NASA Built A Computer For Artemis II That Can't Fail, Here's The Engineering Behind It

When the Artemis II four-person crew left Earth’s orbit, they were protected by a computing system designed to move beyond simple redundancy (a la the Apollo missions) to a fail-silent architecture.

Broadcom’s Three Engines Are Rewriting Its Valuation Story

While Nvidia is celebrated as the predominant force in AI computing, Broadcom is subtly positioning itself to be the provider ...
PCMag

FCC Set to Supercharge Starlink Performance, Potentially Lower Costs

The FCC is preparing to revamp decades-old 'equivalent power flux density' rules, which could spur new competition but faces ...
TV Tech

ENCO to Showcase New aiTrack Capabilities at 2026 NAB Show

ENCO has announced a major evolution of its aiTrack dynamic content insertion technology for NAB Show 2026, transforming the ...
Communications of the ACM

How NASA Built Artemis II’s Fault-Tolerant Computer

The computer system aboard the current Artemis II lunar space mission is from a different world that the one from the Apollo ...
IEEE

Adaptive Dynamic Programming-Based Finite-Time Optimal Backstepping Force/Position Control of Reconfigurable Robot Manipulators via Pareto Optimal

Abstract: To address the force/position control challenges in transitioning from free-space motion to tasks involving environmental contact, this paper proposes an Adaptive Dynamic Programming ...

Chevy Corvette under stop sale because a software glitch might not tell drivers their turn signals are out

The fix, as is so often the case these days, is an over-the-air update.
IEEE

Event-Triggered Distributed Optimal Bipartite Consensus Control for Multi-Agent Systems via Adaptive Dynamic Programming

Abstract: This paper is dedicated to researching event-triggered distributed optimal bipartite consensus (EDOBC) control for multi-agent systems (MASs). By designing a new type of value function, a ...