Title :
Pseudo noise sequences for engineers
Author_Institution :
Baseband Process. Div., Space Applications Centre, Ahmedabad, India
fDate :
4/1/1996 12:00:00 AM
Abstract :
Pseudo random binary sequences (PRBSs), also known as pseudo noise (PN), linear feedback shift register (LFSR) sequences or maximal length binary sequences (m-sequences) are widely used in digital communications and the theory involved has been treated extensively in the literature. However, a practising engineer is interested in the fundamentals and the applications of PN sequences, and the methods of generating them with hardware. This paper presents, without the mathematical rigours, some of the interesting characteristics and the use of these characteristics in the generation and acquisition of PN sequences. The series-parallel method of generating PN sequences at high speeds with low-speed devices, which is of interest to hardware designers, is discussed. Some applications of PN sequences in communications and instrumentation are discussed
Keywords :
binary sequences; digital communication; digital instrumentation; pseudonoise codes; random noise; shift registers; PN sequences; digital communications; hardware; high speeds; instrumentation; linear feedback shift register sequences; low-speed devices; m-sequences; maximal length binary sequences; pseudonoise sequences acquisition; pseudonoise sequences generation; pseudorandom binary sequences; series-parallel method;
Journal_Title :
Electronics & Communication Engineering Journal
DOI :
10.1049/ecej:19960205