The following information was submitted:
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Transactions ID Number: 31-275
Full Name: Mohammed Aboud
Position: Student
Age: ON
Sex: Male
Address: USM electrical andelectronic enginnering
Country: MALAYSIA
Tel: 0060176827571
Tel prefix: 0060176827571
Fax: -
E-mail address: makaboud@gmail.com
Other E-mails: makaboud@yahoo.com
Title of the Paper: Simulation and Implementation of the BPSK Transverse
Authors as they appear in the Paper: Mohammed Aboud Kadhim1,Dr.widad Ismail2, Hamood Shehab Hamid3,Ekhlas Kadhum4
Email addresses of all the authors: makaboud@yahoo.com,eewidad@eng.usm.my,: hash30165@gmail.com,ekhlas_kadhum@yahoo.com
Number of paper pages: 10
Abstract: A new algorithm for deep space applications potential for ultra low power performance using the developed frequency shift keying wireless receiver system with exhibits. A non coherent frequency shift keying (FSK) receiver architecture is esigned potentially for low power applications. For better power efficiency and reliability the receiver is based on a novel, almost all-digital architecture. The receiver functions on one bit data processing and supports a wide range of data rates and is very robust against large and fast frequency offsets due to Doppler. The subsampling and 1-bit data processing together with a discrete Fourier transform-based detection scheme to enable power consumption dramatically lower than implementations reported in literature. To improve power efficiency, and evading the use of power hungry multipliers. The FFT algorithm proposed uses co-ordinate rotation algorithm (CORDIC)in place of complex multiplications. The receiver is !
designed and modeled in Matlab Simulink
Keywords: fft, fsk,modulation,low opwer,wireless
EXTENSION of the file: .doc
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How Did you learn about congress: Hamood Shehab Hamid , USM electrical and electronic school
IP ADDRESS: 60.53.182.2
