首页> 外文会议>International conference on human-computer interaction;International conference on engineering psychology and cognitive ergonomics >How Can a Future Safety Net Successfully Detect Conflicting ATC Clearances - Yet Remain Inconspicuous to the Tower Runway Controller? First Results from a SESAR Exercise at Hamburg Airport
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How Can a Future Safety Net Successfully Detect Conflicting ATC Clearances - Yet Remain Inconspicuous to the Tower Runway Controller? First Results from a SESAR Exercise at Hamburg Airport

机译:未来的安全网如何才能成功检测到有冲突的ATC间隙-对于塔式跑道管制员仍然不显眼?汉堡机场SESAR演习的初步结果

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To increase runway safety a new safety net for Tower Runway Controllers was developed which detects if controllers give a clearance to an aircraft or vehicle contradictory to another clearance already given to another mobile. In a shadow mode validation exercise with eleven controllers at the operational environment of the airport Hamburg (Germany) operational feasibility was tested in order to clarify if operational requirements in terms of usability are fulfilled. At the same time operational improvements regarding safety were studied e.g. if the new safety net detects all conflicts and if nuisance alerts are suppressed.
机译:为了提高跑道安全性,开发了一种用于塔式跑道管制员的新安全网,该系统可以检测管制员是否向飞机或车辆提供了与已经给予另一移动装置的另一间隙相矛盾的间隙。在影子模式验证演习中,在德国汉堡机场的运行环境中使用了11个控制器,对运行可行性进行了测试,以弄清是否满足了可用性方面的运行要求。同时研究了有关安全性的操作改进措施,例如如果新的安全网检测到所有冲突,并且抑制了讨厌的警报。

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