Description: 一个产生MIMO-OFDM信道的程序,可以稍加修改摄应空时MIMO信道-Generate a MIMO-OFDM channel procedure can be slightly modified perturbation should be space-time MIMO channel Platform: |
Size: 3072 |
Author:duna |
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Description: 在OFDM峰均比中采用遗传算法降低部分传输序列复杂度的新方法-PAPR in OFDM to reduce the use of genetic algorithm partial transmit sequence complexity of the new method Platform: |
Size: 226304 |
Author:xinjianzhou |
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Description: 基于部分传输序列的OFDM系统峰值平均功率比优化算法Partial transmit sequence based on the peak average power ratio of OFDM system optimization-Partial transmit sequence based on the peak average power ratio of OFDM system optimization Platform: |
Size: 62464 |
Author:shen1052 |
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Description: PTS与限幅结合降低OFDM峰均比的改进算法.提出了一种基于部分传输序列(PTS)算法和限幅算法相结合的改进算法来降低正交频分复用(OFDM)系统的峰均功率比(PAPR)。-Improved Algorithm of Combination of PTS and Clipping to Reduce PAPR in OFDM System
In this paper, an improved algorithm is proposed based on Partial Transmit Sequence (PTS) and clipping to reduce Peak to Average Power Ratio(PAPR) in Orthogonal Frequency Division Multiplexing (OFDM) system. Platform: |
Size: 203776 |
Author:阿帮 |
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Description: 基于 PTS 级联抵消的峰均比抑制性能仿真.提出了 PTS 级联抵消算法,实现对地面数字多媒体广播系统中时域同步正交频分复用信号的峰均功率比的抑制-Simulation on PAPR Improvement Based on Joint Scheme of PTS and Peak-cancellation.
New joint scheme of partial transmit sequence (PTS) and peak-cancellation technique was proposed to reduce the peak-to-average power ratio of time-domain synchronous OFDM signals in terrestrial digital multimedia/TV broadcasting system. Platform: |
Size: 630784 |
Author:阿帮 |
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Description: 使用PTS和限幅联合算法降低OFDM峰均比.提出了一种降低正交频分复用(OFDM)系统峰均比(PAPR)的联合算法:部分传输序列(PTS)和限幅(Clipping)算法.该联合算法先利用PTS算法对OFDM信号进行处理以降低PAPR,所得信号再利用限幅法进行处理,以进一步降低PAPR.
-Using the Union Algorithm of PTS and Clipping to Reduce PAPR in OFDM System.This paper proposes a union algorithm of partial transmit sequence (PTS) and clipping to re Platform: |
Size: 434176 |
Author:阿帮 |
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Description: 分析仿真了不同子载波数对OFDM系统部分传输序列方法降低papr的影响-Analysis and simulation of different number of subcarriers partial transmit sequence OFDM system reduce papr impact Platform: |
Size: 2048 |
Author:王克夏 |
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Description: pARTIAL TRANSMIT SEQUENCE is very effective technique for papr reduction in OFDM.It divide OFDM sequence into several disjoint sub sequences and convert to time domain then
Combine with complex phase factors to reduce PAPR.In this code matlab simulation of this technique is implemented
Platform: |
Size: 1943552 |
Author:fahad |
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Description: this the program for finding peak power in ofdm using pts-this is the program for finding peak power in ofdm using pts Platform: |
Size: 1024 |
Author:dhanushya |
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Description: this the program for finding peak power in ofdm using pts-this is the program for finding peak power in ofdm using pts Platform: |
Size: 1024 |
Author:alrkit |
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Description: Reduction of peak-to-average power ratio (PAPR) in
orthogonal frequency-division multiplexing (OFDM) system using
the partial transmit sequence (PTS) approach. In PTS, the total
search for the number of subblocks and the rotation factors must
be accomplished. As the number of subblocks and rotation factors
increases, PAPR reduction improves. The number of calculation
increases as the number of subcarriers increases, such that
complexity increases exponentially and the process delay occur
simultaneously. In this paper, a modified PTS scheme combined
with interleaving technique for PAPR reduction has been
presented. The scheme is very effective and avoids the use of any
extra Inverse Fast Fourier Transformations (IFFTs) as was done
in PAPR reduction by ordinary PTS technique when dividing the
various subcarriers into different subblocks. The simulation
result shows that PAPR performance is improved in comparison
with the modified PTS and computational complexity is reduced Platform: |
Size: 1403904 |
Author:avinash trivedi |
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Description: “Analisa Teknik Reduksi Peak To Average Power Ratio Pada Sistem MIMO-OFDM Menggunakan Metode Hybrid Enhanced Iterative Flipping Partial Transmit Sequence Dan Tone Reservation Berbasis Perangkat Lunak”. Platform: |
Size: 9203712 |
Author:ainurroviqoh |
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