tag:blogger.com,1999:blog-11168555.post8112848753442761441..comments2024-03-29T06:41:55.943-04:00Comments on The Multiverse According to Ben: Making Minds from Memristors?Benhttp://www.blogger.com/profile/12743597120529571571noreply@blogger.comBlogger10125tag:blogger.com,1999:blog-11168555.post-65532186020649105692022-04-15T02:15:51.551-04:002022-04-15T02:15:51.551-04:00Really Like These New Tips, Which I Haven't He...Really Like These New Tips, Which I Haven't Heard of Before, Like Telewear”: What to wear when seeing patients virtually. Can’t Wait to Implement Some of These as Soon as Possible.Heritage Institute Of Hotel & Tourismhttps://www.blogger.com/profile/15455616905795060261noreply@blogger.comtag:blogger.com,1999:blog-11168555.post-913465083968047662021-08-05T00:54:03.099-04:002021-08-05T00:54:03.099-04:00Thank for Sharing the Blog it really Provide a pro...Thank for Sharing the Blog it really Provide a profound Knowledge keep sharing like this. I also recommend visiting <a href="https://dvsihm.dewaninstitutes.com/" rel="nofollow"> Best Hotel Management College in UP </a>.Preetihttps://www.blogger.com/profile/00199814437160110279noreply@blogger.comtag:blogger.com,1999:blog-11168555.post-40018261812070179102020-07-09T03:14:13.234-04:002020-07-09T03:14:13.234-04:00we thank to you for this kind of platform thanks
...we thank to you for this kind of platform thanks<br /><br /><a href="https://www.ibglobalacademy.com/ib-maths-tutor-in-gurgaon.html" rel="nofollow">ib math tutor in gurgaon</a><br /><a href="https://www.ibglobalacademy.com/ib-tutor-in-gurgaon.html" rel="nofollow">ib tutor in gurgaon</a><br /><a href="https://www.ibglobalacademy.com/ib-home-tutor-in-gurgaon.html" rel="nofollow">ib home tutor in gurgaon</a><br /><a href="https://www.ibglobalacademy.com/ib-home-tutor-in-delhi.html" rel="nofollow">ib home tutor in Delhi</a>manishhttps://www.ibglobalacademy.com/noreply@blogger.comtag:blogger.com,1999:blog-11168555.post-7339756502692814582010-11-30T14:50:16.813-05:002010-11-30T14:50:16.813-05:00I don't understand the last comment. The firs...I don't understand the last comment. The first uses of memristors will be memories. Of course you can mass read and set their states.Davenoreply@blogger.comtag:blogger.com,1999:blog-11168555.post-6835528577072640822010-11-30T04:37:05.387-05:002010-11-30T04:37:05.387-05:00I think that the point about a useful a-life being...I think that the point about a useful a-life being basically a binary blob is important.<br /><br />The article conflates the purpose and utility of digital and artificial-synapse systems; digital systems are, e.g., easily serializable to storage medium and easily reproduced and duplicated. Artificial-synapse systems, however, don't have this benefit, and must indeed be "grown" to purpose, unless some way can be devised to mass-read and mass-set memristor states in a digital fashion. And then you hit problems of storage capacity, etc.<br /><br />Part of the allure of AI has always been the combination of both worlds -- the adaptiveness and sheer power of wetware/artificial-synapse brains, and the programmability, reproducibility, and storability of digital media. If you throw away one part of this equation -- if you just keep the synapse-like behaviors, but don't have the easy control and replication of digital media, I think that you'll find that applications outside of academia and certain one-off purposes are few and far between.<br /><br />Just like with the meshing of real neurons and digital circuitry, I believe that research must proceed in parallel to learn how to effectively use this massive memristor-based processing/learning power in real world, commercial applications.<br /><br />In short, who's going to want to have an artificial cat that's as unique, poorly behaved, and quirky as a real cat, and take just as long to "train?" Why do that when you can have... a real cat? Now, if that "cat" could be duplicated, reprogrammed, and "tweaked" to do things like find your car keys... and then you could copy that "program" to other "cats"... well, that's when things would start to get interesting, but that's also when you start to deviate from memristor architectures back towards traditional digital architectures.Unknownhttps://www.blogger.com/profile/07625315839228392638noreply@blogger.comtag:blogger.com,1999:blog-11168555.post-74349330366529161582010-11-27T08:41:47.324-05:002010-11-27T08:41:47.324-05:00Yeah this seems too naive for me to. I think it...Yeah this seems too naive for me to. I think it's important to understand that "from nothing nothing comes".<br />So there's got to be something that makes the magic happen.Anonymousnoreply@blogger.comtag:blogger.com,1999:blog-11168555.post-74392928110775853092010-11-26T13:59:11.915-05:002010-11-26T13:59:11.915-05:00"The idea that a good cognitive architecture ..."The idea that a good cognitive architecture is going to be gotten to emerge via some simple artificial-life type experiments seems very naive to me."<br /><br />A 'mind' produced using artificial life simulations would be a binary blob. Even an evolved logical controller (a computer program you could trace and analyze) wouldn't serve as a configurable, stock cognitive architecture that could be repurposed or extended<br /><br />Nonetheless the cognitive engines so produced can be used as-is, in robots or electronic spaces used for their evolution. Imagine if cycles-per-second boomed to the point where we could evolve-on-demand an intelligent agent for any task. The notion of a cognitive architecture would be summarily defenestrated, entirely! That day is of course not foreseeable but I felt I should say something for a-life. Tom Barbalet had me on the Biota podcast a week ago and that recording should be up in maybe another week... if you're interested in my further thoughts<br /><br />Cheers flamootflamoothttps://www.blogger.com/profile/00743008986393837515noreply@blogger.comtag:blogger.com,1999:blog-11168555.post-41033858276224301972010-11-25T13:39:58.800-05:002010-11-25T13:39:58.800-05:00Re: "But here's the really interesting th...Re: "But here's the really interesting thing about a memristor: Whatever its past state, or resistance, it freezes that state until another voltage is applied to change it. Maintaining that state requires no power. That's different from a dynamic RAM cell, which requires regular charge to maintain its state."<br /><br />That sounds a lot like flash memory.Tim Tylerhttps://www.blogger.com/profile/06623536372084468307noreply@blogger.comtag:blogger.com,1999:blog-11168555.post-87577823226510249092010-11-23T22:26:02.573-05:002010-11-23T22:26:02.573-05:00Memristor tech is pretty good IFF it causes better...Memristor tech is pretty good IFF it causes better FPGA chips. If it does, well, the applications surely aren't limited to AGI. However, I suppose AGI would greatly benefit from that. I wish the evil FPGA firm and I hadn't parted ways.<br /><br />-- examachineAnonymousnoreply@blogger.comtag:blogger.com,1999:blog-11168555.post-75001875298226794962010-11-23T22:00:48.941-05:002010-11-23T22:00:48.941-05:00Yep, they're quite naive. You can't evolv...Yep, they're quite naive. You can't evolve an AGI without the correct selection pressures to evolve against. If at all.Jimmyhttps://www.blogger.com/profile/16331541889306687173noreply@blogger.com