That's a bit of a convoluted way of going about finding the maximum values in a matrix. Here's a bit simpler (and likely much faster) way to do this:
3.7020 0.4212 0.6053 -0.3360 1.0224 0.9213 3.7692 0.6286 2.7539 0.9528 3.5434 -0.5355 2.4248 0.8720 0.8152 -0.8384 1.6536 0.9495 3.6147 -0.7808 1 3 4 1...
MATLAB Online에서 열기 Hi, why when I use mvrnd to generate random vectors from a multivariate normal I always get small numbers in absolute value (not larger than 4 or 5)? E.g. 테마복사 mu=[0 0]; sigma=[1 0.4; 0.4 1];...
A direct generalized Newton method is proposed for solving the NP-hard absolute value equation (AVE) Ax | x |= b when the singular values of A exceed 1. A simple MATLAB implementation of the method solved 100 randomly generated 1,000-dimensional AVEs to an accuracy of 10 6 in less than...
Compute the 3-point centered moving MAD for each row of a matrix. The dimension argument is 2, which slides the window across the columns of A. The window starts on the first row, slides horizontally to the end of the row, then moves to the second row, and so on. A = [1 2 1;...
Three equations three unknowns matrix, square root of a fraction problem solver, multiplying and dividing polynomials+test, math rules cheat sheet, how to solve nonlinear equations, solving a homogeneous second-order linear differential equation. ...
Using Arduino to Obtain Absolute Orientation from a 6-Axis Gyro The gyro has 6 inertial axes and 3 magnetic axes. How do I make them work together to get the orientation of the rocket in the reference fixed to the ground? I found something from Matlab but I am not sure how it works....
abs_max<-function(data){tmp<-Filter(is.numeric,data)if(inherits(data,"tbl_df")){tmp<-as.matrix(tmp)}tmp[cbind(1:nrow(tmp),max.col(replace(x<-abs(tmp),is.na(x),-Inf)))]}df1<-data.frame(id=c("foo","bar","goo"),val_a=c(-51,15,19),val_b=c(NA,122,35),val_c=c...
along the 3rd dimension of the absolute of that 3d matrix to get the z index. The tricky bit is then using that z value to select I
In MATLAB code, write a function with the header [U, b2, L] = myForwardSweep(A,b) which performs systematic linear transformation on the augmented matrix [A|b]. Note that this function should return n Programming in ...