Tag: fair use

We are pleased to share the UC Berkeley Library’s response to the U.S. Copyright Office’s Notice of Inquiry regarding artificial intelligence and copyright. Our response addresses the essential fair use right relied upon by UC Berkeley scholars in undertaking groundbreaking research, and the need to preserve access to the underlying copyright-protected content so that scholars using AI systems can conduct research inquiries.

In this blog post, we explain what the Copyright Office is studying, and why it was important for the Library to make scholars’ voices heard.

What the Copyright Office is studying and why

Loosely speaking, the Copyright Office wants to understand how to set policy for copyright issues raised by artificial intelligence (“AI”) systems.

Over the last year, AI systems and the rapid growth of their capabilities have attracted significant attention. One type of AI, referred to as “generative AI”, is capable of producing outputs such as text, images, video, or audio (including emulating a human voice) that would be considered copyrightable if created by a human author. These systems include, for instance, the chatbot ChatGPT, and text-to-image generators like DALL·E, Midjourney, and Stable Diffusion. A user can prompt ChatGPT to write a short story that features a duck and a frog who are best friends, or prompt DALL·E to create an abstract image in the style of a Jackson Pollock painting. Generative AI systems are relevant to and impact many educational activities on a campus like UC Berkeley, but (at least to date) have not been the key facilitator of campus research methodologies. 

Instead, in the context of research, scholars have been relying on AI systems to support a set of research methodologies referred to as “text and data mining” (or TDM). TDM utilizes computational tools, algorithms, and automated techniques to extract revelatory information from large sets of unstructured or thinly-structured digital content. Imagine you have a book like “Pride and Prejudice.” There are nearly infinite volumes of information stored inside that book, depending on your scholarly inquiry, such as how many female vs. male characters there are, what types of words the female characters use as opposed to the male characters, what types of behaviors the female characters display relative to the males, etc. TDM allows researchers to identify and analyze patterns, trends, and relationships across volumes of data that would otherwise be impossible to sift through on a close examination of one book or item at a time. 

Not all TDM research methodologies necessitate the usage of AI systems to extract this information. For instance, as in the “Pride and Prejudice” example above, sometimes TDM can be performed by developing algorithms to detect the frequency of certain words within a corpus, or to parse sentiments based on the proximity of various words to each other. In other cases, though, scholars must employ machine learning techniques to train AI models before the models can make a variety of assessments. 

Here is an illustration of the distinction: Imagine a scholar wishes to assess the prevalence with which 20th century fiction authors write about notions of happiness. The scholar likely would compile a corpus of thousands or tens of thousands of works of fiction, and then run a search algorithm across the corpus to detect the occurrence or frequency of words like “happiness,” “joy,” “mirth,” “contentment,” and synonyms and variations thereof. But if a scholar instead wanted to establish the presence of fictional characters who embody or display characteristics of being happy, the scholar would need to employ discriminative modeling (a classification and regression technique) that can train AI to recognize the appearance of happiness by looking for recurring indicia of character psychology, behavior, attitude, conversational tone, demeanor, appearance, and more. This is not using a generative AI system to create new outputs, but rather training a non-generative AI system to predict or detect existing content. And to undertake this type of non-generative AI training, a scholar would need to use a large volume of often copyright-protected works.

The Copyright Office is studying both of these kinds of AI systems—that is, both generative AI and non-generative AI. They are asking a variety of questions in response to having been contacted by stakeholders across sectors and industries with diverse views about how AI systems should be regulated. Some of the concerns expressed by stakeholders include: 

• Who is the “author” of generative AI outputs?
• Should people whose voices or images are used to train generative AI systems have a say in how their voices or images are used? 
• Should the creator of an AI system (whether generative or non-generative) need permission from copyright holders to use copyright-protected materials in training the AI to predict and detect things?
• Should copyright owners get to opt out of having their content used to train AI? Should ethics be considered within copyright regulation?

Several of these questions are already the subject of pending litigation. While these questions are being explored by the courts, the Copyright Office wants to understand the entire landscape better as it considers what kinds of AI copyright regulations to enact.

The copyright law and policy landscape underpinning the use of AI models is complex, and whatever regulatory decisions that the Copyright Office makes will bear ramifications for global enterprise, innovation, and trade. The Copyright Office’s inquiry thus raises significant and timely legal questions, many of which we are only beginning to understand. 

For these reasons, the Library has taken a cautious and narrow approach in its response to the inquiry: we address only two key principles known about fair use and licensing, as these issues bear upon the nonprofit education, research, and scholarship undertaken by scholars who rely on (typically non-generative) AI models. In brief, the Library wants to ensure that (1) scholars’ voices, and that of the academic libraries who support them, are heard to preserve fair use in training AI, and that (2) copyright-protected content remains available for AI training to support nonprofit education and research.

