Name: Michael Dipperstein
Type: User
Bio: I've been a software engineer since 1990. None of the stuff here is related to my work. I also do a lot of "running" and take my dog to the dog park.
Location: Camarillo, California
Blog: https://michaeldipperstein.github.io/
Michael Dipperstein's Projects
arcode: An ANSI C implementation of arithmetic encoding and decoding
arcode-py: A python 2.7.x and 3.x implementation of arithmetic encoding and decoding
Array Stream: Bit stream operations on arrays
Automated Teller Machine Database Consistency Project
bitarray: An ANSI C library implementing arbitrary length arrays of bits.
bitarray-cpp: An ISO C++ library implementing arbitrary length arrays of bits without using STL.
bitfile: An ANSI C library implementing bitwise reading and writing for sequential files
bitfile-cpp: An ISO C++ library implementing bitwise reading and writing for sequential files
A python library implementing bitwise reading and writing for sequential files
bwt: An ANSI C implementation of the Burrows-Wheeler transformation (BWT)
public domain crypt(3) compatible code
delta: an ANSI C implementation of adaptive delta coding
Comparison of DNA sequence alignment methods
ezini - an ANSI C library providing INI file reading and writing utilities
freqsub: An ANSI C implementation of frequency substitution coding
An ANSI C implementation of Hamming codes
huffman: An ANSI C implementation of Huffman coding
A POSIX C library function for waiting until a key has been pressed
lzss: An ANSI C implementation of the LZSS compression algorithm
lzss-mem: ANSI C library implementing in-memory LZSS encoding and decoding
lzw: An ANSI C implementation of the LZW compression algorithm
My GitHub page
UDP Sample Data Mixer
Multi-Layer Thread Package
Variarious ports of the SPLASH-2 Ocean program
optlist is an ANSI C command line option parser library.
rice: An ANSI C implementation of Rice coding (Golomb-Rice coding)
rle: An ANSI C implementation of Run Length Encoding
Berkeley Socket Examples
ANSI C implementations of several sort algorithms