| 複數 | fecs |
fecal matter
糞便
fecal incontinence
糞失禁
fecal impaction
糞便阻塞
fecal occult blood
糞便潛血
fecal transplantation
糞便移植
fecal bacteria
糞便細菌
fecal contamination
糞便污染
fecal calprotectin
糞便钙衛蛋白
fecal sample
糞便樣本
fecal examination
糞便檢查
fec codes significantly improve data transmission reliability in modern communication systems.
前向錯誤更正（FEC）碼能顯著提高現代通信系統中數據傳輸的可靠性。
the telecommunications system employs fec to detect and correct transmission errors automatically.
電信系統採用FEC來自動檢測和糾正傳輸錯誤。
advanced fec algorithms are essential for reliable satellite communications over long distances.
先進的FEC演算法對於長距離可靠的衛星通信至關重要。
strong fec implementation effectively reduces the need for data retransmission in noisy channels.
強大的FEC實現能有效減少在嘈雜信道中數據重傳的需求。
engineers need to optimize fec parameters based on specific channel conditions and requirements.
工程師需要根據特定的信道條件和需求來優化FEC參數。
fec overhead affects overall bandwidth efficiency and must be carefully balanced with error protection.
FEC開銷會影響整體的頻寬效率，必須與錯誤保護進行仔細的平衡。
many modern communication standards include built-in fec capabilities to enhance data integrity.
許多現代通信標準都內建FEC功能，以提高數據完整性。
the fec decoder processes incoming signals and reconstructs the original data when errors occur.
FEC解碼器處理 incoming 信號，並在發生錯誤時重建原始數據。
fec performance varies depending on channel noise levels and signal-to-noise ratio conditions.
FEC性能會根據信道噪聲水平和信噪比條件而變化。
different fec schemes offer varying levels of error protection with different complexity trade-offs.
不同的FEC方案在錯誤保護水平上有所不同，並具有不同的複雜度權衡。
fec technology enables reliable data transfer across lossy communication channels without repeated requests.
FEC技術使數據可以在損失性通信信道中可靠傳輸，而無需重複請求。
researchers often test fec under various environmental conditions to evaluate robustness.
研究人員通常在各種環境條件下測試FEC，以評估其堅固性。
fec substantially reduces bit error rates in wireless communication systems and storage devices.
FEC顯著降低了無線通信系統和存儲設備中的比特錯誤率。
fecal matter
糞便
fecal incontinence
糞失禁
fecal impaction
糞便阻塞
fecal occult blood
糞便潛血
fecal transplantation
糞便移植
fecal bacteria
糞便細菌
fecal contamination
糞便污染
fecal calprotectin
糞便钙衛蛋白
fecal sample
糞便樣本
fecal examination
糞便檢查
fec codes significantly improve data transmission reliability in modern communication systems.
前向錯誤更正（FEC）碼能顯著提高現代通信系統中數據傳輸的可靠性。
the telecommunications system employs fec to detect and correct transmission errors automatically.
電信系統採用FEC來自動檢測和糾正傳輸錯誤。
advanced fec algorithms are essential for reliable satellite communications over long distances.
先進的FEC演算法對於長距離可靠的衛星通信至關重要。
strong fec implementation effectively reduces the need for data retransmission in noisy channels.
強大的FEC實現能有效減少在嘈雜信道中數據重傳的需求。
engineers need to optimize fec parameters based on specific channel conditions and requirements.
工程師需要根據特定的信道條件和需求來優化FEC參數。
fec overhead affects overall bandwidth efficiency and must be carefully balanced with error protection.
FEC開銷會影響整體的頻寬效率，必須與錯誤保護進行仔細的平衡。
many modern communication standards include built-in fec capabilities to enhance data integrity.
許多現代通信標準都內建FEC功能，以提高數據完整性。
the fec decoder processes incoming signals and reconstructs the original data when errors occur.
FEC解碼器處理 incoming 信號，並在發生錯誤時重建原始數據。
fec performance varies depending on channel noise levels and signal-to-noise ratio conditions.
FEC性能會根據信道噪聲水平和信噪比條件而變化。
different fec schemes offer varying levels of error protection with different complexity trade-offs.
不同的FEC方案在錯誤保護水平上有所不同，並具有不同的複雜度權衡。
fec technology enables reliable data transfer across lossy communication channels without repeated requests.
FEC技術使數據可以在損失性通信信道中可靠傳輸，而無需重複請求。
researchers often test fec under various environmental conditions to evaluate robustness.
研究人員通常在各種環境條件下測試FEC，以評估其堅固性。
fec substantially reduces bit error rates in wireless communication systems and storage devices.
FEC顯著降低了無線通信系統和存儲設備中的比特錯誤率。
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