Data Innovation Summit’s Post

Driver Intelligence™ has enhanced AI elements by collecting Big Data: -14 million gaze points -80 vehicle types studies with drivers of almost every age and gender -200 scenarios researched driving scenarios -extensive measurements with pro and everyday drivers Driver Intelligence™ Sun and Driver Intelligence™ Moon pair well together for day and nighttime driving. Learn more: https://hubs.la/Q02bzyTY0

Check out this amazing new tool that uses the power of machine learning to shorten taxi times, reduce ramp congestion and help our aircraft get to the gate faster. #machinelearning #airlineindustry #americanairlines #airportoperations #airtrafficmanagement

Heading to #GovFleetExpo? Stop by Booth 830 to discover the benefits of GPS-powered fleet tracking and how telematics can help with fleet visibility and dispatching. Learn more about our AI dashcam enhancements. http://spr.ly/6047jTIuP

A new artificial intelligence system aims to alert operators of potential problems during percutaneous coronary intervention procedures, much the way many newer-model automobiles now alert drivers if they weave out of a lane or of a potential collision. Read more on #CRTonline. https://ow.ly/TjVn50R5ZnG #CRT2024

New Atlas video from Boston Dynamics looks very impressive ! A couple things that caught my attention: 1. Compared to other humanoid demos (mostly teleoperated), the robot is much faster at walking with the load and balancing the body during manipulation. In my opinion, this where Boston Dynamics is ahead from the competition. Most of the humanoid demos thus far demonstrated dexterous manipulation while standing still or moving very slowly. 2. The hand design looks quite different from the competition. While others have opted for human-like hands with many degrees of freedom, BD has opted for a more functional and robust design with 3 fingers. This should be sufficient for most tasks in logistics and manufacturing that require handling rigid and heavy objects. Would love to hear your thoughts on the robot in comments below.

Seeing the geometries overlaid in real time with the world shows how smart our system is about what we're handling, how it affects our dynamics, and how we calculate the perfect poses for grasping, moving, and placing this rather heavy strut. Absolutely amazing demonstration of what humanoid robots can do for the future of manufacturing. Way to go Atlas! 💪

This morning, I was captivated by this video showcasing a humanoid robot from Boston Dynamics, effortlessly demonstrating strength and precision. It's moments like these that remind me of the incredible pace of innovation we're experiencing in 2024. As I reflect on these advancements, I can't help but acknowledge the mixed emotions they evoke : On one hand, there's the awe-inspiring potential to enhance efficiency and improve lives. Yet, there are also concerns about job displacement and #cybersecurity threats. However, amidst these challenges there are tremendous opportunities, I'm optimistic about our ability to #adapt, #learn, and #collaborate. By embracing change and fostering ethical practices, we can navigate the complexities of this era while creating a world that's not only technologically advanced but also compassionate and inclusive. #ai #humanoid #bostondynamics #robots #TechRevolution #Innovation #FutureForward

Looks like Atlas knows this particular thing and hence knows how to grab that thing and put it into place. Can Atlas handle arbitrary objects? Anyway, the way it makes steps is more impressive to me for some reason.

Exciting technology being showcased here! While humanoid robots may still be far from everyday use, it's worth pondering their potential impact on the next generation of automated systems. Will HMIs become easier or more challenging to program if operator interactions mimic humanoid behavior? Heck will they even be needed?! Will machines be tailored for humanoid interaction rather than human interaction? And how might safety systems evolve? Will humanoid robots have AI that learns the machine/process as it ages? For now, these questions may seem distant, but it's fascinating to consider the possibilities.

In the next decade, we'll witness the adoption of human-like robots to perform repetitive and strenuous tasks. We'll see them in factories, supervised by highly qualified personnel. The number of manual workers will decrease over time. We'll have more automated factories with fewer people on site, and the rest will be managed remotely. Working in robotics, IoT, and AI will become increasingly demanded, particularly where certain technologies are more prevalent. Eventually, a human-like robot will cost less than an average worker. The labor market will undergo a transformation, and all that comes with it.