Prosthetics' Signal Processing Connection: Sophisticated prosthetic controls allow amputees to engage more fully in everyday life [Special Reports]

John Edwards

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Prosthetics' Signal Processing Connection: Sophisticated prosthetic controls allow amputees to engage more fully in everyday life [Special Reports]

机译：假肢的信号处理连接：复杂的假肢控制可使截肢者更充分地参与日常生活[特别报告]

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It is an exciting time to be involved in prosthetic technology research and development. The era is distinguished by quantum leaps in the understanding of how human bodies and brains work. Individuals who are not familiar with the current state of prosthe

机译：现在是从事假肢技术研究和开发的激动人心的时刻。在对人体和大脑如何工作的理解上，量子跃升是该时代的特征。不熟悉假肢现状的个人

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来源
《IEEE Signal Processing Magazine》 |2019年第4期|10-13|共4页
作者
John Edwards;
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作者单位

John Edwards Media Gilbert Arizona United States;

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原文格式 PDF
正文语种 eng
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关键词
Prosthetics; Biomedical signal processing; Electroencephalography; Legged locomotion; Muscles; Microsoft Windows; Electrodes;

机译：假肢;生物医学信号处理;脑电图;腿运动;肌肉;微软Windows;电极;

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专利

1. Activity in hand- and tool-selective regions for prosthetic limbs in amputees is associated with prosthesis usage in everyday life [J] . Fiona van den Heiligenberg, Scott Macdonald, Eugene Duff, Journal of vision . 2015,第12期

机译：被截肢者假肢的手部和工具选择区域的活动与日常生活中假体的使用相关
2. Signal Processing in Next-Generation Prosthetics [Special Reports] [J] . Edwards J. Signal Processing Magazine, IEEE . 2015,第1期

机译：下一代假肢中的信号处理[特别报告]
3. Comparison between the C-leg(R) microprocessor-controlled prosthetic knee and non-microprocessor control prosthetic knees: A preliminary study of energy expenditure, obstacle course performance, and quality of life survey. [J] . Seymour R, Engbretson B, Kott K, Prosthetics and orthotics international . 2007,第1期

机译：C-leg（R）微处理器控制的假肢与非微处理器控制的假肢之间的比较：能量消耗，障碍过程性能和生活质量调查的初步研究。
4. EFFECTS OF PROSTHESIS MASS ON HIP ENERGETICS, PROSTHETIC KNEE TORQUE, AND PROSTHETIC KNEE STIFFNESS AND DAMPING PARAMETERS REQUIRED FOR TRANSFEMORAL AMPUTEES TO WALK WITH NORMATIVE KINEMATICS [C] . Yashraj S. Narang, Amos G. Winter Ⅴ Mechanisms and robotics conference;ASME international design engineering technical conferences and computers and information in engineering conference . 2014

机译：假体质量对经规范运动学的经颈截肢者步行所需的髋关节能量，假体膝关节扭矩，假体膝关节刚度和阻尼参数的影响
5. Control methodologies for powered prosthetic interventions in unilateral and bilateral transfemoral amputees. [D] . Lawson, Brian Edward. 2014

机译：单侧和双侧经股截肢者动力假体干预的控制方法。
6. Standing on slopes – how current microprocessor-controlled prosthetic feet support transtibial and transfemoral amputees in an everyday task [O] . Michael Ernst, Björn Altenburg, Malte Bellmann, 2017

机译：站在斜坡上–当前微处理器控制的假足在日常工作中如何支撑胫骨和股骨截肢者
7. FUNCTIONAL ADDED VALUE OF MICROPROCESSOR-CONTROLLED PROSTHETIC KNEE JOINTS IN DAILY LIFE PERFORMANCE OF MEDICARE FUNCTIONAL CLASSIFICATION LEVEL-2 AMPUTEES [O] . Theeven, Patrick J. R., Hemmen, Bea, Rings, Frans, 2011

机译：微处理机控制的假肢关节在医疗功能分类第二级安瓿日常工作性能中的功能附加值
8. Effect of a Microprocessor Prosthetic Foot on Function and Quality of Life in Transtibial Amputees Who Are Limited Community Ambulators. [R] . Zucker-Levin, A., Richey, P. A. 2017

机译：微处理器假足对有限社区活动的胫骨截肢患者的功能和生活质量的影响。

Prosthetics' Signal Processing Connection: Sophisticated prosthetic controls allow amputees to engage more fully in everyday life [Special Reports]

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