You can leverage it on just about any piece of hardware capable of running Python with fantastic speed and accuracy. This is where the Google Assistant SDK comes in. I don’t think it required individual voice commands to be recorded for every single action, but there was a reasonable level of setup (it was cutting-edge at the time though, let’s not forget that). Though if I recall correctly, INCUBE required configuration of voice files to get things running, so it could learn your tone of voice. Sure, just as INCUBE did in the 90s, it is indeed possible to create a useful, voice recognition system that’s self-contained. They develop ideas with billions of dollars of backing, that we could rarely dream of achieving on our own rather than making the system proprietary and hiding it behind an expensive corporate fee. Google has long provided API access to some of their greatest technologies, which is fantastic. With the inclusion of machine learning, we’re going to continue to see improvements at a rapid pace, while the voice command blooper reel will continue to shrink. Whether it’s a Google, Apple, or Amazon product, voice commanded technology is improving every day. Sure, we could create a feature film around what Siri doesn’t understand, but the reality is that this technology works exceptionally well. Now, we know how clear and accurate voice commands can be. It was ahead of its time, and for many years voice technology stayed on the fringe. But there were a few serious limitations: RAM was counted in the kilobytes, soundcards had limited quality, computers had clock speeds in megahertz - the technology was really letting the concept down. Out of curiosity I recently ran a Google search for INCUBE, and it returned a few parts of the internet that needed dust blown off them! But I digress.īack in those early days of the internet, multimedia was an emerging buzzword. Of course, back in the day, it was shareware, probably on CD (I think we’d progressed past floppy drives, but not as far as CD burners). Not only could it translate speech to text (which seemed amazing in itself), but it could open and close applications, and control the operating system in some amazing ways. In the 90s I was fortunate enough to get to experiment with what was rather advanced software for its time. Such a simple thing captivated my imagination from a young age. In fact, even VOX (voice operated relay) CB radios had me intrigued. Still doesn't work with non google voice numbers.As a kid growing up, I was fascinated by the potential for voice control. Have tested with 2 google voice numbers and it works. Self._validate_special_page('sms', ) has not changed, going to sleep now.').format(str(link_count)) Number of links (195) has not changed, going to sleep now.įile "gvsendalert.py", line 19, in send_messageįile "/Library/Frameworks/amework/Versions/2.7/lib/python2.7/site-packages/googlevoice/voice.py", line 151, in send_sms Here is the error I keep getting (only seems to happen when sending to more then one number) doesn't work array('L',) Print('Number of links ('+ str(link_count) + ') has not changed, going to sleep now.') String = str('Link Count Changed\n\nSite:\n' + url + '\nPrev:\n' + str(link_count) + '\nNew:\n' + str(len(soup))) While var = 1 : # This constructs an infinite loop Soup = BeautifulSoup(urllib2.urlopen(url).read(), parse_only=SoupStrainer('a')) from googlevoice import Voiceįrom bs4 import BeautifulSoup, SoupStrainer Here is my code ran against stackoverflow. What I do is collect the links and then count them and determine if there is a change and send a google voice text message to a couple numbers. When I came to writing this I figured python would be a quick way to achieve my goal. I'm writing a simple little script to send me a text message when the Ultra Music Festival early bird tickets go on sale so I can snatch them up.
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