So what if the AI Bubble Bursts?

Last week, at a farewell party for a data scientist friend (who is about to ship out from Seattle to Palo Alto to work for a certain social media network based there), I had an interesting exchange with another friend who runs a self funded AI-based startup. Our conversation turned to wondering about whether we’re in the middle of an AI bubble (remember the dotcom bubble?). He asked whether I thought there would be any winners if the AI bubble bursts, and my answer was as follows.

the AI bubble.jpg
Photo by Aaron Burden on Unsplash

Let’s set a floor on defining “winners” by looking at the table stakes Continue reading “So what if the AI Bubble Bursts?”

Amazon’s gender-biased recruiting software is a wake-up call

The recent news that Amazon inadvertently created gender-biased software for screening job applicants is a significant wake-up call for all organizations using AI. The software, which used machine learning to rank incoming resumes by comparison to resumes from people Amazon had already hired, could have discouraged recruiters from hiring women solely on the basis of their gender. Amazon, of all entities, should have known better. It should have expected and avoided this. If this can happen to Amazon, the question we really need to ask is: how many others are making the same mistake?

the wall
Photo by Rodion Kutsaev on Unsplash

Bias in hiring is a burden for our society as a whole, for tech companies in particular, and for Amazon specifically. Biased recruiting software exposes Amazon to a number of risks, among them: Continue reading “Amazon’s gender-biased recruiting software is a wake-up call”

What you—yes you—need to do about Data and AI Ethics

What do you need to know about Data Ethics?

If you work for an organization that uses data and artificial intelligence (AI), or if you are a consumer using data and AI-powered services, what do you need to know about data ethics?

Quite a bit, it turns out. The way things are going, it seems like every few days new ethics controversies, followed by new commitments to privacy and fairness, arise from the ways that businesses and government use data. A few examples:

• Voice assistants like Amazon’s Alexa, Siri, and “Hey Google” are everywhere, on smart phones, computers, and smart speakers. Voice commands satisfy more and more of our needs without resorting to keyboards, touch screens, or call centers. But recently one such assistant, while listening in on a family’s private conversations, recorded a conversation without the family’s knowledge and emailed that recording to a family member’s employee.

doing data ethics
Photo by rawpixel on Unsplash

Continue reading “What you—yes you—need to do about Data and AI Ethics”

Who Needs Reasons for AI-Based Decisions?

Deep learning systems, which are the most headline-grabbing examples of the AI revolution—beating the best human chess and poker players, self-driving cars, etc.—impress us so very much in part because they are inscrutable. Not even the designers of these systems know exactly why they make the decisions they make. We only know that they are capable of being highly accurate…on average.

Meanwhile, software companies are developing complex systems for business and government that rely on “secret sauce” proprietary data and AI models. In order to protect their intellectual property rights, and profitability, the developers of these systems typically decline to reveal how exactly their systems work. This gives rise to a tradeoff between profit motive, which enables rapid innovation (something government in particular isn’t known for), and transparency, which enables detection and correction of mistakes and biases. And mistakes do occur…on average.

pay no attention to the man behind the curtain
Photo by Andrew Worley on Unsplash

On the one hand, a lack of transparency in deep learning and proprietary AI models has led to criticism from a number of sources. Organizations like AI Now  and ProPublica are surfacing circumstances where a lack of transparency leads to abuses such as discriminatory bias. The EU has instituted regulations (namely GDPR) that guarantee its citizens the right to an appeal to a human being when AI-based decisions are being made. And, last but not least, there is growing awareness that AI systems—including autonomous driving and health care systems—can be invisibly manipulated by those with a motive like fraud or simple mischief. Continue reading “Who Needs Reasons for AI-Based Decisions?”

What’s the difference between machine learning and artificial intelligence?

Part II of The Completely Non-Technical Guide to Machine Learning and AI

My previous post raised the question “what is machine learning and artificial intelligence (AI)?” and answered with a functional definition: computer systems that combine measurements and math to make decisions so complicated that until recently only humans could make them.

Now a new question: “What’s the difference between machine learning and AI?” Continue reading “What’s the difference between machine learning and artificial intelligence?”

Machine Learning & AI for Non-Technical Businesspeople (Part I)

Part I: What is Machine Learning? Combining Measurements and Math to Make Predictions

The labels “machine learning” and “artificial intelligence” can be used interchangeably to describe computer systems that make decisions so complicated that until recently only humans could make them. With the right information, machine learning can do things like…

• look at a loan application, and recommend whether a bank should lend the money
• look at movies you’ve watched, and recommend new movies you might enjoy
• look at photos of human cells, and recommend a cancer diagnosis

Machine learning can be applied to just about anything that can be counted/measured, including numbers, words, and pixels in digital photos.

pattern
What is it we see in this photo? How would you describe the details that let us recognize this? (Photo by Mike Tinnion on Unsplash)

What makes it different is that, with machine learning computers don’t need humans to write out incredibly detailed instructions about how to identify bad loans, good movies, cancer cells, etc. Instead, computers are given examples (or goals) and math, and Continue reading “Machine Learning & AI for Non-Technical Businesspeople (Part I)”

Lessons in Agile Machine Learning from Walmart

Takeaways from Sam Charrington’s May, 2017 interview with Jennifer Prendki, senior data science manager and principal data scientist for Walmart.com


I am very grateful to Sam Charrington for his TWiML&AI podcast series. So far I have consumed about 70 episodes (~50 hours). Every podcast is reliably fascinating: so many amazing people accomplishing incredible things. It’s energizing! The September 5, 2017 podcast, recorded in May, 2017 at Sam’s Future of Data Summit event, featured his interview with Jennifer Prendki, who at the time was senior data science manager and principal data scientist for Walmart’s online business (she’s since become head of data science at Atlassian). Jennifer provides an instructive window into agile methodology in machine learning, a topic that will become more and more important as machine learning becomes mainstream and production-centric (or “industrialized”, as Sam dubs it). I’ve taken the liberty of capturing key takeaways from her interview in this blog post. (To be clear, I had no part in creating the podcast itself.) If this topic matters to you, please listen to the original podcast – available via iTunes, Google Play, Soundcloud, Stitcher, and YouTube – it’s worth a listen.


Overview

Jennifer Prendki was a member of an internal Walmart data science team supporting two other internal teams, the Perceive team and the Guide team, delivering essential components of Walmart.com’s search experience. The Perceive team is responsible for providing autocomplete and spell check to help improve customers’ search queries. The Guide team is responsible for ranking the search results, helping customers find what they are looking for as easily as possible. Continue reading “Lessons in Agile Machine Learning from Walmart”