“Race and Gender” Timnit Gebru ABSTRACT from Massive Face
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When Diving Deep Into Operationalizing the Ethical Development of Artificial Intelligence, One Immediately Runs Into the “Fractal Problem”
When diving deep into operationalizing the ethical development of artificial intelligence, one immediately runs into the “fractal problem”. This may also be called the “infinite onion” problem.1 That is, each problem within development that you pinpoint expands into a vast universe of new complex problems. It can be hard to make any measurable progress as you run in circles among different competing issues, but one of the paths forward is to pause at a specific point and detail what you see there. Here I list some of the complex points that I see at play in the firing of Dr. Timnit Gebru, and why it will remain forever after a really, really, really terrible decision. The Punchline. The firing of Dr. Timnit Gebru is not okay, and the way it was done is not okay. It appears to stem from the same lack of foresight that is at the core of modern technology,2 and so itself serves as an example of the problem. The firing seems to have been fueled by the same underpinnings of racism and sexism that our AI systems, when in the wrong hands, tend to soak up. How Dr. Gebru was fired is not okay, what was said about it is not okay, and the environment leading up to it was -- and is -- not okay. Every moment where Jeff Dean and Megan Kacholia do not take responsibility for their actions is another moment where the company as a whole stands by silently as if to intentionally send the horrifying message that Dr. Gebru deserves to be treated this way. -
Bias and Fairness in NLP
Bias and Fairness in NLP Margaret Mitchell Kai-Wei Chang Vicente Ordóñez Román Google Brain UCLA University of Virginia Vinodkumar Prabhakaran Google Brain Tutorial Outline ● Part 1: Cognitive Biases / Data Biases / Bias laundering ● Part 2: Bias in NLP and Mitigation Approaches ● Part 3: Building Fair and Robust Representations for Vision and Language ● Part 4: Conclusion and Discussion “Bias Laundering” Cognitive Biases, Data Biases, and ML Vinodkumar Prabhakaran Margaret Mitchell Google Brain Google Brain Andrew Emily Simone Parker Lucy Ben Elena Deb Timnit Gebru Zaldivar Denton Wu Barnes Vasserman Hutchinson Spitzer Raji Adrian Brian Dirk Josh Alex Blake Hee Jung Hartwig Blaise Benton Zhang Hovy Lovejoy Beutel Lemoine Ryu Adam Agüera y Arcas What’s in this tutorial ● Motivation for Fairness research in NLP ● How and why NLP models may be unfair ● Various types of NLP fairness issues and mitigation approaches ● What can/should we do? What’s NOT in this tutorial ● Definitive answers to fairness/ethical questions ● Prescriptive solutions to fix ML/NLP (un)fairness What do you see? What do you see? ● Bananas What do you see? ● Bananas ● Stickers What do you see? ● Bananas ● Stickers ● Dole Bananas What do you see? ● Bananas ● Stickers ● Dole Bananas ● Bananas at a store What do you see? ● Bananas ● Stickers ● Dole Bananas ● Bananas at a store ● Bananas on shelves What do you see? ● Bananas ● Stickers ● Dole Bananas ● Bananas at a store ● Bananas on shelves ● Bunches of bananas What do you see? ● Bananas ● Stickers ● Dole Bananas ● Bananas -
Gender Shades: Intersectional Accuracy Disparities in Commercial Gender Classification∗
Proceedings of Machine Learning Research 81:1{15, 2018 Conference on Fairness, Accountability, and Transparency Gender Shades: Intersectional Accuracy Disparities in Commercial Gender Classification∗ Joy Buolamwini [email protected] MIT Media Lab 75 Amherst St. Cambridge, MA 02139 Timnit Gebru [email protected] Microsoft Research 641 Avenue of the Americas, New York, NY 10011 Editors: Sorelle A. Friedler and Christo Wilson Abstract who is hired, fired, granted a loan, or how long Recent studies demonstrate that machine an individual spends in prison, decisions that learning algorithms can discriminate based have traditionally been performed by humans are on classes like race and gender. In this rapidly made by algorithms (O'Neil, 2017; Citron work, we present an approach to evaluate and Pasquale, 2014). Even AI-based technologies bias present in automated facial analysis al- that are not specifically trained to perform high- gorithms and datasets with respect to phe- stakes tasks (such as determining how long some- notypic subgroups. Using the dermatolo- one spends in prison) can be used in a pipeline gist approved Fitzpatrick Skin Type clas- that performs such tasks. For example, while sification system, we characterize the gen- face recognition software by itself should not be der and skin type distribution of two facial analysis benchmarks, IJB-A and Adience. trained to determine the fate of an individual in We find that these datasets are overwhelm- the criminal justice system, it is very likely that ingly composed of lighter-skinned subjects such software is used to identify suspects. Thus, (79:6% for IJB-A and 86:2% for Adience) an error in the output of a face recognition algo- and introduce a new facial analysis dataset rithm used as input for other tasks can have se- which is balanced by gender and skin type. -
Facial Recognition: the Discrepancies with People of Color
