Cep Telefonunuzla Bir Robotu Kontrol Etmeye Ne dersiniz? (In Turkish)

31 Jan

Tech Junkies  bizlere son robot projelerini  ve kendi açık kaynak robot kontrol sistemimizi nasıl kullanabileceğimizi  gururla sunuyor.  Tech Junkies,  bir süredir etkileyici teknik ürünler üretiyor ve bu fikir daha önceden üretmiş oldukları Arduino ve Netduino isimli robotlarının bileşenlerini başarılı bir şekilde yeni işlerine uygulamaları sonucu ortaya çıkmış bulunmakta.

Tech Junkies’den Eric  Barch, robotun yapımı ve aldığı sonuçlarla ilgili şu bilgileri veriyor: “Geçen birkaç ayda Arduino/Netduino robot kontrol sistemi hakkında  birkaç fikir üzerinde  yoğunlaşmıştım. Robotlarımı bir Android telefondan, bilgisayardan ya da başka herhangi bir etkin WİFİ aygıtından kontrol etmek istediğimi biliyordum. Ayrıca sistemin küçük, basit ama aynı zamanda güçlü ve geliştirilebilir olmasını istediğimi biliyordum. Denetim birimi için bir Arduino veya Netduino Plus ile devam etmemin sebebi düşük fiyat, programlama kolaylığı ve tümleşik eternet portuydu. Yerleşik eterneti kablosuz yönlendirici ile eşleştirdim  ve böylece bilgiyi robota kablosuz bir şekilde bağladım ve ilettim. Bu sistemle oluşturduğumuz  ilk robotumuzla ilgili sonuç ortada. Robotun ismi ise Mantis.”
Robot şuan piyasaya sürülmüş durumda ve GoogleCode’da mevcut. Google Code sayfasında aynı zamanda Arduino, Netdino ve Python kodu kendi robot kontrol sisteminiz için kullanımınıza sunulmuş durumda. Tech Junkies, 7. Bölümde sistemin nasıl bir araya getirildiği, kodun nasıl çalıştığı ve Robot Mantis ile ilgili başarılı bir genel bakış sunuyor.

How About Controlling a Robot With Your Mobile Device?

31 Jan

The Tech Junkies proudly shows us the latest robot project and how we can built our own open source robot control system!

The tech junkies have been producing impressive tech goods for a while.  And this idea has shaped  from using the components on new works with a succesfull modification of the robots, named “arduino” and “netdino” they have produced before.

“I’ve been playing around with some ideas for an Arduino/Netduino robot control system the past few months. I knew that I wanted to be able to control my robots from an Android phone, PC, or any other WiFi enabled device. I also knew that I wanted the system to be small and simplistic, but also powerful and extensible. The reason I went with an Arduino (Ethernet Pro) or a Netduino Plus for the controller was the low cost, ease of programming, and the embedded ethernet port. I coupled the onboard ethernet with a wireless router so that I could connect and transmit data to the robot wirelessly. Here are the results of our first robot build with this system. The robot was affectionately named Mantis.”

–  Eric Barch, Crew of  Tech Junkies

It is now in the market for free and available on Google Code. On the Google Code page you can also find the Arduino, Netduino, and Python code for use on your own robot control system. Episode #7 of The Tech Junkies gives a good overview of how the system is put together, how the code works, and a closer look at the Mantis robot:

here is the basic layout of the wiring for a basic robot setup using this system:



also thanks to T.k. Hareendran

A Revolution In Software World – FOSS (Free and Open Source Software)

30 Jan

First Phase – The Dark Age/Closed Source Companies

Between 1960 – 1970’s there were no open source software program in the cyber world. Close source companies had been ruling the software world. What we aim to do in this artical is to show you  some of the important, mainframe operating systems in these years.

On April 7, 1964 IBM announced the first computer system family, the IBM System/360. Sold between 1964 and 1978, it was the first family of computers designed to cover the complete range of applications, from small to large, both commercial and scientific. The operating system used microcode to implement the instruction set, which featured 8-bit byte addressing and binary, decimal and floating-point calculations. The 360s were extremely successful in the market, allowing customers to purchase a smaller system with the knowledge they would always be able to migrate upward if their needs grew, without reprogramming of application software.

