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AI TAKES THE LEAD IN HIGH-SPEED DRONE RACING

9/23/2023



 

In a recent drone race, advanced AI technology outclassed human capabilities in
speed and agility. These drones, relying solely on visual data, accomplished
tasks with unparalleled accuracy and efficiency. The results could revolutionize
fields requiring high-speed data collection and fast decision-making.

The autonomous drones use a 36-camera infrared tracking system for localization,
achieving accuracy within millimeters at 400 times per second. An off-board
computer integrates this data with a map, steering the drone along an optimal
course. The key innovation is using deep-reinforcement learning algorithms that
adapt to real-world environments. The Intel RealSense vision system identifies
visual cues, while an Nvidia Jetson TX2 module handles image processing, making
these drones surprisingly self-reliant and effective.

"I think ultimately, a machine will be better than any human pilot, especially
when consistency and precision are important," says Scaramuzza, confident in the
technology's future capabilities.

The advancement showcases how AI-powered drones could set new standards in
multiple industries, opening doors for further innovative applications.

Source: Link









MECHANICAL ATHLETES TRANSFORMING SOCCER

9/10/2023



 

RoboCup, an annual international competition, has advanced significantly since
its inception in 1997. By fostering collaboration and innovation in AI and
robotics, it allows teams to develop autonomous robots capable of playing
soccer, performing household tasks, and aiding in disaster response. This growth
pushes technological boundaries and creates new opportunities for the next
generation of engineers and scientists.

The event now includes various leagues, from small-wheeled robots to humanoids.
Teams have introduced innovations such as mechanical kicking devices and
strategic dribbling. The Middle-Size League now showcases robots with human-like
offensive and defensive strategies, even competing against professional human
teams. The competition also has extensions like RoboCup@Home, RoboCup Rescue,
and RoboCup@Work, focusing on domestic, disaster response, and industrial
applications.

The technological advancements within RoboCup have even led to successful
business endeavors, such as Kiva Systems, which Amazon acquired. These
innovations underscore the significant impact RoboCup has had on the field of
robotics and how it serves as a breeding ground for future technologies.

RoboCup represents more than just a competition; it is a dynamic platform for
technological progress. The developments derived from it are likely to influence
various industries, potentially revolutionizing how robots and AI are integrated
into our daily lives and how they address real-world challenges.

Source: Link









METALLIC GEL ENABLES ROOM TEMPERATURE 3D PRINTING

8/19/2023



 


A metallic gel has been developed that allows for the 3D printing of solid
objects at room temperature. This breakthrough innovation offers a solution to
the limitations faced in the manufacturing industry. The gel's ability to create
highly conductive 3D-printed objects opens new avenues for electronic component
production.

This metallic gel combines micron-scale copper particles and an indium-gallium
alloy, resulting in a gel-like material with a uniform distribution of copper
particles. The printed objects retain their shape and become even more solid as
they dry at room temperature. With up to 97.5% metal content, it surpasses any
other printable material's conductivity, making it ideal for various electronic
applications.

According to Michael Dickey, the Camille & Henry Dreyfus Professor of Chemical
and Biomolecular Engineering at North Carolina State University: "This gel-like
consistency is important, because it means you have a fairly uniform
distribution of copper particles throughout the material."

By combining the benefits of 3D printing and high conductivity, the metallic gel
represents a significant step forward in additive manufacturing. From creating
electronic components to enhancing energy technologies and aerospace systems,
this breakthrough material opens up new possibilities for innovation in a wide
range of industries.

Source: Link









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