Journal of Business Cases and Applications Volume 30 Facial Recognition: The Discrepancies with People of Color Damon E. Martin, J.D. National University ABSTRACT Studies have shown the existing racial bias in facial recognition technology, the ethical manner in how creators and users of this software stem from their ability to deduce accuracy and societal influence. The discriminatory practices implemented in procuring photo and video data for facial recognition technology, however, by default, is a failing. Living in a multicultural society without the proper lens to view its citizens only creates more contention. Understanding the making of the algorithm and its implications shed light on the biases that exist. When inclusivity is not considered, and the collection of data is disproportionate, there will be negligence in the improper use of technology, thus failing to protect citizens of color. This piece explains how human influence produces bias through the dissection of facial recognition software and, therefore, results in the domino effects it has on social accountability. Keywords: algorithmic bias, discriminatory practice, social accountability, facial recognition technology Copyright statement: Authors retain the copyright to the manuscripts published in AABRI journals. Please see the AABRI Copyright Policy at http://www.aabri.com/copyright.html Facial recognition, Page 1 Journal of Business Cases and Applications Volume 30 Introduction When addressing the flaws in the relatively new technology that is facial recognition software, the discrepancies between technical error and human error go hand-in-hand. Improper use of technology both in its manufacturing and its mishandling is coming into question. Algorithmic bias and discriminatory practices are being held under scrutiny for its misuse and ethical competency. -
AI Principles 2020 Progress Update
AI Principles 2020 Progress update AI Principles 2020 Progress update Table of contents Overview ........................................................................................................................................... 2 Culture, education, and participation ....................................................................4 Technical progress ................................................................................................................... 5 Internal processes ..................................................................................................................... 8 Community outreach and exchange .....................................................................12 Conclusion .....................................................................................................................................17 Appendix: Research publications and tools ....................................................18 Endnotes .........................................................................................................................................20 1 AI Principles 2020 Progress update Overview Google’s AI Principles were published in June 2018 as a charter to guide how we develop AI responsibly and the types of applications we will pursue. This report highlights recent progress in AI Principles implementation across Google, including technical tools, educational programs and governance processes. Of particular note in 2020, the AI Principles have supported our ongoing work to address -
Facial Recognition Is Improving — but the Bigger That Had Been Scanned
Feature KELVIN CHAN/AP/SHUTTERSTOCK KELVIN The Metropolitan Police in London used facial-recognition cameras to scan for wanted people in February. Fussey and Murray listed a number of ethical and privacy concerns with the dragnet, and questioned whether it was legal at all. And they queried the accuracy of the system, which is sold by Tokyo-based technology giant NEC. The software flagged 42 people over 6 trials BEATING that the researchers analysed; officers dis- missed 16 matches as ‘non-credible’ but rushed out to stop the others. They lost 4 people in the crowd, but still stopped 22: only 8 turned out to be correct matches. The police saw the issue differently. They BIOMETRIC BIAS said the system’s number of false positives was tiny, considering the many thousands of faces Facial recognition is improving — but the bigger that had been scanned. (They didn’t reply to issue is how it’s used. By Davide Castelvecchi Nature’s requests for comment for this article.) The accuracy of facial recognition has improved drastically since ‘deep learning’ tech- hen London’s Metropolitan extracted key features and compared them niques were introduced into the field about a Police tested real-time to those of suspects from a watch list. “If there decade ago. But whether that means it’s good facial-recognition technology is a match, it pulls an image from the live feed, enough to be used on lower-quality, ‘in the wild’ between 2016 and 2019, they together with the image from the watch list.” images is a hugely controversial issue. -
Distributed Blackness Published Just Last Year (2020, New York University Press), Dr
