SNIR：信噪比和干扰比

“信噪比和干扰比”（Signal to Noise and Interference Ratio，简称SNIR）是通信与信号处理领域中的一项重要技术指标，用于衡量有效信号强度与背景噪声及干扰信号强度的相对关系。该术语常缩写为SNIR，以便在技术文档和工程应用中实现简洁高效的书写与交流。它广泛应用于无线通信、雷达系统等多个综合领域，对系统性能评估和优化具有关键指导意义。

Signal to Noise and Interference Ratio具体释义

  • 英文缩写：SNIR
  • 英语全称：Signal to Noise and Interference Ratio
  • 中文意思：信噪比和干扰比
  • 中文拼音：xìn zào bǐ hé gān rǎo bǐ
  • 相关领域： snir 未分类的

Signal to Noise and Interference Ratio的英文发音

例句

  1. Using the technique the mixing vector of array elements must be exactly estimated so as to eliminate the interference user as possible, increase the signal to noise and interference ratio of the output signal and improve detection precision of the system.
  2. 在智能天线中需要确定估计阵元之间的组合权值以尽可能地抑制干扰，增大输出信号的信干噪比，提高系统的性能。
  3. The signal to noise ratio and signal to interference ratio is derived.
  4. 指出多波束DICANNE系统输出的信噪比、干扰噪声比。
  5. Combined the characteristics of TD-SCDMA, the corresponding algorithms based on Maximum Signal to Noise Ratio criterion and Maximum Signal to Interference and Noise Ratio criterion are investigated thoroughly.
  6. 结合TD-SCDMA系统的特点，深入研究了最大信噪比（MSNR）准则和最大信干噪比（MSINR）准则的下行波束赋形算法。
  7. The proposed algorithm takes into account the constraints of subchannel maximum transmit power and the minimum target signal to interference plus noise ratio ( SINR ), so as to maximize the energy efficiency. And the power control problem is solved by augmented Lagrange multiplier method.
  8. 该算法考虑子信道最大发射功率、最小目标信干噪比（SINR，SignaltoInterferenceplusNoiseRatio）等约束条件，以最大化能量效率为目标，并通过增广拉格朗日乘子法进行求解。

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