《发明家哈尔:大数据及其在人工智能中的应用

Ryan B. Abbott
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引用次数: 11

摘要

大数据及其在人工智能中的应用正在扰乱创新,并带来新的法律挑战。例如,从事IBM所称的“计算创造力”(computational creativity)的计算机能够利用大数据进行创新,而这些创新在历史上应该受到专利保护。这种情况可能发生在人工智能而不是人满足专利发明人的要求(我称之为“计算发明”的现象)的情况下。然而,目前还不清楚计算机是否可以合法地成为专利发明人,甚至不清楚计算机发明是否可以获得专利。没有法律、法院意见或政府政策直接涉及计算机发明,专利法中要求发明人是个人的语言,以及将发明描述为“精神行为”的司法特征可能会对计算机发明构成障碍。要彻底解决这些问题,就需要根据宪法的专利和版权条款,决定一台计算机是否有资格成为“发明者”:“国会有权……通过在有限的时间内保障作者和发明者对各自的作品和发现的专有权,来促进科学和实用艺术的进步。”计算机是否可以合法地成为发明者,对计算机和技术行业至关重要,更广泛地说,将影响未来创新的发生方式。计算发明已经在发生,它成为常态只是时间问题。事实上,计算机承担大部分创新并有可能取代人类发明者,这可能只是时间问题。本章认为,专利和版权条款的动态解释允许计算机发明者。这将激励创造性人工智能的发展,并为整个社会带来更多的创新。然而,即使计算机不能成为合法的发明者,它仍然应该是可能的专利计算发明。这是因为对创造性主题的承认可以算作创造性活动。因此,后来“发现”计算机发明的个人可能有资格成为发明者。然而,正如本章将要讨论的那样,这种方法可能效率低下,不公平,并且在逻辑上具有挑战性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hal the Inventor: Big Data and Its Use by Artificial Intelligence
Big data and its use by artificial intelligence is disrupting innovation and creating new legal challenges. For example, computers engaging in what IBM terms “computational creativity” are able to use big data to innovate in ways historically entitled to patent protection. This can occur under circumstances in which an artificial intelligence, rather than a person, meets the requirements to qualify as a patent inventor (a phenomenon I refers to as “computational invention”). Yet it is unclear whether a computer can legally be a patent inventor, and it is even unclear whether a computational invention is patentable. There is no law, court opinion, or government policy that directly addresses computational invention, and language in the Patent Act requiring inventors to be individuals and judicial characterizations of invention as a “mental act” may present barriers to computer inventorship. Definitively resolving these issues requires deciding whether a computer qualifies as an “inventor” under the Patent and Copyright Clause of the Constitution: “The Congress shall have the power…to promote the progress of science and useful arts, by securing for limited times to authors and inventors the exclusive right to their respective writings and discoveries.” Whether computers can legally be inventors is of critical importance for the computer and technology industries and, more broadly, will affect how future innovation occurs. Computational invention is already happening, and it is only a matter of time until it is happening routinely. In fact, it may be only a matter of time until computers are responsible for the majority of innovation and potentially displacing human inventors. This chapter argues that a dynamic interpretation of the Patent and Copyright Clause permits computer inventors. This would incentivize the development of creative artificial intelligence and result in more innovation for society as a whole. However, even if computers cannot be legal inventors, it should still be possible to patent computational inventions. This is because recognition of inventive subject matter can qualify as inventive activity. Thus, individuals who subsequently “discover” computational inventions may qualify as inventors. Yet as this chapter will discuss, this approach may be inefficient, unfair, and logistically challenging.
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