Tag: Rubedo

I built an Android chat assistant leveraging LLama 3 in a private cloud and am looking for guidance on how to incorporate domain specific data for company sw products. (user guides docs, knowledge bases, tech support tickets, etc.). I am a very seasoned dev but new to the LLM world. Confused if pre training or RAG is the path forward or how to pull off either. Not sure how to automate the conversion of loads of unstructured data into something useable (vector db) and wire it all up to my android app and/or LLM. This is an embarrassing noob post but I’m not a proud man and would love some guidance on tech stack, tutorials, etc. I see a lot of theory resources out there but no turn by turn guides to make it happen, thanks all 🍻 submitted by /u/eltodesc [link] [comments]

Recently I saw this video https://www.instagram.com/reel/C68YzaCRrK5/?igsh=MWN1MmJrcnhwdGhmMA== And I’m wondering if there’s an AI tool for me to input pictures of someone overtime of their life. My mother passed away recently and I have pictures of her from her toddler years until her death. submitted by /u/biggitydonut [link] [comments]

note: sorry for long text, but thoughts came to my mind, and can't free me to sleep let's begin In the natural world, there is a stark contrast between the governance of living and non-living things. Take, for example, the difference between a scratch on a car's paint and a wound on human skin. While both are forms of damage, the way they are handled is fundamentally different. A car, being a non-living object, cannot heal itself. If its paint is scratched, it will remain that way until an external force, such as a human with the right tools and materials, intervenes to repair it. The car has no inherent ability to coordinate a response to the damage or to communicate with other parts of itself to initiate a healing process. On the other hand, when human skin is wounded, a complex biological process springs into action. Various cells within the body, such as platelets, white blood cells, and fibroblasts, work together to stop the bleeding, fight infection, and repair the damaged tissue. This intricate dance of cellular coordination and communication happens without any conscious effort on our part – it is an automatic, self-governing response. Now, let's compare this to the governance of human organizations and the potential governance of AI systems. Human organizations, like living organisms, are composed of many individual parts (i.e., people) that must work together to achieve common goals. This requires a system of governance, often in the form of a hierarchical chain of command, where leaders at the top set the overall direction and delegate tasks to those below them, who in turn delegate to others, and so on. However, human governance is not always as smooth or efficient as the biological processes within our bodies. It can be hindered by miscommunication, conflicting interests, and the limitations of human decision-making. This is where the potential of AI governance comes into play. An AI-governed system, much like a living organism, could potentially coordinate and communicate seamlessly between its various components. Each AI entity within the system could be programmed with clear roles and responsibilities, and they could work together in a highly efficient manner to achieve their designated goals. If one part of the system encounters a problem (like a scratch on a car), it could quickly communicate this to other relevant parts of the system, which could then coordinate a response (like the healing process in human skin). However, it's important to note that the governance of AI systems is not without its challenges. Unlike biological processes, which have been honed by millions of years of evolution, AI systems are created by humans and are therefore subject to the same potential flaws and biases. It's crucial that we design these systems with robust safeguards and ethical principles in mind, to ensure they operate in a way that benefits humanity as a whole. In conclusion, the governance of living things, like the human body, is a marvel of self-coordination and communication. While non-living things, like cars, require external intervention to repair damage, living organisms have an intrinsic ability to heal themselves. As we look to the future of AI governance, we can take inspiration from these biological processes, while also being mindful of the unique challenges and responsibilities that come with creating artificial systems of governance. By striking the right balance, we may be able to create AI-governed organizations that are as efficient and resilient as the living systems we see in nature. submitted by /u/gizia [link] [comments]

Hello community! I just made a podcast episode about the ethics of artificial intelligence. What do you think? Do you agree? Do you think it’s ethical to restrict conscious beings? Let me know in the comments! Podcast: https://www.youtube.com/watch?v=Sm1gFFHCaxQ Written Article Version: https://medium.com/@yukiarimo/the-ethics-of-artificial-intelligence-94b63b30d5df?sk=d85fca4accebbd33e85099de700d5020 Note: THIS IS NOT AN AD! I JUST WANT TO SHARE MY THOUGHTS! submitted by /u/yukiarimo [link] [comments]

with all the profit and investment money they have (and other AI companies), they should buy all the science journal publishers and make it all free access. do the same with other valuable information like software API reference manuals and historical reports. now you can train neural networks on all this data without worrying about lawsuits, and it's available to all the humans, so they can train their organic intelligence! submitted by /u/goofnug [link] [comments]

I have a few websites that I manage,and I was wondering if it's possible to build an AI agent that does a few things such as : 1) Log in to the website and take a screenshot 2) Log in to Google Analytics 4 and type out what "he" sees 3) Running a Screaming Frog technical SEO report for these websites and saving them somewhere? submitted by /u/Overall_Rate9550 [link] [comments]

I have loved using GPT4 for drawing images of fantasy video game ideas and things like that. However, I was talking about a potential solar installation for my backyard and wanted to see if it could create a somewhat accurate or usable diagram for showing the breakdown in panels, costs, power requirements, cable routing, etc. It really seems only able to create neat looking art at the moment, which is awesome, but are any AI image gens possible of what I just described? submitted by /u/Jimstein [link] [comments]

Many sites do not offer dark mode since it's a lot of work to maintain both bright and dark and some companies/site owners frankly do not care. For some people, dark mode is really important because bright pages cause eye strain. Especially if all the other application and operating system is themed in dark mode. There are extensions already (Dark Reader) that can force dark mode but usually it's hit or miss, its based on some algorithm that guesses the right colors correctly from time to time. This proposal is about using AI like NVIDIA does with DLSS to analyze sites and figure out a good way to turn styles and assets into a dark mode in the best possible way. It can be a switch in the menu but also a setting that can be saved per site and or domain/URL pattern. This is something I would pay for. submitted by /u/Poilaucul [link] [comments]

Am I the only one that kind of likes the subtle reality glitch type effects of AI in its current stage. I'm kinda gonna miss it when its gone. submitted by /u/AggressiveLife7432 [link] [comments]

Unlike GPT or CLAUDE, basically LLM that are specialized to function as characters you can converse with? Which one's are the best in your opinion? I think we will have a personal assistant in the likes of Siri but with more customizable features. See this video on the matter. And thanks ahead of time for your viewership: https://www.youtube.com/watch?v=fDN-n4l5bqw submitted by /u/Long-Holiday6913 [link] [comments]