Irish Basic Income Support Scheme For Artists To Be Made Permanent
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Boy, 15, who drowned after jumping into river was 'copying friends' - but 'didn't know the risk' because he had a learning disorder, inquest hears
Strange bruises. Unexplained fatigue. Lynn put her strange symptoms down to being a busy mum. Then her friend made her get a blood test - and the results saved her life
Britain's safest villages: From low crime rates to picturesque settings and a 'strong' sense of community, these are the best places to raise your family
Bringing Desktop Linux GUIs to Android: The Next Step in Graphical App Support
Android has long been focused on running mobile apps, but in recent years, features aimed at developers and power users have begun pushing its boundaries. One exciting frontier: running full Linux graphical (GUI) applications on Android devices. What was once a novelty is now gradually becoming more viable, and recent developments point toward much smoother, GPU-accelerated Linux GUI experiences on Android.
In this article, we’ll trace how Linux apps have run on Android so far, explain the new architecture changes enabling GPU rendering, showcase early demonstrations, discuss remaining hurdles, and look at where this capability is headed.
The State of Linux on Android Today The Linux Terminal AppGoogle’s Linux Terminal app is the core interface for running Linux environments on Android. It spins up a virtual machine (VM), often booting Debian or similar, and lets users enter a shell, install packages, run command-line tools, etc.
Initially, the app was limited purely to text / terminal-based Linux programs; graphical apps were not supported meaningfully. More recently, Google introduced support for launching GUI Linux applications in experimental channels.
Limitations: Rendering & PerformanceEven now, most GUI Linux apps on Android are rendered in software, that is, all drawing happens on the CPU (via a software renderer) rather than using the device’s GPU. This leads to sluggish UI, high CPU usage, more thermal stress, and shorter battery life.
Because of these limitations, running heavy GUI apps (graphics editors, games, desktop-level toolkits) has been more experimental than practical.
What’s Changing: GPU-Accelerated RenderingThe big leap forward is moving from CPU rendering to GPU-accelerated rendering, letting the device’s graphics hardware do the heavy lifting.
Lavapipe (Current Baseline)At present, the Linux VM uses Lavapipe (a Mesa software rasterizer) to interpret GPU API calls on the CPU. This works, but is inefficient, especially for complex GUIs or animations.
Introducing gfxstreamGoogle is planning to integrate gfxstream into the Linux Terminal app. gfxstream is a GPU virtualization / forwarding technology: rather than reinterpreting graphics calls in software, it forwards them from the guest (Linux VM) to the host’s GPU directly. This avoids CPU overhead and enables near-native rendering speeds.
Go to Full ArticleEssex chip shop named among top 20 in the UK at national awards
Dramatic moment Essex Police force 'stolen' Range Rover to stop on M11 after 'theft'
Essex chip shop named among top 20 in the UK at national awards
The 'halo effect' that makes young women fall in love with the most dangerous criminals - after being blinded by their good looks
Police and military radio maker BK Technologies cops to cyber break-in
BK Technologies, the Florida-based maker of mission-critical radios for US police, fire, and defense customers, has confessed to a cyber intrusion that briefly rattled its IT systems last month.…