"How ethical robots are built could have major consequences for the future of robotics, researchers say. Michael Fisher, a computer scientist at the University of Liverpool, UK, thinks that rule-bound systems could be reassuring to the public. “People are going to be scared of robots if they're not sure what it's doing,” he says. “But if we can analyse and prove the reasons for their actions, we are more likely to surmount that trust issue.” He is working with Winfield and others on a government-funded project to verify that the outcomes of ethical machine programs are always knowable. By contrast, the machine-learning approach promises robots that can learn from experience, which could ultimately make them more flexible and useful than their more rigidly programmed counterparts. Many roboticists say that the best way forward will be a combination of approaches. “It's a bit like psychotherapy,” says Pereira. “You probably don't just use one theory.” The challenge — still unresolved — is to combine the approaches in a workable way."
Issues and developments related to ethics, information, and technologies, examined in the ethics and intellectual property graduate courses I teach at the University of Pittsburgh School of Computing and Information. My Bloomsbury book "Ethics, Information, and Technology" will be published in Summer 2025. Kip Currier, PhD, JD
Showing posts with label ethical machine programs. Show all posts
Showing posts with label ethical machine programs. Show all posts
Wednesday, July 1, 2015
Machine ethics: The robot’s dilemma; Nature, 7/1/15
Boer Deng, Nature; Machine ethics: The robot’s dilemma:
Subscribe to:
Posts (Atom)