1) Rayleigh fading
雷利衰落(散射通信的)
2) spread fading channel
扩散衰落信道
3) rayleigh fading channel
瑞利衰落信道
1.
A burst time and frequency synchronization for OFDM transmissionin Rayleigh fading channels;
一种适用于瑞利衰落信道的有效的OFDM时频同步体制
2.
Due to no channel estimation required for rayleigh fading channel,quotient coded QAM has lower receiver complexity.
商分编码QAM由于无需信道估计和均衡,因此降低了在瑞利衰落信道解调的复杂性。
3.
A data aided symbol timing estimation algorithm was proposed for burst-mode space-time trellis coded multi-level continuous phase modulation(STTC-MCPM) systems in Rayleigh fading channels.
针对瑞利衰落信道中突发模式的空时网格编码的多电平连续相位调制(STTC-MCPM)系统,提出了一种基于数据辅助的符号定时估计算法。
4) slow fading rayleigh channel
瑞利慢衰落信道
1.
The performance of the schemes in condition of slow fading rayleigh channel are theoretically analyzed, and the theoretical expression on reception SNR and bit rate are introduced in this paper.
本文对WCDMA中3种发射分集方案在瑞利慢衰落信道下的性能做理论分析,分别给出接收信噪比和误比特率的理论表达式,并以蒙特卡罗仿真加以验证。
5) Rayleigh fading channels
瑞利衰落信道
1.
This dissertation deeply investigates on the modeling of three types of mobile radio channels: the modeling of frequency hopping Rayleigh fading channels, the modeling of frequency non-selective Rayleigh fading channels under non-isotropic scattering environments and the modeling of frequency non-selective mobile-to-mobile Rayleigh fading channels.
本文分别对跳频瑞利衰落信道、非均匀散射环境下的瑞利衰落信道和移动台对移动台瑞利衰落信道的建模进行了深入的研究。
2.
In this paper,a multi-carrier modulation blind identification algorithm under the conditions of Rayleigh fading channels was proposed to distinguish between multi-carrier modulation signals(such as OFDM) and digital single-carrier signals (such as:MASK,MFSK,MPSK,MQAM).
提出一种瑞利衰落信道条件下的多载波调制盲识别算法,用以区分多载波调制信号(如OFDM)和数字单载波调制信号(如:MASK、MFSK、MPSK、MQAM)。
6) scatter communication
散射通信
1.
In order to avoid the electromagnetic interference between the communication systems,the sidelobe and backlobe of the scatter communication antenna is analyzed and calculated by the geometrical theory of diffraction(GTD),which insures the low sidelobe characteristics of antenna.
为了避免通信系统之间的电磁干扰,应用几何绕射理论对散射通信天线的副瓣和后瓣电平进行了理论分析和计算,确保天线的低旁瓣特性。
2.
The paper birefly describes the application of scatter communication in military communication, and overviews the development trend of scatter communication technology.
论文简要介绍了散射通信在军事通信中的应用情况及散射通信技术发展趋势。
3.
In the application of troposcatter communication systems,the setting of the line is pivotal,which depends on how much the operators are familiar with the system,as well as their experience in the task.
散射通信是一种超视距通信方式,既不同于微波视距通信,又不同于短波电离层通信,具有非常明显的特点。
补充资料：三十一祖道信大医禅师《八十八祖道影传赞》
【三十一祖道信大医禅师《八十八祖道影传赞》】
四祖道信大师者。姓司马氏。世居河内。后徙于蕲州广济县。生而超异。幼慕空宗诸解脱门。宛如宿习。既见三祖嗣法。摄心无寐。胁不至席者。盖六十年。隋大业十三载。领徒众抵吉州。值群盗围城。七旬不解。万众惶怖。祖愍之。教念摩诃般若。时贼众望雉堞间。若有神兵。乃相谓曰。城中必有异人。不可攻矣。稍稍引退。唐武德甲申岁。师却返蕲。春住破头山。学侣云臻。一日往黄梅县。路逢女子。携一小儿。骨相奇秀。异乎常童。祖问曰。子何姓。答曰。姓即有不是常姓。祖曰。是何姓。答曰。是佛性。祖曰。汝无姓耶。答曰。性空故无。祖默识其法器。即俾侍者。至其母所。乞令出家。母以夙缘故。殊无难色。遂舍为弟子。以至传法付衣。偈曰。华种有生性。因地华生生。大缘与性合。当生生不生。遂以学徒委之。是为此土四祖。赞曰。少年出家利根捷疾 六十余年胁不至席 学侣云臻何待小儿 以有夙约观者不知
四祖道信大师者。姓司马氏。世居河内。后徙于蕲州广济县。生而超异。幼慕空宗诸解脱门。宛如宿习。既见三祖嗣法。摄心无寐。胁不至席者。盖六十年。隋大业十三载。领徒众抵吉州。值群盗围城。七旬不解。万众惶怖。祖愍之。教念摩诃般若。时贼众望雉堞间。若有神兵。乃相谓曰。城中必有异人。不可攻矣。稍稍引退。唐武德甲申岁。师却返蕲。春住破头山。学侣云臻。一日往黄梅县。路逢女子。携一小儿。骨相奇秀。异乎常童。祖问曰。子何姓。答曰。姓即有不是常姓。祖曰。是何姓。答曰。是佛性。祖曰。汝无姓耶。答曰。性空故无。祖默识其法器。即俾侍者。至其母所。乞令出家。母以夙缘故。殊无难色。遂舍为弟子。以至传法付衣。偈曰。华种有生性。因地华生生。大缘与性合。当生生不生。遂以学徒委之。是为此土四祖。赞曰。少年出家利根捷疾 六十余年胁不至席 学侣云臻何待小儿 以有夙约观者不知
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