A Neural Conversational Model [pdf]
arxiv.org
A Neural Conversational Model [pdf]
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Re: A Neural Conversational Model [pdf]
#2>What is the color of water? Water.
I'm quite puzzled how it knows "two plus two" is four but "ten minus two" is "seventy-two". I wonder how it parsed one correctly but failed drastically to parse the other.
Re: A Neural Conversational Model [pdf]
#3The conversations are rather enlightening. >What is the color of water? Water. I'm quite puzzled how it knows "two plus two" is four but "ten minus two" is "seventy-two". I wonder how it parsed one correctly but failed drastically to parse the other.
Re: A Neural Conversational Model [pdf]
#4Re: A Neural Conversational Model [pdf]
#5The conversations are rather enlightening. >What is the color of water? Water. I'm quite puzzled how it knows "two plus two" is four but "ten minus two" is "seventy-two". I wonder how it parsed one correctly but failed drastically to parse the other.
In fact, it's likely that no one learns addition by listening to examples, you're taught to execute a specific algorithm and it takes many people years to master it. In fact, ask a toddler what "ten minus two" is and you might get a similar nonsensical answer.
Re: A Neural Conversational Model [pdf]
#6The conversations are rather enlightening. >What is the color of water? Water. I'm quite puzzled how it knows "two plus two" is four but "ten minus two" is "seventy-two". I wonder how it parsed one correctly but failed drastically to parse the other.
It did not see enough examples to learn a general addition algorithm. "Two plus two equals four" is a common sentence, "Ten minus two equals eight" isn't. In fact, it's likely that no one learns addition by listening to examples, you're taught to execute a specific algorithm and it takes many people years to master it. In fact, ask a toddler what "ten minus two" is and you might get a similar nonsensical answer.
I was thinking semi-intelligent parsing and it recognized "two" and "plus" and created a formula 2+2 then solved it with 4 ("four").
So I had assumed it would have done the same with "ten", "minus", and "two" to create 10-2, solve it, and respond with 8 ("eight").
If you use Google Search and search for "ten minus two" it's intelligent enough to parse the search and give you a calculator with 10-2=8 already inputted. I had assumed a similar parsing approach may have been used for their conversation bot in regards to general mathematical knowledge.
But your explanation makes a ton of sense. :)
Re: A Neural Conversational Model [pdf]
#7did you restart it?
Re: A Neural Conversational Model [pdf]
#8> Human: hi , i forgot my password
> Machine: ok great
That's something unexpected to hear from tech support.
Re: A Neural Conversational Model [pdf]
#9I think this could be successfully trained to walk many people through all kinds of basic support issues... using years of tech support chat logs would probably make this a breeze.
Re: A Neural Conversational Model [pdf]
#10> Machine: hi , this is from helpdesk connect , what can i help you with today ? > Human: hi , i forgot my password > Machine: ok great That's something unexpected to hear from tech support.