The 8PFB structure efficiently brings the throughput of the processor up to 1GS/s and the chances of register reverse down, reducing the power dissipation ...

The 8PFB structure efficiently brings the throughput of the processor up to 1GS/s and the chances of register reverse down, reducing the power dissipation ...

A new 8PBF structure for 64/128 flexible point FFT processor is proposed. The processor, which is based on 8*8*2 mixed radix algorithm, can deal with ...

The processor, which is based on 8*8*2 mixed radix algorithm, can deal with multiple inputs more efficiently for MIMO applications. The 8PFB structure ...

Design of Low-Power, 1GS/s Throughput FFT Processor for MIMO-OFDM UWB Communication System. Liang Liu, Junyan Ren, Xuejing Wang, Fan Ye. Design of Low-Power ...

Dive into the research topics of 'Design of low-power, 1GS/s throughput FFT processor for MIMO-OFDM UWB communication system'. Together they form a unique ...

The world's first real-time testbed for massive MIMO: Design, implementation, and validation ... 2012. Design of low-power, 1GS/s throughput FFT processor for ...

Design of low-power, 1GS/s throughput FFT processor for MIMO-OFDM UWB communication system. L Liu, J Ren, X Wang, F Ye. 2007 IEEE International Symposium on ...

This paper presents a mixed-radix multipath delay feedback (MDF) FFT processor with variable-length. In order to minimize the number of occupied multipliers ...

This paper presents an multipath delay commutator (MDC)-based architecture and memory scheduling to implement fast Fourier transform (FFT) processors.