can also be a point at which two or more lines move…
Bilinear Interpolation is the process of estimating unknown values of a function with two variables to fill the gaps in a grid or a 2D space. It is the method of populating the gaps by using the known values and…
Interpolation is a bit complex topic to understand. But to put it in simple words, interpolation refers to the process of finding new points between the given points by using the known data points or values as reference. Interpolation is…
In mathematics, a singular value decomposition (SVD) of a matrix refers to the factorization of a matrix into three separate matrices. It is a more generalized version of an eigenvalue decomposition of matrices. It is further related to the polar…
Python’s powerful and versatile library, Numpy, makes even the most complex mathematical tasks a breeze. Enter Numpy’s linalg.tensorsolve() function and watch it effortlessly solve your tensor linear equations, no matter the dimensions. Tensors, the multi-dimensional arrays that extend beyond vectors…