Effect of Pseudo Random Noise (PRN) Spreading Sequence Generation of 3GPP Users’ Codes on GPS Operation in Mobile Handset | Zendy

Taher Al Sharabati | Zendy

Open Access

Effect of Pseudo Random Noise (PRN) Spreading Sequence Generation of 3GPP Users’ Codes on GPS Operation in Mobile Handset

Author(s) -

Taher Al Sharabati

Publication year - 2016

Publication title -

journal of communications software and systems

Language(s) - English

Resource type - Journals

eISSN - 1846-6079

pISSN - 1845-6421

DOI - 10.24138/jcomss.v12i4.76

Subject(s) - handset , computer science , global positioning system , sequence (biology) , gps receiver , noise (video) , telecommunications , real time computing , computer network , assisted gps , artificial intelligence , image (mathematics) , genetics , biology

In this paper, the effects of intersystem cross correlation of 3GPP user’ codes to GPS satellites’ codes will be demonstrated. The investigation and analysis are in the form of cross correlation between 3GPP users’ codes and GPS satellites Pseudo Random Noise (PRN) sequences. The investigation and analysis will involve the similarities in generation and system architecture of both the 3GPP user’ codes and GPS satellites’ codes. The extent of intersystem interference will be displayed in the form of results for cross correlation, correlation coefficient, and signal to noise ratio. Recommendations will be made based on the results.

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