Why the study matters for fair use

Previous court cases like Authors Guild v. HathiTrust, Authors Guild v. Google, and A.V. ex rel. Vanderhye v. iParadigms have addressed fair use in the context of TDM and determined that the reproduction of copyrighted works to create and text mine a collection of copyright-protected works is a fair use. These cases further hold that making derived data, results, abstractions, metadata, or analysis from the copyright-protected corpus available to the public is also fair use, as long as the research methodologies or data distribution processes do not re-express the underlying works to the public in a way that could supplant the market for the originals. Performing all of this work is essential for TDM-reliant research studies.

For the same reasons that the TDM process is fair use of copyrighted works, the training of AI tools to do that TDM should also be fair use, in large part because training does not reproduce or communicate the underlying copyrighted works to the public. Here, there is an important distinction to make between training inputs and outputs, in that the overall fair use of generative AI outputs cannot always be predicted in advance: The mechanics of generative models’ operations suggest that there are limited instances in which generative AI outputs could indeed be substantially similar to (and potentially infringing of) the underlying works used for training; this substantial similarity is possible typically only when a training corpus is rife with numerous copies of the same work. However, the training of AI models by using copyright-protected inputs falls squarely within what courts have determined to be a transformative fair use, especially when that training is for nonprofit educational or research purposes. And it is essential to protect the fair use rights of scholars and researchers to make these uses of copyright-protected works when training AI.

Further, were these fair use rights overridden by limiting AI training access to only “safe” materials (like public domain works or works for which training permission has been granted via license), this would exacerbate bias in the nature of research questions able to be studied and the methodologies available to study them, and amplify the views of an unrepresentative set of creators given the limited types of materials available with which to conduct the studies.

Why access to AI training content should be preserved

For the same reasons, it is important that scholars’ ability to access the underlying content to conduct AI training be preserved. The fair use provision of the Copyright Act does not afford copyright owners a right to opt out of allowing other people to use their works for good reason: if content creators were able to opt out, the provision for fair use would be undermined, and little content would be available to build upon for the advancement of science and the useful arts. Accordingly, to the extent that the Copyright Office is considering creating a regulatory right for creators to opt out of having their works included in AI training, it is paramount that such opt-out provision not be extended to any AI training or activities that constitute fair use, particularly in the nonprofit educational and research contexts.

AI training opt-outs would be a particular threat for research and education because fair use in these contexts is already becoming an out-of-reach luxury even for the wealthiest institutions. Academic libraries are forced to pay significant sums each year to try to preserve fair use rights for campus scholars through the database and electronic content license agreements that libraries sign. In the U.S., the prospect of “contractual override” means that, although fair use is statutorily provided for, private parties (like publishers) may “contract around” fair use by requiring libraries to negotiate for otherwise lawful activities (such as conducting TDM or training AI for research), and often to pay additional fees for the right to conduct these lawful activities on top of the cost of licensing the content, itself. When such costs are beyond institutional reach, the publisher or vendor may then offer similar contractual terms directly to research teams, who may feel obliged to agree in order to get access to the content they need. Vendors may charge tens or even hundreds of thousands of dollars for this type of access.

This “pay-to-play” landscape of charging institutions for the opportunity to rely on existing statutory rights is particularly detrimental for TDM research methodologies, because TDM research often requires use of massive datasets with works from many publishers, including copyright owners that cannot be identified or who are unwilling to grant licenses. If the Copyright Office were to enable rightsholders to opt-out of having their works fairly used for training AI, then academic institutions and scholars would face even greater hurdles in licensing content for research purposes. 

First, it would be operationally difficult for academic publishers and content aggregators to amass and license the “leftover” body of copyrighted works that remain eligible for AI training. Costs associated with publishers’ efforts in compiling “AI-training-eligible” content would be passed along as additional fees charged to academic libraries. In addition, rightsholders might opt out of allowing their work to be used for AI training fair uses, and then turn around and charge AI usage fees to scholars (or libraries)—essentially licensing back fair uses for research. These scenarios would impede scholarship by or for research teams who lack grant or institutional funds to cover these additional expenses; penalize research in or about underfunded disciplines or geographical regions; and result in bias as to the topics and regions studied. 

Scholars need to be able to utilize existing knowledge resources to create new knowledge goods. Congress and the Copyright Office clearly understand the importance of facilitating access and usage rights, having implemented the statutory fair use provision without any exclusions or opt-outs. This status quo should be preserved for fair use AI training—and particularly in the nonprofit educational or research contexts. 

Our office is here to help

No matter what happens with the Copyright Office’s inquiry and any regulations that ultimately may be established, the UCB Library’s Office of Scholarly Communication Services is here to help you. We are a team of copyright law and information policy (licensing, privacy, and ethics) experts who help UC Berkeley scholars navigate legal, ethical, and policy considerations in utilizing resources in their research and teaching. And we are national and international leaders in supporting TDM research—offering online tools, trainings, and individual consultations to support your scholarship. Please feel free to reach out to us with any questions at schol-comm@berkeley.edu.