- From: Vit PVV <vitpvv78@gmail.com>
- Date: Mon, 21 Dec 2020 07:53:00 +0200
- To: tiff-input@aldus.com, png-group@w3.org, loco@hpl.hp.com, press@google.com, education@nasa.gov
Received on Wednesday, 23 December 2020 18:04:31 UTC
Hello! You might be interested in this. I have designed and implemented in C ++ a lossless compression algorithm for 24 and 48-bit RGB photorealistic images. The conventional name of the algorithm is PVV. The algorithm turned out to be very simple (the size of the C ++ source code is ~ 28 KB), while the standard libraries are used to a minimum, i.e. and the executable is very small and the hardware implementation will be simpler. The algorithm is undemanding to system resources, uses RAM to a minimum. The algorithm encodes the data stream, i.e. only previous pixels are used to encode the current pixels (simple predictor). In terms of the compression ratio, the PVV algorithm is comparable to JPEG-LS, in some cases it surpasses, for example, aerial photography data. In terms of compression / decompression speed, the algorithm is approximately twice as fast as JPEG-LS. Moreover, the PVV algorithm is much simpler than the JPEG-LS algorithm. Best regards, Vitaly Pyatetsky.
Received on Wednesday, 23 December 2020 18:04:31 UTC