Singularity now: using the ventricular assist device as a model for future human-robotic physiology

机译：现在的奇点：使用心室辅助设备作为未来人体机器人生理学的模型

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In our 21^st century world, human-robotic interactions are far more complicated than Asimov predicted in 1942. The future of human-robotic interactions includes human-robotic machine hybrids with an integrated physiology, working together to achieve an enhanced level of baseline human physiological performance. This achievement can be described as a biological Singularity.I argue that this time of Singularity cannot be met by current biological technologies, and that human-robotic physiology must be integrated for the Singularity to occur. In order to conquer the challenges we face regarding human-robotic physiology, we first need to identify a working model in today’s world. Once identified, this model can form the basis for the study, creation, expansion, and optimization of human-robotic hybrid physiology.In this paper, I present and defend the line of argument that currently this kind of model (proposed to be named “IshBot”) can best be studied in ventricular assist devices – VAD.

机译：在我们的21世纪世界中，人与机器人之间的相互作用远比1942年Asimov预测的要复杂。人与机器人之间的相互作用的未来包括具有综合生理学的人与机器人之间的混合动力，共同努力实现基线人类生理性能水平的提高。这一成就可以描述为生物学上的奇点。我认为，当前的生物技术无法满足这种奇点，并且必须整合人类机器人生理机制才能实现这种奇点。为了克服我们在人体机器人生理方面面临的挑战，我们首先需要确定当今世界的工作模式。一旦确定，该模型就可以成为研究，创建，扩展和优化人类机器人杂交生理学的基础。在本文中，我提出并捍卫了目前这种模型（建议命名为“最好在心室辅助设备-VAD中进行研究。

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期刊名称 Romanian Journal of Anaesthesia and Intensive Care
作者
Archer K. Martin;
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作者单位

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年(卷),期 2016(23),1
年度 2016
页码 77–81
总页数 5
原文格式 PDF
正文语种
中图分类麻醉学;麻醉学;
关键词
singularity human-robot hybrid ventricular assist devices ethics;

机译：奇异性;人机混合动力;心室辅助装置;伦理;

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专利

1. Use of Ventricular Assist Device in Univentricular Physiology: The Role of Lumped Parameter Models [J] . Di Molfetta Arianna, Ferrari Gianfranco, Filippelli Sergio, Artificial Organs . 2016,第5期

机译：心室辅助装置在单心室生理中的使用：集总参数模型的作用
2. In Vivo Evaluation of Physiologic Control Algorithms for Left Ventricular Assist Devices Based on Left Ventricular Volume or Pressure [J] . Ochsner Gregor, Wilhelm Markus J., Amacher Raffael, ASAIO journal . 2017,第5期

机译：基于左心室体积或压力的左心室辅助装置的生理控制算法体内评价
3. A Physiological Controller for Turbodynamic Ventricular Assist Devices Based on Left Ventricular Systolic Pressure [J] . Petrou Anastasios, Ochsner Gregor, Amacher Raffael, Artificial Organs . 2016,第9期

机译：基于左心室收缩压的涡轮动力心室辅助装置的生理控制器
4. A physiological control strategy for continuous-flow left ventricular assist devices: The power ratio controller [C] . Frank Schrodel, Dominik Schindler, Alejandro Claver, European Control Conference . 2016

机译：连续流左心室辅助设备的生理控制策略：功率比控制器
5. Fluid-structure interaction: Physiologic simulation of pulsatile ventricular assist devices using isogeometric analysis [D] . Long, Christopher Curtis. 2013

机译：流固耦合：脉搏心室辅助装置的生理模拟
6. Comparison of the effects of continuous and pulsatile left ventricular-assist devices on ventricular unloading using a cardiac electromechanics model [O] . Ki Moo Lim, Jason Constantino, Viatcheslav Gurev, -1

机译：连续和脉动左心室辅助装置对使用心电电机模型进行室内卸料的影响
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Singularity now: using the ventricular assist device as a model for future human-robotic physiology

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