• 目的观察小儿手术神经刺激引导应用-坐骨神经联合阻滞可行性

    Objective: to observe the feasibility of combined lumbar plexus and sciatic nerve block guided by nerve stimulator in children for lower limb surgery.

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  • 详细介绍了采用神经自适应PS D控制电流进行调节方法使电机能稳定工作负载条件

    Controlling method of current loop with single neuron adaptive PSD controller which can make motor work stably in the condition of changing load is discussed in detail.

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  • 介绍了采用催化传感不同工作温度通过BP人工神经网络可燃混合气体进行分析的方法

    A new method of analysis to mixed inflammable gas with a heat catalytic sensor worked in different conditions through BP artificial neural network is introduced.

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  • 目的观察神经刺激定位经斜角肌间留置导管用于持续臂丛神经阻滞术后镇痛临床效果可行性

    Objective To evaluate the clinical effects and feasibility of interscalene brachial plexus block and postoperative analgesia using a Nerve Stimulator and a continuous catheter insertion system.

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  • 人类神经系统传感环境最为灵活数据融合体系结构

    The nervous system of human being is probably the most flexible paradigm of data fusion architectures in multisensors fusion environment.

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  • 目的研究超声神经刺激引导坐骨神经阻滞足部手术中的应用。

    Objective To investigate ultrasound guided or nerve stimulation guided nerve block of sciatic nerve in feet surgery.

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  • 本文传统PID控制为基础,结合神经网络预测控制,针对非线性系统提出了在PI D型预测性能指标函数的控制方法

    In this paper, by utilizing the conventional PID controller and predictive control theory, the method is proposed under the PID-type predictive cost function.

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  • MATLAB环境给出BP网对变速风力发电机控制仿真模型仿真结果,显示采用神经控制控制很好的抗风速突然波动的作用,有效地抑制扰动

    The simulation model and result are given under the environment of MATLAB. The fluctuation of wind speed can be controlled and the disturbance can be cancelled by BP neural network controller.

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  • 透射电镜观察不同诱导剂诱导神经干细胞超微结构,发现细胞大体形态相似,但细胞差异。

    The ultrastructure of the induced neural stem cells in the two groups was similar under the transmission electron microscope, only with some differences in organelles.

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  • 透射电镜观察不同诱导剂诱导神经干细胞超微结构,发现细胞大体形态相似,但细胞差异。

    The ultrastructure of the induced neural stem cells in the two groups was similar under the transmission electron microscope, only with some differences in organelles.

    youdao

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