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Communications Dashboard (Control Rooms, Take a Cue from Facebook?!)

机译:通讯仪表板(控制室,从Facebook举办暗示?!)

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Papers published via IEEE and AIAA conferences have presented an overview of how social media could benefit NASA working environments in general [1] and proposed three specific social applications to benefit space flight control operations [2]. One of them, Communications Dashboard, would help a real time flight controller keep up with both the "big picture" and significant details of operations via a cohesive interface similar to those of social networking services (SNS). Instead of recreational social features, "CommDash" would support functions like console logging, categorized and threaded text chat streams with enhanced accountability and graphics display features, high-level status displays driven by telemetry or other events, and an on-screen hailing function for requesting voice or text stream conversation. Moving certain voice conversations to text streams would reduce confusion and stress in two ways. Within text conversations, there would be far less repetition of content since text conversations have visual persistence and are reviewable instantly, e.g., there's no need to brief new participants to a discussion - they just read what's already there. Remaining voice traffic would stand out more clearly, and quieter voice loops means fewer "say again" calls and less distraction from visual and mental tasks, thus less stress. (Most flight controllers monitor 4 or 5 voice loops at once.) Links could be created from console log entries to chat selections so that underlying details are readily available yet unobtrusive. This would reduce the confusion that rises from having multiple and sometimes divergent copies of the same information due to cut/copy and paste operations, attachments, and asynchronous editing. This concept could apply to a plethora of real time control environments and to other settings with lots of information juggling. This paper explores the dashboard concept in further detail and chronicles the first phase of a NASA IT Labs (Information Technology) project that could lead to a working system.~1
机译:通过IEEE和AIAA会议出版的论文概述了社交媒体如何在一般中促进美国宇航局的工作环境[1],并提出三个特定的社会申请来利用空间飞行控制操作[2]。其中一个通信仪表板将帮助实时飞行控制器与“大图”和经由与社交网络服务(SNS)类似的凝聚界面保持的“大图片”和经营的重要细节。而不是休闲社交功能,“CommDash”将支持像控制台记录,分类和螺纹文字聊天功能,具​​有增强问责流和图形显示功能,通过遥测或其他事件驱动的高级别状态显示器,以及一个屏幕上海凌功能请求语音或文本流对话。将某些语音对话移动到文本流将以两种方式减少混淆和压力。在文本对话中,由于文本对话具有视觉持久性,并且即时进行审核,因此将重复较低的内容重复,例如,无需简要介绍新的参与者讨论 - 他们只是阅读已经存在的内容。剩余的语音流量将更清楚地脱颖而出,更安静的语音循环意味着较少“再说一遍”,从视觉和精神任务中减少分散注意力,从而减少压力。 (大多数飞行控制器一次监控4或5个语音循环。)可以从控制台日志条目创建链接到聊天选择,以便底层细节尚无引起的。这将减少由于剪切/复制和粘贴操作,附件和异步编辑而从具有多个和有时不同副本的混淆升高的混淆。这一概念可以应用于一个大量的实时控制环境以及许多信息杂耍的其他设置。本文进一步详细探讨了仪表板的概念,并编年了NASA IT实验室(信息技术)项目的第一阶段,可能导致工作系统。〜1

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