Free for All How Linux and the Free Software Move- Ment Undercut the High-Tech Titans
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Getting Console and Graphical Hardware System Information on Linux with Cpuinfo, Neofetch, CPU-X (CPU-Z Unix Alternative), I- Nex and Inxi
? Walking in Light with Christ - Faith, Computing, Diary Free Software GNU Linux, FreeBSD, Unix, Windows, Mac OS - Hacks, Goodies, Tips and Tricks and The True Meaning of life http://www.pc-freak.net/blog Getting Console and Graphical hardware system information on Linux with cpuinfo, neofetch, CPU-X (CPU-Z Unix alternative), I- nex and inxi Author : admin Earlier I've wrote extensive article on how to get hardware information on Linux using tools such as dmidecode, hardinfo, lshw, hwinfo, x86info and biosdecode but there are few other hardware reporting tools for Linux worthy to mention that has been there for historical reasons such as cpuinfo as we as some new shiny ones such as neofetch (a terminal / console hardware report tool as well the CPU-X and I- Nex which is Linux equivalent to the all known almost standard for Windows hardware detection CPU- Z worthy to say few words about. 1. cpuinfo 1 / 24 ? Walking in Light with Christ - Faith, Computing, Diary Free Software GNU Linux, FreeBSD, Unix, Windows, Mac OS - Hacks, Goodies, Tips and Tricks and The True Meaning of life http://www.pc-freak.net/blog Perhaps the most basic tool to give you a brief information about your Processor type (model) number of Cores and Logical Processors is cpuinfo I remember cpuinfo has been there since the very beginning on almost all Linux distributions's repository, nowadays its popularity of the days when the kings on the Linux OS server scenes were Slackware, Caldera OpenLinux and Redhat 6.0 Linux and Debian 3.0 declined but still for scripting purposes it is handy small proggie. -
SFLC V Conservancy
Trademark Trial and Appeal Board Electronic Filing System. http://estta.uspto.gov ESTTA Tracking number: ESTTA863914 Filing date: 12/11/2017 IN THE UNITED STATES PATENT AND TRADEMARK OFFICE BEFORE THE TRADEMARK TRIAL AND APPEAL BOARD Proceeding 92066968 Party Defendant Software Freedom Conservancy Correspondence PAMELA S CHESTECK Address CHESTEK LEGAL P O BOX 2492 RALEIGH, NC 27602 UNITED STATES Email: [email protected] Submission Motion for Summary Judgment Yes, the Filer previously made its initial disclosures pursuant to Trademark Rule 2.120(a); OR the motion for summary judgment is based on claim or issue pre- clusion, or lack of jurisdiction. The deadline for pretrial disclosures for the first testimony period as originally set or reset: 07/20/2018 Filer's Name Pamela S Chestek Filer's email [email protected] Signature /Pamela S Chestek/ Date 12/11/2017 Attachments Motion for SJ on affirmative defenses-signed.pdf(756280 bytes ) Kuhn-Declara- tion_summary-judgment_as-submitted_reduced-size-signed.pdf(2181238 bytes ) Sandler-declara- tion_summary-judgment_as-submitted-reduced-size-signed.pdf(1777273 bytes ) Chestek declaration_summary-judgment-signed-with-exhibits.pdf(2003142 bytes ) IN THE UNITED STATES PATENT AND TRADEMARK OFFICE BEFORE THE TRADEMARK TRIAL AND APPEAL BOARD In the Mater of Registraion No. 4212971 Mark: SOFTWARE FREEDOM CONSERVANCY Registraion date: September 25, 2012 Sotware Freedom Law Center Peiioner, v. Cancellaion No. 92066968 Sotware Freedom Conservancy Registrant. RESPONDENT’S MOTION FOR SUMMARY JUDGMENT ON ITS AFFIRMATIVE DEFENSES Introducion The Peiioner, Sotware Freedom Law Center (“SFLC”), is a provider of legal services. It had the idea to create an independent enity that would ofer inancial and administraive services for free and open source sotware projects. -
Linux on the Road
