A novel VLSI architecture for generation of Six Phase pulse compression sequences

Rao, P. Tirumala; Kumar, Pankaj; Ramesh, Ch.; Babu, Y. Madhu

doi:10.1109/icdcsyst.2012.6188653

Cited by 1 publication

(1 citation statement)

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“…Many applications require longer codes to achieve a higher signal to noise ratio (SNR). By exhaustive computer search program [13], found all binary sequences up to length of 48 and they had developed an analytical method for generating good binary pulse compression codes.…”

Section: The Optimization Problemmentioning

confidence: 99%

Design of Binary Coded Pulse Trains with Good Autocorrelation Properties for Radar Communications

Rosli

Rahim

Ngadiran

et al. 2018

MATEC Web of Conferences

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Finite length of sequences that are modulated both in phase and amplitude and have an ideal autocorrelation function (ACF) consisting of merely a pulse have many applications in control and communication systems. They are widely applied in control and communication systems, such as in pulse compression systems for radar and deep-space ranging problems [1-5]. In radar design, the important part is to choose a waveform, which is suitable to be transmitted because the waveform controls resolution in clutter performance. In addition, it can solve a general signal problem particularly related to the digital processing. Energy ratio (ER), total side lobe energy (SLE), and peak sidelobe level (PSL) are three properties of such sequences interest. This paper presents a method using the Complementation, Cyclic Shift and Bit Addition for synthesizing and optimizing a binary sequence implemented to improve the sequences of a similar quality with the Barker sequence, particularly for lengths greater than 13. All of these methods are guided by the specific parameter with good characteristics in ACF (ER, SLE, and PSL) [6,7,8]. Such sequences can then be effectively used to improve the range and Doppler resolution of radars.

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Section: The Optimization Problemmentioning

confidence: 99%