Gear Outdoor Gear I did a speedrun through Under Armour's innovation labs to learn how a marathon supershoe crosses the finish line More information Adding us as a Preferred Source in Google by using this link indicates that you would like to see more of our content in Google News results. We may earn revenue from the products available on this page and participate in affiliate programs. Baltimore speaks before anyone at Under Armour gets to say a word. Driving along the seams of the Baltimore Peninsula, the city does what it does so well, giving off stubborn grit and industrial sprawl. Pulling off I-95, freight trucks, not tour buses, share the road with me. Like much of the city, it's a waterfront neighborhood (re)shaped by salvage and second acts.

Precise manipulation tasks require accurate knowledge of payload inertial parameters. Unfortunately, identifying these parameters for unknown payloads while ensuring that the robotic system satisfies its input and state constraints while avoiding collisions with the environment remains a significant challenge. This paper presents an integrated framework that enables robotic manipulators to safely and automatically identify payload parameters while maintaining operational safety guarantees. The framework consists of two synergistic components: an online trajectory planning and control framework that generates provably-safe exciting trajectories for system identification that can be tracked while respecting robot constraints and avoiding obstacles and a robust system identification method that computes rigorous overapproximative bounds on end-effector inertial parameters assuming bounded sensor noise. Experimental validation on a robotic manipulator performing challenging tasks with various unknown payloads demonstrates the framework's effectiveness in establishing accurate parameter bounds while maintaining safety throughout the identification process. The code is available at our project webpage: https://roahmlab.github.io/OnlineSafeSysID/.

Fighting in Gaza between the Israeli army and the armed faction of Hamas is a textbook example of modern asymmetric warfare. Whenever fighting ends, it will be studied by strategists and tacticians. The term "asymmetric warfare" has been used for less than 60 years, but the concept is much older. Asymmetric wars are usually bloodier and more savage than those between regular armies: In a state versus non-state conflict, the latter's fighters are not recognised as "proper" combatants and thus not considered protected by international conventions and laws of war. The regular army will use weapons and tactics that might be legally unacceptable in a "proper war".

Ensuring safe, real-time motion planning in arbitrary environments requires a robotic manipulator to avoid collisions, obey joint limits, and account for uncertainties in the mass and inertia of objects and the robot itself. This paper proposes Autonomous Robust Manipulation via Optimization with Uncertainty-aware Reachability (ARMOUR), a provably-safe, receding-horizon trajectory planner and tracking controller framework for robotic manipulators to address these challenges. ARMOUR first constructs a robust controller that tracks desired trajectories with bounded error despite uncertain dynamics. ARMOUR then uses a novel recursive Newton-Euler method to compute all inputs required to track any trajectory within a continuum of desired trajectories. Finally, ARMOUR over-approximates the swept volume of the manipulator; this enables one to formulate an optimization problem that can be solved in real-time to synthesize provably-safe motions. This paper compares ARMOUR to state of the art methods on a set of challenging manipulation examples in simulation and demonstrates its ability to ensure safety on real hardware in the presence of model uncertainty without sacrificing performance. Project page: https://roahmlab.github.io/armour/.

The lessons of the Ukraine war are still being debated and assessed. After all, there still is no official winner in this conflict. But the war has clearly accelerated certain military trends, experts have said, indicating how future wars will be fought. Social media is perhaps the greatest innovation in this war. The internet has been replete with videos of Russian armour being destroyed by Ukrainian operatives, an underdog narrative amplified repeatedly by official Ukrainian channels.

The war in Ukraine has highlighted two things to Russia and the outside world: that Russia's much-vaunted military revolution has been exaggerated and that Ukraine's resistance to the invasion is total. Russia's military capabilities have been built up in Western eyes, particularly after its modernisation programme in the wake of the 2008 Georgian conflict. New equipment was ordered and training focused on realism as Russia's armed forces were put on a more professional footing. A new doctrine, designed to give the military greater flexibility in responding to a variety of scenarios, was also developed. Russia's new "hybrid" military tactics were highlighted by the relatively bloodless takeover of the Crimean peninsula in 2014, when "grey" operations – those below the threshold of actual conflict – were seen.

Investing in personalization is good for brands. Research from McKinsey found that brands that excel at personalization deliver five to eight times the marketing ROI and boost their sales by more than 10% over companies that don't personalize. Personalization can be an overwhelming and time-consuming task, but it's made simpler through artificial intelligence. In fact, it's never been easier to understand consumers and create personalized offers with AI. Here are seven of the best examples of using AI to improve personalization.

Time to get some Segway e-skates. We also report on the 1000-player battle-royale game hoping to beat Fortnite and PUBG and check out some new workout headphones made by Under Armour and The Rock. Accidents will happen.Segway's new e-skates are probably a terrible idea The Segway Drift W1 is a pair of e-skates using the balancing technology the company is well-known for. The skates promise to bring all the "coolness" that you can expect from the Segway line, which quite frankly isn't saying much. The Segway Drift W1s look about as fantastically nerdy as you'd expect.

Some players find the carnage of Monster Hunter: World distasteful. Mon 12 Feb 2018 08.48 EST Last modified on Mon 12 Feb 2018 08.51 EST I have an admission to make: I'm a vegetarian who enjoys big-game hunting. For the past several weeks I have been playing Monster Hunter: World, a PlayStation 4 video game in which you head out into the wilds and hunt down enormous dinosaur-like creatures, wearing armour fashioned from the bones, fur and scales of previous conquests. Monster Hunter: World is nothing like real-world hunting. For one thing, the monsters in question are hugely powerful and often eat me for dinner several times before I finally manage a victory, and for another I do most of my hunting with a lightning-infused axe that transforms into a sword.

The U.S. Army is looking for innovative scientists to create a prototype design for futuristic, next-generation combat wear for soldiers inspired by the nano suit worn in the Iron Man films. In an announcement posted in December, the U.S. Special Operations Command, which is part of the Defense Department, requested submissions from any'industry, academia, individuals and government organizations,' interested in developing a special super suit for the military. It requires submissions include an'operable exoskeleton' that's capable of a human range of motion and won't get in the way of operating machinery. The Tactical Assault Light Operator Suit (Talos) would effectively give its wearer superpowers, such as the ability to see in the dark, super-human strength and a way of deflecting bullets. The Tactical Assault Light Operator Suit (Talos) would effectively give its wearer superpowers, such as the ability to see in the dark, super-human strength and a way of deflecting bullets.