Linux on the Road Linux with Laptops, Notebooks, PDAs, Mobile Phones and Other Portable Devices Werner Heuser <wehe[AT]tuxmobil.org> Linux Mobile Edition Edition Version 3.22 TuxMobil Berlin Copyright © 2000-2011 Werner Heuser 2011-12-12 Revision History Revision 3.22 2011-12-12 Revised by: wh The address of the opensuse-mobile mailing list has been added, a section power management for graphics cards has been added, a short description of Intel's LinuxPowerTop project has been added, all references to Suspend2 have been changed to TuxOnIce, links to OpenSync and Funambol syncronization packages have been added, some notes about SSDs have been added, many URLs have been checked and some minor improvements have been made. Revision 3.21 2005-11-14 Revised by: wh Some more typos have been fixed. Revision 3.20 2005-11-14 Revised by: wh Some typos have been fixed. Revision 3.19 2005-11-14 Revised by: wh A link to keytouch has been added, minor changes have been made. Revision 3.18 2005-10-10 Revised by: wh Some URLs have been updated, spelling has been corrected, minor changes have been made. Revision 3.17.1 2005-09-28 Revised by: sh A technical and a language review have been performed by Sebastian Henschel. Numerous bugs have been fixed and many URLs have been updated. Revision 3.17 2005-08-28 Revised by: wh Some more tools added to external monitor/projector section, link to Zaurus Development with Damn Small Linux added to cross-compile section, some additions about acoustic management for hard disks added, references to X.org added to X11 sections, link to laptop-mode-tools added, some URLs updated, spelling cleaned, minor changes. -
List of New Applications Added in ARL #2603
List of New Applications Added in ARL #2603 Application Name Publisher DataConnect 11.5 Actian Source Sans Pro 1.0 Adobe PDF Broker Process for Internet Explorer 21.1 Adobe Creative Suite CS6 Standard Adobe Collaboration Synchronizer 20.1 Adobe Collaboration Synchronizer 21.1 Adobe Connect 2020.12 Adobe AD Group Manager 1.1 Albus Bit AD Group Manager 1.2 Albus Bit Query Reporter 3.3 Allround Automations Monarch 13.0 Classic Altair Engineering IMAGEPro 1.1 AMETEK CrystalControl 2.1 AMETEK NekoHTML 1.9 Andy Clark Sherlock 6.2 Ansys Flash Banner Maker 1.0 Anvsoft Any Video Converter 5.5 Anvsoft TomeePlus 9.0 Apache Software Foundation Falcon 0.1 Apache Software Foundation JaxMe 0.5 Apache Software Foundation A-PDF Split A-PDF.com WealthTrack 9.0 Applied Systems Call Status Report 1.0 Aspect Software Inbound 7.3 Aspect Software CLIQ Web Manager 9.2 ASSA ABLOY CLIQ Web Manager 8.0 ASSA ABLOY Centerprise Data Integrator 7.6 Astera Software Bitbucket 2.0 Atlassian Jira Capture Chrome 1.0 Atlassian AudaEnterprise 4.0 Audatex Encode And Decode Files - Base64 1.0 Automation Anywhere Expert PDF 14.0 Avanquest Software ASG Plugin Avaya Discovery Tool 3.3 AvePoint DocAve 6.6 AvePoint DocAve 6.12 AvePoint DocAve 6.11 AvePoint DocAve 6.3 AvePoint DocAve 6.8 AvePoint DocAve 6.9 AvePoint FLY 4.5 AvePoint Wonderware Application Server Client 2020 AVEVA Group Cloud for Business On-Premises 2.0 Axure Software Solutions Automator 4.5 Axway Convene 5.8 Azeus Zulu 8.50 Azul Systems Zulu 11.35 Azul Systems Zulu 8.48 Azul Systems Zulu 15.28 Azul Systems Zulu -
Real-Time Performance During CUDA™ a Demonstration and Analysis of Redhawk™ CUDA RT Optimizations
A Concurrent Real-Time White Paper 2881 Gateway Drive Pompano Beach, FL 33069 (954) 974-1700 real-time.ccur.com Real-Time Performance During CUDA™ A Demonstration and Analysis of RedHawk™ CUDA RT Optimizations By: Concurrent Real-Time Linux® Development Team November 2010 Overview There are many challenges to creating a real-time Linux distribution that provides guaranteed low process-dispatch latencies and minimal process run-time jitter. Concurrent Computer Corporation’s RedHawk Linux distribution meets and exceeds these challenges, providing a hard real-time environment on many qualified hardware configurations, even in the presence of a heavy system load. However, there are additional challenges faced when guaranteeing real-time performance of processes while CUDA applications are simultaneously running on the system. The proprietary CUDA driver supplied by NVIDIA® frequently makes demands upon kernel resources that can dramatically impact real-time performance. This paper discusses a demonstration application developed by Concurrent to illustrate that RedHawk Linux kernel optimizations allow hard real-time performance guarantees to be preserved even while demanding CUDA applications are running. The test results will show how RedHawk performance compares to CentOS performance running the same application. The design and implementation details of the demonstration application are also discussed in this paper. Demonstration This demonstration features two selectable real-time test modes: 1. Jitter Mode: measure and graph the run-time jitter of a real-time process 2. PDL Mode: measure and graph the process-dispatch latency of a real-time process While the demonstration is running, it is possible to switch between these different modes at any time. -
