The following method describes how can one obtain the PRC as a function of timings of pulses. $latex T_1, T_2 $ are the timings. ts is the time of perturbation. $latex T_1$ is the free running period and $latex T_2 $is the perturbed period.
It is fun to look at how the iterates move in newton's iterations in the case of $latex Sin(x) $ function. The iterate derived in the previous post is as follows $latex x(n+1) = x(n) - Tan(x(n)) $ If one start at start around 2 we quickly converge to the solution. 🙂 The sin function… Continue reading Newtons iteration as a map – Part 2
Newton Iterations is a well known methodology to compute the solution of the problem f(x) = 0. It is very interesting to look at it as a map. The iteration step is as follows for x(n+1). Let the function be Sin(x) then it results in the following map The plot of the function and the… Continue reading Newton’s iteration as map – Part 1
I will be adding information about Coronavirus and its spread as and when I find it relevant. Comprehensive update BBC 2. Good news? 3. The Maths 01. Prediction of how far it can reach. 4. Data Set Wolfram