Optimization of the Neural Muscular Drive and Respiratory Signals under Dead Space Loading and CO_2 Inhalation

机译：死空间负荷下神经肌肉驱动和呼吸信号的优化，CO_2吸入

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In this paper, we simulate the effect of imposed external dead space by examining the optimized neural muscular drive and respiratory signals, including, airflow and lung volume profiles. To study the effect of external dead space loading, the measurement model by Gray is used and human respiratory control simulator based on an optimal respiratory control mechanism is implemented. The respiratory control simulations are performed with external dead space loading (0, 0.4 and 0.8 l) under rest and CO_2 inhalation of 3% to 7%. The waveshaping of both the imposed external dead space and CO_2 inhalation on the respiratory waveforms are studied.

机译：在本文中，我们通过检查优化的神经肌肉驱动和呼吸信号来模拟施加的外部死区的效果，包括气流和肺体积剖面。为研究外部死区加载的影响，利用灰色测量模型，并实现了基于最佳呼吸控制机制的人类呼吸控制模拟器。呼吸控制模拟在静静脉下的外部死空间载荷（0,0.4和0.8L）进行，CO_2吸入为3％至7％。研究了施加在呼吸波形上施加的外部死区和CO_2吸入的波浪。

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《International Applied Science and Precision Engineering Conference》|2014年||共9页
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Shyan-Lung Lin; Tsung-Chi Chen; Hsing-Cheng Chang;
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中图分类 TB3-53;
关键词
Neural Muscular Drive; Respiratory signal; Dead space; CO_2 inhalation;

机译：神经肌肉驱动;呼吸信号;死区;CO_2吸入;

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专利

1. The Effect of Added Dead Space on Optimal Neuro-Muscular Drive and Respiratory Signals under Hypercapnia [J] . Lin S. L., Chang H. C., Huang C. Y. Journal of Applied Research and Technology . 2014,第6期

机译：高碳酸血症下增加死区对最佳神经肌肉驱动和呼吸信号的影响
2. Simulation of Ventilatory Responses to Dead Space and CO_2 Inhalation with Optimal Respiratory Control Model [J] . Shyan-Lung Lin, Nai-Ren Guo, San Shan Hung Advanced Science Letters . 2013,第10期

机译：最优呼吸控制模型模拟对死区和CO_2吸入的通气反应
3. Simulation of Ventilatory Responses to Dead Space and CO_2 Inhalation with Optimal Respiratory Control Model [J] . Shyan-Lung Lin, Nai-Ren Guo, San Shan Hung Advanced Science Letters . 2013,第10期

机译：最优呼吸控制模型模拟对死区和CO_2吸入的通气反应
4. Optimization of the Neural Muscular Drive and Respiratory Signals under Dead Space Loading and CO_2 Inhalation [C] . Shyan-Lung Lin, Tsung-Chi Chen, Hsing-Cheng Chang International Applied Science and Precision Engineering Conference . 2014

机译：死空间负荷下神经肌肉驱动和呼吸信号的优化，CO_2吸入
5. Respiratory sensation in normal subjects: The relationship between inspiratory motor drive and perception during resistive loading and pressure threshold loading. [D] . Huang, Chien Hui. 2001

机译：正常受试者的呼吸感觉：阻力负荷和压力阈值负荷期间吸气运动驱动与知觉之间的关系。
6. Respiratory Effects of Thoracic Load Carriage Exercise and Inspiratory Muscle Training as a Strategy to Optimize Respiratory Muscle Performance with Load Carriage [O] . Ren-Jay Shei, Robert F. Chapman, Allison H. Gruber, -1

机译：胸负重运动的呼吸作用和吸气肌肉训练作为优化负重运动的呼吸肌性能的策略
7. The Effect of Added Dead Space on Optimal Neuro-Muscular Drive and Respiratory Signals under Hypercapnia [O] . S.L. Lin, H.C. Chang, C.Y. Huang 2014

机译：增加死腔对高碳酸血症最佳神经肌肉驱动和呼吸信号的影响
8. Robotic Control Using Muscular and Neural Electrical Signals [R] . Gotten, W. M. 1994

机译：使用肌肉和神经电信号的机器人控制

Optimization of the Neural Muscular Drive and Respiratory Signals under Dead Space Loading and CO_2 Inhalation

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