Twenty Years of Berkeley Unix : from AT&T-Owned to Freely
Twenty Years of Berkeley Unix : From AT&T-Owned to Freely Redistributable Marshall Kirk McKusick Early History Ken Thompson and Dennis Ritchie presented the first Unix paper at the Symposium on Operating Systems Principles at Purdue University in November 1973. Professor Bob Fabry, of the University of California at Berkeley, was in attendance and immediately became interested in obtaining a copy of the system to experiment with at Berkeley. At the time, Berkeley had only large mainframe computer systems doing batch processing, so the first order of business was to get a PDP-11/45 suitable for running with the then-current Version 4 of Unix. The Computer Science Department at Berkeley, together with the Mathematics Department and the Statistics Department, were able to jointly purchase a PDP-11/45. In January 1974, a Version 4 tape was delivered and Unix was installed by graduate student Keith Standiford. Although Ken Thompson at Purdue was not involved in the installation at Berkeley as he had been for most systems up to that time, his expertise was soon needed to determine the cause of several strange system crashes. Because Berkeley had only a 300-baud acoustic-coupled modem without auto answer capability, Thompson would call Standiford in the machine room and have him insert the phone into the modem; in this way Thompson was able to remotely debug crash dumps from New Jersey. Many of the crashes were caused by the disk controller's inability to reliably do overlapped seeks, contrary to the documentation. Berkeley's 11/45 was among the first systems that Thompson had encountered that had two disks on the same controller! Thompson's remote debugging was the first example of the cooperation that sprang up between Berkeley and Bell Labs. -
Embedded Systems
Sri Chandrasekharendra Saraswathi Viswa Maha Vidyalaya Department of Electronics and Communication Engineering STUDY MATERIAL for III rd Year VI th Semester Subject Name: EMBEDDED SYSTEMS Prepared by Dr.P.Venkatesan, Associate Professor, ECE, SCSVMV University Sri Chandrasekharendra Saraswathi Viswa Maha Vidyalaya Department of Electronics and Communication Engineering PRE-REQUISITE: Basic knowledge of Microprocessors, Microcontrollers & Digital System Design OBJECTIVES: The student should be made to – Learn the architecture and programming of ARM processor. Be familiar with the embedded computing platform design and analysis. Be exposed to the basic concepts and overview of real time Operating system. Learn the system design techniques and networks for embedded systems to industrial applications. Sri Chandrasekharendra Saraswathi Viswa Maha Vidyalaya Department of Electronics and Communication Engineering SYLLABUS UNIT – I INTRODUCTION TO EMBEDDED COMPUTING AND ARM PROCESSORS Complex systems and micro processors– Embedded system design process –Design example: Model train controller- Instruction sets preliminaries - ARM Processor – CPU: programming input and output- supervisor mode, exceptions and traps – Co- processors- Memory system mechanisms – CPU performance- CPU power consumption. UNIT – II EMBEDDED COMPUTING PLATFORM DESIGN The CPU Bus-Memory devices and systems–Designing with computing platforms – consumer electronics architecture – platform-level performance analysis - Components for embedded programs- Models of programs- -
1999 Nendo Supercompiler Te
