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Telescience Space Life Sciences Test Bed

机译:望远望远空间生命科学试验台

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摘要

The goals of the Life Sciences Test Bed (LSTB) project are to evaluate the methodology for conducting an actual life sciences experiment over real physical distance with voice, video, and data interaction between the experiment and the remotely located investigators, and to identify SSIS (Space Station Information System) requirements for life sciences experiments requiring real-time voice, video, and data interaction between investigators, station crewmembers, and US Space Station operations personnel. The LSTB consists of two vestibular-sled experiments conducted by experiment payload specialists on a human subject. Two basic types of experiments were performed: a study of ocular torsion produced by Y-axis linear acceleration and an optokinetic nystagmus (OKN)/linear acceleration interaction experiment. Experiment design and telescience operations are described in detail. The telescience links included dedicated signals for video, data (at 19.2 Kbaud), and voice (two channels), all of which can be fed into a workstation; this workstation is based on the MIT Athena workstation.
机译:生命科学试验台(LSTB)项目的目标是评估方法为进行实际生命科学实验,在语音,视频,实验和远程定位的研究人员之间的数据交互真实的物理距离,并确定SSIS(空间站信息系统)为需要实时语音,视频和调查员,站名机组人员和美国空间站操作人员之间的数据交互生命科学实验的要求。所述LSTB包括由实验载荷专家对人类主体进行了两次前庭雪橇实验。进行两种基本类型的实验:通过产生眼扭转的研究Y轴线性加速度和视动震颤(OKN)/线性加速度相互作用的实验。实验设计和遥操作进行详细说明。所述遥链接包括为视频专用信号,数据(在19.2千波特),语音(两个通道),所有这些都可以被送入一个工作站;这个工作站是基于MIT雅典娜工作站上。

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