Qualcomm Launches First True ‘App Store’ For AI With 75 Free Models

Wayne Williams reports via TechRadar: Qualcomm has unveiled its AI Hub, an all-inclusive library of pre-optimized AI models ready for use on devices running on Snapdragon and Qualcomm platforms. These models support a wide range of applications including natural language processing, computer vision, and anomaly detection, and are designed to deliver high performance with minimal power consumption, a critical factor for mobile and edge devices. The AI Hub library currently includes more than 75 popular AI and generative AI models including Whisper, ControlNet, Stable Diffusion, and Baichuan 7B. All models are bundled in various runtimes and are optimized to leverage the Qualcomm AI Engine’s hardware acceleration across all cores (NPU, CPU, and GPU). According to Qualcomm, they’ll deliver four times faster inferencing times.

The AI Hub also handles model translation from the source framework to popular runtimes automatically. It works directly with the Qualcomm AI Engine direct SDK and applies hardware-aware optimizations. Developers can search for models based on their needs, download them, and integrate them into their applications, saving time and resources. The AI Hub also provides tools and resources for developers to customize these models, and they can fine-tune them using the Qualcomm Neural Processing SDK and the AI Model Efficiency Toolkit, both available on the platform.

Read more of this story at Slashdot.

Boeing Now Also Ordered to Fix Anti-Ice System on 737 Max, 787 Jets

America’s Federal Aviation administration “will require a fix for a new 737 MAX design problem discovered by Boeing that, although it’s a remote possibility, could theoretically disable the jet’s engine anti-ice system,” reports the Seattle Times:

A different flaw in the MAX’s engine anti-ice system design drew scrutiny in January and forced the company to drop a request for an exemption from key safety regulations. And now, it’s not just the MAX with an engine anti-ice system problem. Airlines have reported a separate issue with a similar system on Boeing’s 787 Dreamliner that has caused what the FAA calls “relatively minor” damage to the engine inlets on some two dozen of these widebody jets in service.

Though the FAA considers neither problem to be an immediate risk to flight safety, in February it issued separate notices of two proposed airworthiness directives to require the fix for the engine anti-ice system on the MAX and to lay out inspection and repair procedures for that system on the 787, pending a redesign that provides a permanent fix… When there is an immediate safety risk, the FAA issues a more urgent emergency directive that must be acted upon before further flight. Jets are grounded until it’s dealt with. That’s not the case with these two proposed airworthiness directives. Indicating that the risk is considered slight, both of the proposed directives will be open for public comments until April. Only after that will action be mandated…

On the MAX, the proposed FAA directive states that Boeing identified a potential single point of failure when it reviewed the internal design of the unit that provides a backup power supply to aircraft systems if the primary electrical system fails. Such a failure could potentially result in the loss of the anti-ice systems on both engines, with no indication or warning that would alert the pilots, the FAA directive states… In November 2022, Boeing sent a service bulletin alerting airlines and describing the required fix, which the FAA will now mandate…

Unlike this MAX issue, the fault discovered on the 787 Dreamliner has resulted in actual damage to engines on passenger aircraft. The FAA airworthiness directive on the 787 states that “damage was found during overhaul on multiple inlets around the Engine Anti-Ice duct within the inlet aft compartment.” Rather than a production issue, it was a matter of the seals being insufficiently durable. Even when the plane was flying in dry air and the anti-ice system was not switched on, the seal degradation led to hot air leaking into the inlet compartment, “exposing inlet components to high temperatures,” the FAA states. Boeing said this resulted in “thermal damage and discoloration to a limited area of the surrounding composite and metallic structure inside the inlet….” The FAA’s proposed airworthiness directive warns that heat damage to the inlet structure could lead to “reduced structural strength and departure of the inlet from the airplane.”

“Departure of the inlet” is a bland way of describing the front of the pod around the engine fan detaching, potentially striking the jet’s wing, tail or fuselage. Such disintegration could result in “subsequent loss of continued safe flight and landing or injury to occupants,” the airworthiness directive states…

“A separate question is how this flaw with the 787 anti-ice duct seals and the single point of failure in the backup power supply on the MAX slipped through the FAA’s original certification of these aircraft.”