NEDO-PR- 9 90 3 x-A°-=i wu ? '7-z / □ ixomgffi'g. NEDOBIS T93018 #f%4vl/4=- — 'I'Jff&'a fi ISEDQ mb'Sa 3a 0-7 rx-/<-n>/<^7-T^yovOIElS9f%l TR&1 2^3^ A 249H illK t>*^#itafc?iJI+WE$>i=t^<bLfc3>/U7S#r$u:|-^n S & - *%#$............. (3) (5) m #.......... (7) Abstract............ (9) m #?'Hb3>/W3## i 1.1 # i 1.2 g ##Wb3 7 ©&ffitib[p].................................................... 3 1.2.1 ............................................................................... 3 1.2.2 ^ y ........................................................................ 18 1.2.3 OpenMP 43,fctf OpenMP ©x-^fcKlfOttfcifeSi................. 26 1.2.4 #%3 >;W ly —^ 3 .............................................. 39 1.2.5 VLIW ^;i/3£#Hb.................................................................... 48 1.2.6 ........................ 62 1.2.7 3>;W7 <b)## p/i-f-zL —- > py—............... 72 1.2.8 3 >;w 3©##E#m©##mm.............................................. 82 1.2.9 3°3-tr y +1 © lb fp] : Stanford Hydra Chip Multiprocessor 95 1.2.10 s^^Eibrniiis : hpca -6 .............................. 134 1.3 # b#^Hb3>/W7^#m%................. 144 1.3.1 m # 144 1.3.2 145 1.3.3 m 152 1.3.4 152 2$ j£M^>E3 >hajL-T-^ 155 2.1 M E......................................................................................................................... 155 2.2 j£M5>i(3 > b° j-—x 4“ >^"©&Hlib[p] ........................................................... 157 2.2.. 1 j[£WtS(3>h0a.-:r^ >^'©51^............................................................ 157 2.2.2 : Grid Forum99, U.C.B., JavaGrande Portals Group Meeting iZjotf & ti^jSbfp] — 165 2.2.3 : Supercomputing99 iZlotf & ££l/tribip].................... 182 2.2.4 Grid##43Z^^m^m^^7"A Globus ^©^tn1 G: Hit* £ tiWSbfp] ---- 200 (1) 2.3 ><y(D mmtmrn...... -
Linux at 25 PETERHISTORY H
Linux at 25 PETERHISTORY H. SALUS Peter H. Salus is the author of A n June 1991, at the USENIX conference in Nashville, BSD NET-2 was Quarter Century of UNIX (1994), announced. Two months later, on August 25, Linus Torvalds announced Casting the Net (1995), and The his new operating system on comp.os.minix. Today, Android, Google’s Daemon, the Gnu and the Penguin I (2008). [email protected] version of Linux, is used on over two billion smartphones and other appli- ances. In this article, I provide some history about the early years of Linux. Linus was born into the Swedish minority of Finland (about 5% of the five million Finns). He was a “math guy” throughout his schooling. Early on, he “inherited” a Commodore VIC- 20 (released in June 1980) from his grandfather; in 1987 he spent his savings on a Sinclair QL (released in January 1984, the “Quantum Leap,” with a Motorola 68008 running at 7.5 MHz and 128 kB of RAM, was intended for small businesses and the serious hobbyist). It ran Q-DOS, and it was what got Linus involved: One of the things I hated about the QL was that it had a read-only operating system. You couldn’t change things ... I bought a new assembler ... and an editor.... Both ... worked fine, but they were on the microdrives and couldn’t be put on the EEPROM. So I wrote my own editor and assembler and used them for all my programming. Both were written in assembly language, which is incredibly stupid by today’s standards. -
Linux Low-Latency Tracing for Multicore Hard Real-Time Systems
Hindawi Publishing Corporation Advances in Computer Engineering Volume 2015, Article ID 261094, 8 pages http://dx.doi.org/10.1155/2015/261094 Research Article Linux Low-Latency Tracing for Multicore Hard Real-Time Systems Raphaël Beamonte and Michel R. Dagenais Computer and Software Engineering Department, Polytechnique Montreal, C.P. 6079, Station Downtown, Montreal,´ QC,CanadaH3C3A7 Correspondence should be addressed to Raphael¨ Beamonte; [email protected] Received 29 March 2015; Revised 21 July 2015; Accepted 29 July 2015 Academic Editor: Ying-Tung Hsiao Copyright © 2015 R. Beamonte and M. R. Dagenais. