Apparently, it's not that simple. And this is at the heart of Stephen Baker's book Final Jeopardy: Man vs. Machine and the Quest to Know Everything.
The book offers a behind-the-scenes account of Watson's development, from the decision to undertake project Blue Jay (as Watson was initially known) as the spiritual successor to chess computer Deep Blue, to its televised contest against Jeopardy champions Ken Jennings and Brad Rutter. But the book is more than a chronological record of how Watson came to be. It also provides valuable perspective on the technological, corporate, and socio-cultural challenges that had to be overcome for Watson to become a reality.
Baker deftly describes the technical details surrounding Watson's development, as well as the implications of successfully developing such a computer. Although examples of conversant computers abound in science fiction (think the Computer in Star Trek or Jarvis in the Iron Man films), such question-answer technology was, prior to Watson, rather rudimentary as science reality. In this regard, storing the data for Watson to parse (it has no connection to the Internet) in response to famously tricky Jeopardy clues would be the easy part. Scientists would also have to program it to dissect each clue, interpret figures of speech and obscure references, identify the most relevant answers, and most importantly play the game. Altogether? No mean feat.
Yet inasmuch as the technical details make Watson a noteworthy subject, Final Jeopardy is just as much about the negotiations that sometimes threatened to derail the project. Plenty of maneuvering took place to ensure that the project would get underway, beginning with the search for a project champion within IBM, which Big Blue would eventually find in David Ferucci, to the inevitable back-and-forth with network executives about how the eventual Jeopardy showdown would take place.
To his credit, Baker also discusses the lengthy debates that took place regarding what Watson should ultimately look like, an important consideration easy to take for granted. True, Watson was just a computer, but how it would be perceived by its fellow contestants and the public at large could play a large part in its success or failure. After all, the worst that could happen would be for Watson to best its opponents but come across as overly cold and lifeless. Who would be interested in technology like that, no matter how advanced?
As numerous headlines reported, Watson did ultimately get the better of its human opponents. In the end, the work of hundreds of scientists did overcome two people of above-average intelligence in a trivia contest. But as inferred from Final Jeopardy, this outcome is anything but a non-event, having much broader implications for the feats that computers will -- or already are, as the case may be -- capable of doing.