SQUEEZING OF COLOR IMAGE USING SELECTIVE ROTATION BASED PRELIMINARY PLAN

In this paper, for a perfect and effective image squeezing, the direction selective image squeezing preliminary plan is introduced. This preliminary plan performs the collective directional transform in sometime depends on plan and sometimes seeming unfair direction and get a transform coding gain. By using this phenomena, easily maximize the energy compaction. For this compaction, firstly determines the maximum energy direction of an image and after that the sinc interpolation method or three pass algorithms is used for rotating the image and after that the conventional 2-D wavelet transform are used for decomposition of image. The convolution method or lifting method is used for conventional wavelet transform. It outperforms JPEG2000 for typical test image.