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. Real-time systems have always been difficult to monitor and debug because of the timing constraints which rule out anytool significantly impacting the system latency and performance. Tracing is often the most reliable tool available for studying real-time systems. The real-time behavior of Linux systems has improved recently and it is possible to have latencies in the low microsecond range. Therefore, tracers must ensure that their overhead is within that range and predictable and scales well to multiple cores. The LTTng 2.0 tools have been optimized for multicore performance, scalability, and flexibility. We used and extended the real-time verification tool rteval to study the impact of LTTng on the maximum latency on hard real-time applications. We introduced a new real-time analysis tool to establish the baseline of real-time system performance and then to measure the impact added by tracing the kernel and userspace (UST) with LTTng. -
Pshop V5.1 Manual
PShop™ Users Guide PShop enables the highest-quality PostScript and image printing for a variety of color and monochrome printers. For version 5.1 Copyright Notices Copyright © 1992 - 2003 Vividata, Inc. All Rights Reserved Worldwide. This manual, as well as the software described in it, is furnished under license and may only be used or copied in accordance with the terms of the Vividata End-User License Agreement license. Except as permitted by such license, no part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language, human or computer, in any form or by any means, electronic, mechanical, recording, or otherwise, without the prior written permission of Vividata, Inc. The information in this manual is furnished for informational use only, is subject to change without notice, and should not be construed as a commitment by Vividata, Inc. Vividata, Inc. assumes no responsibility or liability for any errors or inaccuracies that may appear in this manual. PShop is a trademark of Vividata, Inc. All other names are the marks of their respective holders. The gsc driver for AI/X is Copyright © 1997 by Matthew Jacob, [email protected], http://www.feral.com, and is provided under the terms the GNU Public License. Its source code is available from the URL above for no fee. Portions of the code and documentation are copyrighted works of ScanSoft Corp. Portions of this code use the “libtiff” public domain TIFF support software which has the following copyrights: Copyright © 1988-1996 Sam Leffler Copyright © 1991-1996 Silicon Graphics, Inc. -
Communicating Between the Kernel and User-Space in Linux Using Netlink Sockets
SOFTWARE—PRACTICE AND EXPERIENCE Softw. Pract. Exper. 2010; 00:1–7 Prepared using speauth.cls [Version: 2002/09/23 v2.2] Communicating between the kernel and user-space in Linux using Netlink sockets Pablo Neira Ayuso∗,∗1, Rafael M. Gasca1 and Laurent Lefevre2 1 QUIVIR Research Group, Departament of Computer Languages and Systems, University of Seville, Spain. 2 RESO/LIP team, INRIA, University of Lyon, France. SUMMARY When developing Linux kernel features, it is a good practise to expose the necessary details to user-space to enable extensibility. This allows the development of new features and sophisticated configurations from user-space. Commonly, software developers have to face the task of looking for a good way to communicate between kernel and user-space in Linux. This tutorial introduces you to Netlink sockets, a flexible and extensible messaging system that provides communication between kernel and user-space. In this tutorial, we provide fundamental guidelines for practitioners who wish to develop Netlink-based interfaces. key words: kernel interfaces, netlink, linux 1. INTRODUCTION Portable open-source operating systems like Linux [1] provide a good environment to develop applications for the real-world since they can be used in very different platforms: from very small embedded devices, like smartphones and PDAs, to standalone computers and large scale clusters. Moreover, the availability of the source code also allows its study and modification, this renders Linux useful for both the industry and the academia. The core of Linux, like many modern operating systems, follows a monolithic † design for performance reasons. The main bricks that compose the operating system are implemented ∗Correspondence to: Pablo Neira Ayuso, ETS Ingenieria Informatica, Department of Computer Languages and Systems.