Algorithm 1. Mobile RNG design algorithm pseudo code.

1:  Start

2:  Entering parameters and initial condition of the chaotic system

3:  Determination of the value of ∆h

4:  Sampling with determination ∆h value

5:  while (least 1 M. Bit data) do

6:   Solving the chaotic system with RK4

7:   Convert float to binary number (32 bit)

8:   Select the bits (LSB-16 bit) from 32 bit binary number

9:  end while

10: The implementation of NIST Tests for 1 M. Bit data

11: if test results == pass then

12:   Successful results (Ready tested 1 M. Bit data)

13:   RNG applications (Cryptology, data hiding, watermarking, etc.)

14: else (test results == false)

15: return the previous steps and generate bits again

16: end if

17: End