The C programming language
The image processing handbook
Graphics file formats: reference and guide
Graphics file formats: reference and guide
Multithreading applications in Win32: the complete guide to threads
Multithreading applications in Win32: the complete guide to threads
Windows assembly language and systems programming (2nd ed.): 16- and 32-bit low-level programming for PC and Windows
The Intel 32-Bit Microprocessors: 80386, 80486, and Pentium Microprocessors
The Intel 32-Bit Microprocessors: 80386, 80486, and Pentium Microprocessors
Compiler Design
Protected Mode Software Architecture
Protected Mode Software Architecture
Advanced Programming Language Design
Advanced Programming Language Design
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This paper presents one new basic step in real time data compression. The data under compression are random sequence of variable Y which at time t: y0, y1,..., yt have occurred. Y - random integer - {0, 1, N-1}. So, at time t, if we produce YA to be really a subset to Y so that yt+1 in YA then we can write or send the index of yt+1 in YA instead of yt+1 . To do it we create a function F, which learned from some recent past Y by the fixed rules, to map a known set onto Y. The known set is the set known by both sender and receiver, and the function F is automatically created the same at both sides.Based on this scheme we roughly developed and experienced an algorithm for many segments of .com or .exe file (MS DOS File Format) in 80x86 systems to see we have compression ratio 10:7,10:4 in real time. (The segment of pure codes not including data).