In this paper, we address three important shortcomings of AI exposure models to construct a more economically-grounded estimate of task automation. First, we survey workers familiar with end-use tasks to understand what performance would be required of an automated system. Second, we model the cost of building AI systems capable of reaching that level of performance. This cost estimate is essential to understanding the deployment of AI, since technically-exacting systems can be enormously expensive. And third, we model the decision about whether AI adoption is economically-attractive. The result is the first end-to-end AI automation model. A simple hypothetical example makes clear why these considerations are so important. Consider a small bakery evaluating whether to automate with computer vision. One task that bakers do is to visually check their ingredients to ensure they are of sufficient quality (e.g. unspoiled). This task could theoretically be replaced with a computer vision system by adding a camera and training the system to detect food that has gone bad. Even if this visual inspection task could be separated from other parts of the production process, would it be cost effective to do so? Bureau of Labor Statistics O*NET data imply that checking food quality comprises roughly 6% of the duties of a baker. A small bakery with five bakers making typical salaries ($48,000 each per year), thus has potential labor savings from automating this task of $14,000 per year. This amount is far less than the cost of developing, deploying and maintaining a computer vision system and so we would conclude that it is not economical to substitute human labor with an AI system at this bakery.
This isn’t a great example of ROI calculations. When companies calculate staff costs they factor in benefits, shared services costs (HR, IT Helpdesk, etc). Even if the ai wasn’t cheaper than the salary alone, benefits put that much higher.
However, it doesn’t really matter. Low or no ROI isn’t going to stop the AI cult from selling snake oil products to companies with the promise of “savings”, real or not. C suite types will say its a better long term investment in new technology and tools, or that multiple applications of an ai service allow costs to be spread across the business.
The title (click bait as it is) withholds the most important qualifier from the text of which AI we are talking about:
"“Overall, our model shows that the job loss from AI computer vision, even just within the set of vision tasks, will be smaller than the existing job churn seen in the market […]”
Sure, computer vision is important for some jobs, but it’s a much smaller subset of jobs that is really deemed protected as claimed by the study. If the knowledge has already been coded to text on the other hand, it’s a different story.
As per the other comment, they talk about computer vision. So a tiny subset of jobs that are in danger. And not even sure how that has anything to do with LLM Like GPT. Seems like clickbait.
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