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> Alexa’s Interface is treated as revolutionary > ...it had a lot more in common with an Amazon Echo than a robot in an old sci-fi film While yeah, these old r
by spookthesunset 8y ago
> Alexa’s Interface is treated as revolutionary
> ...it had a lot more in common with an Amazon Echo than a robot in an old sci-fi film
While yeah, these old robots could in theory do more than an echo watch some of the videos of them in operation (eg: https://youtu.be/oibgyqdXfJM https://youtu.be/oibgyqdXfJM).
Just take the voice on that youtube video, while impressive for the 80's is no comparison to Alexa's voice. It is very slow and has a thick robot accent. Alexa has a much more dynamic, fluid voice that is much easier to understand.
And yeah, I'm sure some of these things could be commanded by voice, I imagine that you have to be extremely precise with what you say and how you say it. I imagine the error rate is way higher than Alexa (which in my experience is pretty high itself).
I dunno where I'm going with this comment, but the interface matters. It's easy to claim "they were doing all this shit back in the 80's" and it might be technically true, but how they were doing it didn't have nearly as much polish as modern stuff. When you have a 4mhz processor and 64k of ram, there is only so much polish you can add to an 80's robot. The echo dot has a quad core processor and 4gb of ram -- not to mention wifi, bluetooth and gps (https://www.digikey.com/en/maker/blogs/2017/amazon-echo-dot-teardown https://www.digikey.com/en/maker/blogs/2017/amazon-echo-dot-...). You can add a lot of polish to a hardware stack like that.
Of course, even with all that processing power, I'm still only about 50% successful turning the lights on at home. We still have a long ways to go....
- tomc1985 8y ago> The echo dot has a quad core processor and 4gb of ram And yet it still farms most of its processing out to the cloud
- enkiv2 8y agoYeah. I wanted to foreground the way that ignorance of history blurs the line between iteration & revolution. Actual revolutionary advances are rare. We haven't had any in the tech industry since the 1970s -- when declarative, functional, object oriented, and structured procedural programming were all formally defined, asymmetric encryption was invented, the first working hypertext systems were implemented, neural nets were first used for image processing, large-scale internetworking & heterogeneous distributed computing were pioneered, and we got all of the graphical UI concepts and models that are in use in mainstream software today. Everything since the late 1970s has been either slow iteration on 1970s ideas or limited to academic/experimental systems with limited influence.