Business Insider also reports that Boeing “is holding off on a planned expansion of production for its 737 Max planes after an Alaska Airlines flight lost a chunk of the plane while airborne in January.”

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Microsoft Begins Adding ‘Copilot’ Icon to Windows 11 Taskbars

Microsoft is “delighted to introduce some useful new features” for its “Copilot Preview for Windows 11,” according to a recent blog post.

TechRepublic adds that “most features will be enabled by default… rolling out from today until April 2024.”

Windows 11 users will be able to change system settings through prompts typed directly into Copilot in Windows, currently accessible in the Copilot Preview via an icon on the taskbar, or by pressing Windows + C. Microsoft Copilot will be able to perform the following actions:

– Turn on/off battery saver.
– Show device information.
– Show system information.
– Show battery information.
– Open storage page.
– Launch Live Captions.
– Launch Narrator.
– Launch Screen Magnifier.
– Open Voice Access page.
– Open Text size page.
– Open contrast themes page.
– Launch Voice input.
– Show available Wi-Fi network.
– Display IP Address.
– Show Available Storage.

The new third-party app integrations for Copilot will give Windows 11 users new ways to interact with various applications. For example, making business lunch reservations through OpenTable…
Other new AI features for Windows 11 rolling out today include a new, AI-powered Generative Erase tool, which sounds reminiscent of Google’s Magic Eraser tool for Google Photos. Generative Erase allows users to remove unwanted objects or artifacts from their photos in the Photos app.

Likewise, Microsoft’s video editing tool Clipchamp is receiving a Silence Removal tool, which functions much as the name implies  — it allows users to remove gaps in conversation or audio from a video clip.

Voice access is another focal point of Microsoft’s latest Windows 11 update, detailed in a separate blog post by Windows Commercial Product Marketing Manager Harjit Dhaliwal. Users can now use voice controls to navigate between multiple displays, aided by number and grid overlays that provide easy switching between screens.

A Copilot icon has already started appearing in the taskbar of some Windows systems. If you Google “microsoft installs copilot preview windows,” Google adds these helpful suggestions.

People also ask: Why is Copilot preview on my computer?

How do I get rid of Copilot preview on Windows 10?

“Apparently there was some sort of update…” writes one Windows users. “Anyway, there is a logo at the bottom of the screen that is distracting and I’d like to get rid of it.”

Lifehacker has already published an article titled “How to Hide (or Disable) Copilot in Windows 11.”

“Artificial intelligence is feeling harder and harder to avoid,” it begins, “but you still have options.”

Read more of this story at Slashdot.

Can NASA Return Mars Samples to Earth? New Audit Raises Doubts

Space.com writes that NASA’s plan to return samples from Mars to the earth “is facing major challenges, according to a new report.

“Design, cost and scheduling are all significant obstacles, an audit report of NASA’s Mars Sample Return (MSR) Program by the agency’s Office of Inspector General (OIG) finds…”

It involves landing on Mars to collect samples taken by the Perseverance rover and launching those samples to rendezvous with an orbiter, which will haul them to Earth. Perseverance is already on Mars, snagging and storing samples. But the program still needs to build a Sample Retrieval Lander and an Earth Return Orbiter, the latter being developed and funded by the European Space Agency. The Mars Sample Return program is one of the most technically complex, operationally demanding and ambitious robotic science missions ever undertaken by NASA, according to the OIG report.

The report notes design, architecture and schedule issues with the Capture Containment and Return System. These design issues resulted in adding about $200 million to the budget and one year of lost schedule… There is concern that, due to the number and significance of cost increase indicators so far, the $7.4 billion estimate is “premature and may be insufficient,” the report finds. Now, the complexity… could drive costs to between $8 billion to $11 billion, the OIG report notes, citing a September 2023 Independent Review Board report. Notably, a July 2020 estimate listed costs of $2.5 to $3 billion.

These new figures indicate significant financial challenges and uncertainties… Issues include inflation, supply chain problems and increases in funding requests for specific program components.

Read more of this story at Slashdot.