Tag: Autonomous

Redefining Sales: How Autonomous AI Agents Are Changing The Game!

At Agora, the open source AI research lab we had the opportunity to work on something that will completely redefine Human civilization. Introducing ProfitPilot, an autonomous AI agent that closes deals for you 24/7 and all you have to do is provide a list of customers to reach out to with your pr...

The Battle of the Agents — 4 Autonomous AI Agents

Everybody is talking about AutoGPT, and other autonomous AI Agents. Having tried them, I can vouch that they aren’t really the “shit” right now, but the potential has me flummoxed. One of the most significant limitations of the current system is its memory capabilities. Recently...

Autonomous Driving Technology Revolution : From SLAM+DL to BEV+Transformer (Part 2)

Transformer is a neural network model based on the attention mechanism, which was proposed by Google in 2017. Different from traditional RNN and CNN, Transformer mines the connection and correlation of different elements in the sequence through the attention mechanism, so that it can adapt to i...

Five aspects to consider about why autonomous vehicles will catch on (soon)

It is not a secret that I am particularly open and enthusiastic about autonomous driving, seeing it not merely as a technological marvel but as a transformative force poised to redefine our relationship with transportation. Drawing inspiration from an article I recently read on Linkedin by Marlyn...

How Do Self-Driving Cars Make Decisions? A Detailed Look at the AI Brains of Autonomous Vehicles

Self-driving or autonomous vehicles are expected to revolutionize transportation in the coming decade. Companies in the tech industry such as Tesla, Waymo, and Uber, as well as traditional automakers like GM, are fiercely competing to bring driverless cars to life in the near future. These futuri...

What is a HARA in Autonomous Mobility and Why is it Important?

After identifying and classifying hazards, the HARA process involves risk evaluation and the implementation of appropriate risk reduction measures. The goal is to reduce the risk to an acceptable level through design changes, safety mechanisms, and operational constraints. The HARA process is iterat...

Autonomous cars: not so soon

The autonomous vehicles industry is currently comprised of many main companies such as Tesla, GM, Ford, Waymo, Uber, and startups like Zoox and Aurora, which are currently actively developing self-driving technologies via conducting tests and trials in controlled environments (“Examples of com...

How to make a vehicle autonomous

When thinking about autonomous vehicles we consider the idea of a car that can take us from origin to destination without the need for human intervention. Various levels of autonomy have been defined by SAE International (Society of Automotive Engineers). Ranging from level 0 which are our daily-...

Playground for Autonomous Racing — Part 5

Before we can determine the best way to guide our vehicle, we must first establish a means of comprehending the environment surrounding it. In the real world, a variety of sensors assists the vehicle in “seeing” its surroundings. A common method involves utilizing LiDAR to create a detai...

Why the New Autonomous Driving AI from Tesla is Such a Big Deal — Fixer of the North

In late July, Elon Musk showcased a live demo of Tesla’s Full Self Driving version 12 (FSD v12), sparking a mixed reception that ranged from “holy cow!” to “meh”. The split reaction was probably due to the tech-heavy nature of the demonstration, which may have flown ove...

Lane keeping in autonomous driving with Model Predictive Control & PID

MPC is a process to minimize costs while satisfying a set of constraints. For example, we want to adjust the steering and the speed every 100 ms such that the cost function, defined as the difference between the target trajectory point (the yellow dot) and ours (the green dot), is minimized und...

Playground for Autonomous Driving — Part 2

In physics engine, there are usually two ways to model the vehicle physical behavior. One is Rigid vehicle which the idea is straight forward, it treat the vehicle body as a rigid body and using hinge to connect to wheels that model as cylinder shape. However, in reality, the wheels are not a rigid ...

Six Levels of Vehicle Automation: Fully Manual to Fully Autonomous

I believe this quote is about the spirit of innovation that has driven the automotive industry forward and grow faster. It’s about thinking outside the box and coming up with solutions that go beyond what people expect and that meet the requirement for the future. It’s amazing right? ...

An Overview of Draft UL 4600: “Standard for Safety for the Evaluation of Autonomous Products”

This article gives an overview of the current status of the Draft UL 4600 standard that describes a safety case approach to ensuring autonomous product safety in general, and self-driving cars in particular. Information is current as of June 2019. NOTE: The author is a principal technic...

Artificial Intelligence and Autonomous Vehicles

Artificial Intelligence (AI) has taken the automotive industry by storm to drive the development of level-4 and level-5 autonomous vehicles. Why do you think AI has become so popular now, though it has been around since the 1950s? Simply put, the reason behind this explosion of AI is the humong...

Dominance is not an autonomous feature of genes or the product that it has information for. How can this be explained?

Dominance is not an autonomous feature or the product that it has information for. Explanation: Autonomous = Independent Lets say the above phrase is like “ DOMINANCE IS AUTONOMOUS” Then the dominant gene will always express the phenotype no matter whether it is in homoz...