Home Blog Page 962

Google Open-Sourcing TensorFlow Shows AI’s Future Is Data

In open sourcing the TensorFlow AI engine, Lukas Biewald says, Google showed that, when it comes to AI, the real value lies not so much in the software or the algorithms as in the data needed to make it all smarter. Google is giving away the other stuff, but keeping the data.

“As companies become more data-driven, they feel more comfortable open sourcing lots of [software]. They know they’re sitting on lots of proprietary data that nobody else has access to,†says Biewald, who also worked at Yahoo as a search engineer and helped bootstrap a notable search startup called Powerset, now owned by Microsoft. “What they’re not opening up is their data. They would never do that.â€

Read more at Wired.

Freescale Makes Significant Investment in Real Time Linux

freescale logoFreescale has just announced they are joining the Real Time Linux (RTL) Collaborative Project as a Gold Member.  Freescale joins Google, National Instruments, OSADL, and TI with a significant investment because they value the strategic importance of this open source project and the benefits it creates for their customers.

For years, Freescale has offered full Linux board support packages to their customers which represent a broad range of industries including robotics, telecom, manufacturing, aviation and medical.

Linux adoption for embedded applications is following a similar path to what we saw in mobile, where smartphones and their apps drove new experiences and even further commercial success of Linux (via Android) in the marketplace. In the case of embedded systems, advances in artificial intelligence, image and voice recognition are sparking massive innovations based on the power, flexibility and cost advantages of embedded Linux systems. For example, in drones and cars we are seeing a convergence of advanced image recognition and artificial intelligence giving way to pilotless and driverless navigation.  From robotics, to drones, to cars, a real time Linux kernel is key to the foundation of these soon-to-be commercially available solutions.

With increased deployment of these devices in the field, support requirements escalate and mainline code gets costlier to maintain.  Companies spend more and more development time maintaining patches instead of innovating.  These costs and delayed innovation ultimately hurt the consumer.

The Linux Foundation helps companies solve this dilemma by helping them leverage open source to share the cost of R&D and build open source platforms that allow them to innovate faster.

The research and development required to implement full real time support in the Linux kernel mainline is substantial.   The RTL Collaborative Project supports Preempt-RT maintainer, Thomas Gleixner and his team of RT experts to do this R&D and push critical code upstream to be reviewed and eventually merged into the mainline Linux kernel where it will receive ongoing support. This will save the industry millions of dollars in development and will focus their efforts on innovation instead of patching kernels.    

As a Gold member, Freescale will lead at the Gold level and have voting rights on resource allocations while also participating in the quarterly code plan review, and the twice yearly face-to-face at the Embedded Linux Conference. In addition, Freescale will have the option of sending an engineer for one month to work alongside Gleixner and his team.

I applaud Freescale, a long time member of The Linux Foundation and advisory board member of the Yocto Project, for joining this important project and reinforcing their long standing commitment to the Linux and open source community.

Docker Debuts Universal Control Plane Management Service

The new technology, unveiled DockerCon EU, provides enterprise deployment and management capabilities.

Read more at eWeek

How to Encrypt Directories/Partitions with eCryptfs on Debian 8 (Jessie)

eCryptfs is a POSIX-compliant enterprise-class stacked cryptographic filesystem for Linux. You can use it to encrypt partitions and also directories that don’t use a partition of their own, no matter the underlying filesystem, partition type, etc. This tutorial shows how to use eCryptfs to encrypt a directory on Debian Jessie.

Read more at HowtoForge

Ubuntu MATE Developers Are Preparing Something Special for 16.04 LTS

The Ubuntu MATE developers usually post details about donations from the previous month, and regardless of what people might think, it’s actually a very interesting read. The same is true for the month of October.

The Ubuntu MATE devs have started a very nice public trend of publishing everything they are doing with the money they receive from donations. Other projects have similar transparency procedures, but that’s not all. In the case of Ubuntu MATE, we also see that a s… (read more)

Ubuntu Core to Power MagicStick, the Most Powerful PC Stick Ever Made

MagicStick is a new PC-on-a-stick device that promises to be the most powerful launched until now, and it’s in the middle of a very successful Indiegogo campaign. To top it all off, MagicStick will also provide the users with the option of loading it with Ubuntu Core.

MagicStick came out of nowhere and took everyone by surprise. It’s presented as the most powerful device of its kind, and if we take a closer look at its specs, we have no reason to think that’s not the case. … (read more)

Hewlett Packard Enterprise Embraces Docker

VIDEO: Hewlett Packard Enterprise VP Omri Gazitt discusses DockerCon EU news and why containers are the path to platform-as-a-service (PaaS).

Read more at eWeek

IT Workers in Major Cities Want More Affordable Housing

In addition, nearly half of tech pros in major tech cities say they deal with too much traffic and congestion on their commute, according to Dice.

Read more at eWeek

How to Customise Your Linux Desktop: Xfce

Here is the first in a series of posts describing some of the most popular Linux desktops, including examples of customizing their appearance and operation.

Read more at ZDNet News

The IoT and the Return of 8-bit Computing

It’s time to brush off those 1980s programming skills, if we’re to have a cheap and flexible Internet of Things.

Read more at ZDNet News