A Nation's responsibility is to predict in advance and protect human wellbeing in conflict including protection from moral injury and unjust attribution of responsibility for their actions. This position paper considers responsibility for unlawful killings by human AI teams drawing on a metaphor from Neta Crawford's chapter, When Soldiers Snap: Bad Apples and Mad Apples, in Accountability for Killing: Moral responsibility for collateral damage in America's post 911 wars. This paper contends that although militaries may have some bad apples responsible for war crimes and some mad apples unable to be responsible for their actions during a conflict, increasingly militaries may cook their good apples by putting them in untenable decision making environments with AI. A cooked apple may be pushed beyond reasonable limits leading to a loss of situational awareness, cognitive overload, loss of agency and autonomy leading to automation bias. In these cases, moral responsibility and perhaps even legal responsibility for unlawful deaths may be contested for cooked apples, risking operators becoming moral crumple zones and or suffering moral injury from being part of larger human AI systems authorised by the state. Nations are responsible for minimising risks to humans within reasonable bounds and compliance with legal obligations in human AI military teams, and the military systems used to make or implement decisions. The paper suggests that best practise WHS frameworks might be drawn on in development, acquisition and training ahead of deployment of systems in conflicts to predict and mitigate risks of human AI military teams.
翻译:国家的责任是预先预测和保护冲突中的人类福祉,包括保护人们免受道德伤害和不公正地追究其行为的责任。本立场文件根据Neta Crawford的一章“士兵抓狂:坏苹果和麦苹果”的隐喻,审议人类大赦国际小组非法杀人的责任:美国911战争后911战争附带损害的道德责任。本文认为,虽然军队可能有一些坏苹果应对战争罪行负责,有些疯苹果无法在冲突期间对其行为负责,但越来越多的军队可能会用AI在无法维持的决策环境中烹饪好苹果。煮苹果可能会被推到超出合理限度,导致对形势的认识丧失、认知超负荷、机构和自主权的丧失,导致自动化偏差。在这些案例中,对非法死亡的道德责任甚至法律责任可能会受到质疑,使操作者有可能成为道德崩溃区,并可能因国家授权的大型人类人工智能系统的一部分而蒙受道德伤害。各国有责任在合理限度内减少人类面临的风险,并将人类面临的风险降到无法维持决策环境环境环境。 烹调苹果可能超出合理限度,导致对形势认识、认知超负荷、丧失机构和自主自主自主自主自主自主的自主性,在这些情况下,在人类军事系统中可以实施最佳的操作。