Pied Piper and Autonomous Vehicles

R. Freeman, B. Parmar, Jenny Mead, Nicole Puhl, Bhaskar Mahajan, S. Boes, Guillermo Bravo
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Abstract

Pied Piper's first driverless car had been in an accident and had killed a 26-year-old jogger. Pied Piper felt a deep sadness for the victim's family, and was disappointed and alarmed because the company had optimistically thought driverless cars would eventually lead to total elimination of driving fatalities. The company needed to decide if the car's algorithm was responsible for this death and, if so, what the plan of action should be. Excerpt UVA-E-0413 Rev. Sept. 26, 2018 Pied Piper and Autonomous Vehicles Clara Sloan was in her new semiautonomous car as it drove down California Route 101 when she hit typical morning traffic. The car changed the arrival time to 10 minutes later than she had planned. She hoped to make it to her office in Mountain View, California, by 11:00 a.m. for a meeting with her team. Sloan worked at Pied Piper, a growing tech firm that had earned its stripes in Silicon Valley after creating an impressively fast compression algorithm for eventual use in a wide array of applications, including the most anticipated products of artificial intelligence, drone racing, and autonomous vehicles (AVs). Promoted to senior product manager of Pied Piper's AV division a year ago, Sloan and her team had chalked up some wins, most notably by accomplishing more than 70,000 miles of AV test drives with no accidents. On two occasions, the Pied Piper car had collided with a utility pole and a fire hydrant, but no humans or other cars were involved. Despite its success, Sloan knew that her team faced fierce competition from Ford, Lexus, and even Tesla (she had bought her Model Z before she joined the group) in bringing AVs to market. A rumor had swept through Silicon Valley that Ford was a year away from launching the next Fusion equipped with an autonomous feature. The race to launch the first mass-market AV program was on, and Sloan's development team was not about to lose that honor to what it called “a pack of programmers” from Detroit, Michigan. The stakes regarding this morning's meeting could not have been higher. Sloan and her team had just learned the night before that Pied Piper's first driverless car had been in an accident that had killed a 26-year-old jogger. News of the accident and outrage over the death of a well-loved community member were appearing on social media sites. Sloan felt a deep sadness for the victim's family, and was disappointed and alarmed because like so many others she had optimistically thought driverless cars would eventually lead to total elimination of driving fatalities. But the technology and its various complexities were still in a nascent stage; just yesterday, Sloan had read in a Business Insider article that in 2016 AVs were still “sort of in the Wild West of self-driving cars' ethics.” Nonetheless, Sloan and her team needed to decide if their car's algorithm was responsible for this death and, if so, what the plan of action should be. . . .
魔笛手和自动驾驶汽车
魔笛手的第一辆无人驾驶汽车出了车祸,撞死了一名26岁的慢跑者。'魔笛手'对受害者的家人深表悲痛,同时也感到失望和担忧,因为该公司曾乐观地认为,无人驾驶汽车最终会彻底消除交通事故。该公司需要确定汽车的算法是否应对这起死亡事件负责,如果是的话,应该采取什么行动计划。花衣魔笛手和自动驾驶汽车克拉拉·斯隆(Clara Sloan)坐在她的新半自动驾驶汽车里,行驶在加州101号公路上,遇到了典型的早晨交通堵塞。汽车把到达时间改为比她计划的晚10分钟。她希望能在上午11点之前赶到位于加州山景城的办公室,与她的团队开会。斯隆曾在Pied Piper工作,这是一家成长中的科技公司,在硅谷赢得了一席之地,因为它创造了一种令人印象深刻的快速压缩算法,最终用于各种应用,包括最受期待的人工智能产品、无人机竞赛和自动驾驶汽车(AVs)。一年前,斯隆被提升为魔笛手自动驾驶部门的高级产品经理,她和她的团队取得了一些成绩,最引人注目的是完成了超过7万英里的自动驾驶测试,没有发生任何事故。有两次,魔笛手汽车与电线杆和消防栓相撞,但没有人或其他车辆卷入其中。尽管取得了成功,但斯隆知道,在将自动驾驶汽车推向市场方面,她的团队面临着来自福特(Ford)、雷克萨斯(Lexus)甚至特斯拉(Tesla)的激烈竞争(她在加入特斯拉之前买了一辆Model Z)。当时有传言称,福特将在一年之后推出配备自动驾驶功能的新一代Fusion。推出首个面向大众市场的自动驾驶软件的竞赛开始了,斯隆的开发团队不打算把这项荣誉输给他们所谓的来自密歇根州底特律的“一群程序员”。今天上午的会议事关重大。前一天晚上,斯隆和她的团队刚刚得知,魔笛手的第一辆无人驾驶汽车出了车祸,导致一名26岁的慢跑者死亡。这起事故的消息以及对一位深受爱戴的社区成员死亡的愤怒出现在社交媒体网站上。斯隆为受害者的家人感到深深的悲伤,她感到失望和震惊,因为和许多人一样,她曾乐观地认为无人驾驶汽车最终会彻底消除交通事故。但这项技术及其各种复杂性仍处于初级阶段;就在昨天,斯隆在《商业内幕》(Business Insider)的一篇文章中读到,2016年的自动驾驶汽车仍“处于无人驾驶汽车伦理的狂野西部”。尽管如此,斯隆和她的团队需要确定他们的汽车算法是否应该对这次死亡负责,如果是的话,应该采取什么行动计划. . . .
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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