Partitioned Global Address Space (PGAS) is a method of HPC distributed programming developed by University of California - Berkeley. Programs implement the PGAS api via C or C++, and the Berkeley UPC compiler front-end will preprocess the source to be compiled by GCC and linked to the necessary libraries to make it work. PGAS is an alternative to the Message Passing Interface (MPI) generally used, although the UPC coexists well with the various MPI implementations.
My goal is to package the preprocessing tools necessary to allow PGAS to run in OpenSUSE. This requires the following steps:
Eliminate the overhead that usually comes with managing access details and credentials for many hosts in many locations by providing tools to install an 'anchor' service on one publicly accessible server, and a reverse tunnel and authentication synchronization service on each of the hosts one needs access to.
The AverMedia LGP Lite (GL310) is a cheap HDMI (with pass-through) to USB 2.0 capture card. The card only supports compressed output (afaik) which makes it slightly less useful but still very valuable when debugging graphical issues. The plan is to hook a few of these up to my test machines so I can stream the output to my workstation and integrate with the rest of my test setup. So far I've discovered that the card needs to be loaded with two firmwares. One for audio and one for video. Hopefully this will turn into a standard UVC device once the initial bootstrap is done fingers crossed.
Specifications (From AverMedia webside):
At moment PowerKVM client needs to be shutdown after installation. A manual changes for boot orders in configuration file is needed for booting up SLES 12.
The idea is to create GRUB menu which can be handed over from DNS Server to client when it starts up. The GRUB menu should contains normal installation option and entry which is able to boot SLES 12 from hard disk.
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UI stuff is an important part for desktop environment, so I would like to learn some basic details for UI techniques.
This may includes deep learning for javascript, css, xml, svg etc, but not limited.
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BACKGROUND
Remote Attestation is a technique defined by the Trusted Computing Group (TCG) consortium (http://www.trustedcomputinggroup.org/) to verify a platform's integrity (i.e. whether or not that platform is behaving as expected).
Updated
over 4 years
ago.
No love.
Has no hacker:
grab it!
Create a parser for Training Labs
SSH bastion and host management tools
Linux driver for the AverMedia LGP Lite (GL310)
learning deepsea and ceph world
Spicy RaspberryPi
Try to fix crashes in openshot when working a lot with audio snippets
Remote Attestation of SLE 12