
The Reasonable Robot
AI and people do not compete on a level-playing field. Self-driving vehicles may be safer than human drivers, but laws often penalize such technology. People may provide superior customer service, but businesses are automating to reduce their taxes. AI may innovate more effectively, but an antiquated legal framework constrains inventive AI. In The Reasonable Robot, Ryan Abbott argues that the law should not discriminate between AI and human behavior and proposes a new legal principle that will ultimately improve human well-being. This work should be read by anyone interested in the rapidly evolving relationship between AI and the law.
- Argues for a new principle of artificial intelligence (AI) regulation
- Offers a resource for those involved in AI policymaking by considering the impact of laws on AI development
- Contributes to broader arguments on law and technology while providing a deep dive into the challenges associated with autonomous machines
Original: $42.68
-70%$42.68
$12.80Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
AI and people do not compete on a level-playing field. Self-driving vehicles may be safer than human drivers, but laws often penalize such technology. People may provide superior customer service, but businesses are automating to reduce their taxes. AI may innovate more effectively, but an antiquated legal framework constrains inventive AI. In The Reasonable Robot, Ryan Abbott argues that the law should not discriminate between AI and human behavior and proposes a new legal principle that will ultimately improve human well-being. This work should be read by anyone interested in the rapidly evolving relationship between AI and the law.
- Argues for a new principle of artificial intelligence (AI) regulation
- Offers a resource for those involved in AI policymaking by considering the impact of laws on AI development
- Contributes to broader arguments on law and technology while providing a deep dive into the challenges associated with autonomous machines