Transcript The Critical Technology Episode 4: Distributed Blackness Published just last year (2020, New York University Press), Dr. Andre Brock Jr’s Distributed Blackness: African American Cybercultures has already become a highly influential, widely cited, must read text for anyone interested in digital culture and technology. Through a theoretically rich and methodologically innovative analysis, Brock positions Blackness at the centre of Internet technoculture, its technological designs and infrastructures, its political economic underpinnings, its cultural significance and its emergent informational identities. Sara Grimes 0:00 Like many of you, as the fall 2020 semester was wrapping up, my Twitter feed was suddenly flooded with the news that Dr. Timnit Gebru had been fired from Google. A world renowned computer scientist, leading AI ethics researcher, and co-founder of Black in AI. Dr. Gebru had recently completed research raising numerous ethical concerns with the type of large scale AI language models used in many Google products. Her expulsion from Google highlights the discrimination and precarity faced by black people, especially black women, working in the tech industries and in society at large. On the one hand, Dr. Gebru’s treatment by Google execs made visible through screenshots and conversations posted on Twitter was met with an outpouring of public support from fellow Google employees, tech workers, academics and concerned citizens. The #ISupportTimnit was often paired with #BelieveBlackWomen, connecting this event with the systematic anti-black racism and sexism found across technoculture. On the other hand, since December, Dr. Gebru and her supporters have also been targeted by Twitter trolls, and subjected to a bombardment of racist and sexist vitriol online. -
United States House Committee on Science, Space and Technology
United States House Committee on Science, Space and Technology June 26, 2019 Hearing on Artificial Intelligence: Societal and Ethical Implications Written Testimony of Joy Buolamwini Founder, Algorithmic Justice League Masters in Media Arts and Sciences, 2017, Massachusetts Institute of Technology MSc Education (Learning & Technology), 2014, Distinction, University of Oxford BS Computer Science, 2012, Highest Honors, Georgia Institute of Technology PhD Pending, MIT Media Lab Made Possible By Critical Input from Dr. Sasha Costanza-Chock Injoluwa Deborah Raji For additional information, please contact Joy Buolamwini at [email protected] Dear Chairwoman Johnson, Ranking Member Lucas, and Members of the Committee, Thank you for the opportunity to testify on the societal and ethical implications of artificial intelligence (AI). My name is Joy Buolamwini, and I am the founder of the Algorithmic Justice League (AJL), based in Cambridge, Massachusetts. I established AJL to create a world with more ethical and inclusive technology after experiencing facial analysis software failing to detect my dark-skinned face until I put on a white mask. I’ve shared this experience of algorithmic bias in op-eds for Time Magazine and the New York Times as well as a TED featured talk with over 1 million views.1 My MIT thesis and subsequent research studies uncovered substantial skin type and gender bias in AI services from companies like Microsoft, IBM, and Amazon.2 This research has been covered in over 40 countries and has been featured in the mainstream media including FOX News, MSNBC, CNN, PBS, Bloomberg, Fortune, BBC, and even the Daily Show with Trevor Noah.3 Figure 1. -
A Feminist Critique of Algorithmic Fairness
Redistribution and Rekognition: A Feminist Critique of Algorithmic Fairness Sarah Myers West AI Now Institute at New York University [email protected] Abstract Computer scientists, and artificial intelligence researchers in particular, have a predisposition for adopting precise, fixed definitions to serve as classifiers (Agre, 1997; Broussard, 2018). But classification is an enactment of power; it orders human interaction in ways that produce advantage and suffering (Bowker & Star, 1999). In so doing, it attempts to create order out of the messiness of human life, masking the work of the people involved in training machine learning systems, and hiding the uneven distribution of its impacts on communities (A. Taylor, 2018; Gray, 2019; Roberts, 2019). Feminist scholars, and particularly feminist scholars of color, have made powerful critiques of the ways in which artificial intelligence systems formalize, classify, and amplify historical forms of discrimination and act to reify and amplify existing forms of social inequality (Eubanks, 2017; Benjamin, 2019; Noble, 2018). In response, the machine learning community has begun to address claims of algorithmic bias under the rubric of fairness, accountability, and transparency. But it has dealt with these claims largely using computational approaches that obscure difference. Inequality is reflected and amplified in algorithmic systems in ways that exceed the capacity of statistical methods alone. This article examines how patterns of exclusion and erasure in algorithmic systems recapitulate and magnify a history of discrimination and erasure in the field of artificial intelligence, and in society more broadly. Shifting from individualized notions of fairness to more situated modeling of algorithmic remediation might create spaces of possibility for new forms of solidarity and West, Sarah Myers (2020). -
