An Effective Image Encryption Algorithm Using Bit Reversal Permutation and a New Chaotic Wind Map

In this paper, a different approach to create new chaotic model and an effective image encryption structure using Bit reversal permutation are proposed. Compared most frequently used well known maps, such as Logistic map, Sine map or Tent system based on with is designed key generator in the proposed algorithm. The has increased initial value sensitivity according results of Lyapunov analysis shown better randomness output trajectory analysis. cryptography, good should be stochastic supposed sufficiently random uniformly distributed equal probability for encryption. provides these properties very well. Before basic process, method makes all pixel positions input rearranged order reduce strong relation adjacent pixels higher strength, which will enable strategic information sharing production planning when analyzes wind energy power plants. Other experimental confirm that scheme sufficient security, capability can transferred between systems, keeping secret strategically.