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Quartic Roots-Using Adapted Genetic Quadratics
Author(s): Greg Oliver Originally published on Towards AI. Designing Quartics-Simpler With Genetic Quadratics A Quadratic at Heart This member-only story is on us. Upgrade to access all of Medium. In previous posts on Quartic root solutions, I have developed solutions using Quadratics …
Stop Claiming an AI Is Self-aware
Author(s): Rafe Brena, Ph.D. Originally published on Towards AI. It’s more clickbait than Science Image by PIRO from Pixabay After a former Google engineer, B. Lemoine, claimed the AI he was working on became “sentient,” additional related news headlines have popped; they …
A Beginner-Friendly Guide to Understanding Policy Gradient
Author(s): Renu Khandelwal Originally published on Towards AI. A Simple Explanation of Policy Gradient for Reinforcement Learning with very little Math Your goal is to teach a simulated robot to move forward using Reinforcement Learning(RL). https://gymnasium.farama.org/environments/mujoco/walker2d/ A simulated robot must explore the …
Google’s New AI Model PaLM-E Explained
Author(s): Louis Bouchard Originally published on Towards AI. Google’s New AI Robot (agent)Can See and Understands Language! Originally published on louisbouchard.ai, read it 2 days before on my blog! ViT and PaLM models compose the PaLM-E model. Video from the project website. …
Cubic Polynomial Roots — Using Big Dipper Substitutes
Author(s): Greg Oliver Originally published on Towards AI. Substituting Cubics With Their Genetic Infrastructure To Find Roots This post presents a novel method of calculating approximate roots of Cubic polynomials y=x³+Cx+D, by adopting their genetic Big Dipper, y=-2x³+D skeleton infrastructure, which I …
GPT-5 Embodied! How?
Author(s): Gencay I. Originally published on Towards AI. A Testament to the Power of AI and Robotics. Harnessing the Potency of ChatGPT and GPT-5 for a Futuristic Vision Created with Leonardo.ai In our increasingly interconnected world, developments in Artificial Intelligence (AI) are …
Quartic Roots-Using 2 ‘Big W’ Substitutes
Author(s): Greg Oliver Originally published on Towards AI. Quartics With ‘Big W’ Shape Substitutes For Simpler Roots vs Constant E Variations I have previously used Big W’s y=x⁴+Bx²+E as genetic architecture for finding Reduced Quartic roots, but this post adopts 2 generic …
Introduction
Author(s): Mohammad Javadian Farzaneh Originally published on Towards AI. Visual SLAM, A Booster Overview Part 1 Photo by Andrew Neel on Unsplash Purpose of Writing SLAM is one of the machine vision concepts that is widely used in robotics. My Master’s thesis …
Introduction
Author(s): Mohammad Javadian Farzaneh Originally published on Towards AI. Visual SLAM, A Booster Overview Part 1 Photo by Andrew Neel on Unsplash Purpose of Writing SLAM is one of the machine vision concepts that is widely used in robotics. My Master’s thesis …
Quartic Polynomial Roots – With Quadratic Math and SOSO
Author(s): Greg Oliver Originally published on Towards AI. Quartic Root Approximations using 2 Quadratics and SOSO This member-only story is on us. Upgrade to access all of Medium. This post presents a viable Quartic roots solution, using a confected Y-Axis 180 deg …
GRAPH SLAM: A Beginner’s Guide to this Groundbreaking Mapping Technology
Author(s): Garima Nishad Originally published on Towards AI. Introduction ‘SLAM’ refers to the method of simultaneous localisation (i.e. position/orientation) of some sensor with respect to its surroundings while at the same time mapping the environment. This is an active area of research …
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