我对笔试的解释是,你需要自行在任何化合物状态上积累和运作。 你向国家情报和安全局提供一套不同语言/语言,表明它应当承认为指挥,并在你承认时向你们报告。
例如,我认为,当你进入“Adam和John”部分时,你就会陷入问题——这不是任意的独裁发动机。 但幸运的是,让我们设法想象我们如何能够这样做:
你可以告诉你,你要承认以下短语为指挥:
- "schedule a"
- "meeting" (and perhaps "appointment", "playdate", etc)
- "with"
- "Adam and John"
- "tomorrow" (and probably other related things like "today", "two days from now", all the days of the week, etc)
- "ten o clock"
As words/phrases are recognized, you could create a stack of semantically related words/phrases based on previously recognized words/phrases. So, for instance, it recognizes the "schedule a" phrase, and you know that there should be more info coming to fill out the semantic context, so you push that phrase onto the stack. Next, it recognizes "meeting". Your app says sure, a meeting is something that can be scheduled and pushes it onto the stack as well. If the next word it recognized wasn t germane to the previously-recognized "schedule a" command, then it would clear the stack. If, at any point, the elements on the stack satisfy some pre-defined criteria for a fully formed expression of semantic intent, then your app can take the appropriate action based on that intent. There s obviously a temporal element to this as well. If the next thing required to establish semantic context doesn t arrive in a reasonable amount of time, the semantic context stack should get cleared.
从概念上讲,一个类似的系统是SOS/MacOS感触/跟踪仪表识别系统。 当发生主线时,本组织必须承认单一主线,并承认这是整个用户意图的可能性,但也必须管理它可能很快收到另一个主线的可能性,将单一主线变成双管。 它将必须随着时间的推移而积累这一状况,并且通过研究分离事件的组合来推断用户的意图。
你不会免费从NSSpeechRecognizer那里获得这种功能,因为这不是一个独裁的发动机,你也从中获得了任意的信号(如“Adam和John”,假设你不再登记一些可能指挥的人名单)。 即便如此,这并不意味着不能利用我描述的机制来做某些 pre子。 只是你回角必须写一下。
亲爱!