Saving Face: Investigating the Ethical Concerns of Facial Recognition Auditing
Saving Face: Investigating the Ethical Concerns of Facial Recognition Auditing Inioluwa Deborah Raji Timnit Gebru Margaret Mitchell University of Toronto Google Research Google Research Canada United States United States [email protected] [email protected] [email protected] Joy Buolamwini Joonseok Lee Emily Denton MIT Media Lab. Google Research Google Research United States United States United States [email protected] [email protected] [email protected] ABSTRACT the positive uses of this technology includes claims of “understand- Although essential to revealing biased performance, well inten- ing users”, “monitoring or detecting human activity”, “indexing and tioned attempts at algorithmic auditing can have effects that may searching digital image libraries”, and verifying and identifying harm the very populations these measures are meant to protect. subjects “in security scenarios” [1, 8, 16, 33]. This concern is even more salient while auditing biometric sys- The reality of FPT deployments, however, reveals that many tems such as facial recognition, where the data is sensitive and of these uses are quite vulnerable to abuse, especially when used the technology is often used in ethically questionable manners. for surveillance and coupled with predatory data collection prac- We demonstrate a set of five ethical concerns in the particular case tices that, intentionally or unintentionally, discriminate against of auditing commercial facial processing technology, highlighting marginalized groups [2]. The stakes are particularly high when additional design considerations and ethical tensions the auditor we consider companies like Amazon and HireVue, who are selling needs to be aware of so as not exacerbate or complement the harms their services to police departments or using the technology to help propagated by the audited system. -
Pondering Responsible AI Podcast Series Transcript Season 1 Episode 6
KIMBERLY Welcome to Pondering AI. My name is Kimberly Nevala. I'm a Strategic Advisor at SAS and your host to this NEVALA: season as we contemplate the imperative for responsible AI. Each episode, we're joined by an expert to explore a different facet of the ongoing quest to ensure artificial intelligence is deployed fairly, safely, and justly for all. Today, we are joined by Shalini Kantayya. Shalini is a storyteller, a passionate social activist, and a filmmaker who documents some of the most challenging topics of our time. I've also been blown away by her amazing ability to tackle sensitive topics with serious humor. Shalini, your short, Doctor In Law, made me laugh out loud. More recently, Shalini directed the film, Coded Bias, which debunks the myth that AI algorithms are objective by nature. Welcome, Shalini. SHALINI Thanks so much for having me. It's an honor to be here. KANTAYYA: KIMBERLY So have you always been a storyteller? NEVALA: SHALINI I have. [LAUGHTER] I think all of us are storytellers. And we all have stories. KANTAYYA: I think there's a saying that says, the universe is not made of molecules. It's made of stories. I'm a scientist, so I believe both are true. But I think that stories are something that we've had and passed on since we had fire. It's one of our oldest human traditions. And it's how we engage with issues that are difficult. And I think it enables us to cross boundaries and to translate our values. -
Bias in Artificial Intelligence
Bias in Artificial Intelligence …inequity and bias are not to be found in a single place, like a bug that can be located and fixed. These issues are systemic. 1(p9) Recent news stories deliver apparently contradictory messages about artificial intelligence (AI): future prospects leading to lucrative business deals on the one hand and disappointing performance prompting protests and lawsuits on the other.2-4 Expectations remain high that AI will continue to transform many aspects of daily life, including health care — thus the business deals, such as Microsoft’s commitment to acquire Nuance Communications for $19.7 billion.5 At the same time, AI algorithms have produced results biased against women and people of color, prompting disillusionment and reassessment. Racism and Gender Inequities Troubling examples demonstrate how AI can reflect and even exacerbate existing racism and gender inequities. In 2015, Black software developer Jacky Alciné was shocked to find that Google Photos had automatically sorted selfies he’d taken with a friend, who is also Black, into a default folder labeled “gorillas.”6,7 And in 2017, Joy Buolamwini, a Ghanaian-American computer scientist at the MIT Media Lab could only get a facial recognition program to see her by putting on a white mask.8,9 Other examples abound. The source of algorithmic bias is more implicit than explicit. It is inherent in the environment within which the technology was developed. Both of the above examples involve facial recognition, but the underlying problem of faulty, biased and offensive results occurs across many algorithms and applications of AI. Machine learning, the process through which algorithms learn to identify patterns in data, relies on vast digital archives of tagged images, records, and other data for continual training and refinement.