One of the first computer programs that could simulate human conversation in a somewhat convincing way is called ELIZA. Although there been several claims made over the past ten years, so far there hasn't been a computer program that everyone agrees has passed Turing's test.
If a jury of interrogators believe they are communicating with another human being at least 70 % of the time - when they have actually been talking to a computer program - the software's creators can legitimately claim their AI programming has passed the Turing Test. The test is then repeated multiple times with different interrogators. The interrogator then has five minutes to text each of the entities in the other room questions and guess which set of answers was generated by a computer. Just as in the original game, one human (the interrogator) is put in a separate room. Turing's version of the game requires two human players and a computer. It required one person (called the interrogator) to send the same questions to a man and a woman in another room, and then guess which set of responses came from the woman - and which came from the man. The Imitation Game was a popular parlor game in the Victorian Era.
He proposed modifying an activity called the Imitation Game to gather data and hopefully, answer the question. In the 1950s, mathematician Alan Turing released a paper entitled " Computing Machinery and Intelligence." Turing was interested in the idea that under the right circumstances, a machine could think like a human being. Instead, Turing's test, which is carried out through an activity called the Imitation Game, can only be used to evaluate whether a program's natural language processing (NLP), natural language generation (NLG) and natural language understanding (NLU) capabilities are strong enough for someone to think computer-generated responses came from a human being. Turing tests are controversial because while the mathematician Alan Turing was interested in the idea of whether or not a machine could think, the test he proposed does not do that.
0 kommentar(er)