The TOPS-10 System (Timesharing / Total OPerating System) was a computer operating system from Digital Equipment Corporation (DEC) for the PDP-10 (or DECsystem-10) mainframe computer launched in 1967.

RSTS is a multi-user time-sharing operating system, developed by Digital Equipment Corporation (“DEC”), (now part of Hewlett Packard) for the PDP-11 series of 16-bit minicomputers. The first version of RSTS (RSTS-11, Version 1) was implemented in 1970 by DEC software engineers that developed the TSS-8 time-sharing operating system for the PDP-8. The last version of RSTS (RSTS/E, Version 10.1) was released in September 1992. RSTS-11 and RSTS/E are usually referred to just as “RSTS” and this article will generally use the shorter form.

General Comprehensive Operating System (GCOS) is a family of operating systems oriented toward mainframe computers. The original version of GCOS was developed by General Electric from 1962; originally called GECOS (the General Electric Comprehensive Operating Supervisor). The operating system is still used today in its most recent version (GCOS on servers and mainframes produced by Honeywell and Groupe Bull, primarily through emulation, to provide continuity with legacy mainframe environments.
Between 1960-1970’s Early operating systems were very diverse, with each vendor or customer producing one or more operating systems specific to their particular mainframe computer. Every operating system, even from the same vendor, could have radically different models of commands, operating procedures, and such facilities as debugging aids. Typically, each time the manufacturer brought out a new machine, there would be a new operating system, and most applications would have to be manually adjusted, recompiled, and retested.

The Second Phase – The Unix Act

A revolutionary alteration occured in software history in 1970. Peter Neumann coined the project name Unics (Uniplexed Information and Computing Service) as a wordplay on Multics, (Multiplexing Information and Computer Services).Unics could eventually support multiple simultaneous users.
In 1974, an American multinational telecommunications corporation (AT&T) released Unix,a multitasking, multiuser computer operating system, free of charge.

The Open Group, an industry standards union owns the UNIX trademark. Only systems fully compliant with and certified according to the Single UNIX Specification are qualified to use the trademark. However, the term Unix is often used informally to denote any operating system that closely resembles the trademarked system.

The Third Phase- Bill Gates’ Open Letter To Hobbyists

The Open Letter to Hobbyists was an open letter written by Bill Gates, to early personal computer hobbyists. In his letter, Gates expresses dismay at the rampant copyright infringement taking place in the hobbyist community, particularly with regard to his company’s software. In his letter Gates asserted that “software piracy” was a crime and would contribute to the downfall of quality software.

Bill Gates,  co-founder of Microsoft , complaints in his letter about computer hobbyists “stealing software” by copying and distributing Microsoft’s version of BASIC. His accusation is quite direct. He says: ” As the majority of hobbyists must be aware, most of you steal your software”

In the same letter he adds; “Who can afford to do professional work for nothing? What hobbyist can put 3-man years into programming, finding all bugs, documenting his product and distribute for free?” 

The answers is quite obvious:


Through the open source logic and its communities, professional and hobbyist developers spend countless hours jointly programming, finding all bugs, documenting products which belong to everyone and are distributed for free.

Even back then in 1976, there was a growing community of programmers eager to share their code with each other for free and benefit from the work of others as others benefit from theirs.

You can read the whole letter in here.

The Fourth Phase-  A milestone / The Xerox and  R. Stallman

It all started with a paper jam. It was 1980 and the Artificial Intelligence Lab at MIT had received an elegant new printer from Xerox. The printer, however, had an unfortunate tendency to jam, causing print jobs to pile up and nothing to get printed until someone happened to notice and fix the jam. For Richard Stallman, one of the programmers at the AI Lab, this wasn’t such a big deal. With their previous printer, Stallman had simply changed the printer driver to detect whether the printer was jammed and, if it was, to notify anyone who had sent it a print job. “If you got that message, you couldn’t assume somebody else would fix it,” Stallman later recalled. “You had to go to the printer. A minute or two after the printer got in trouble, the two or three people who got messages arrive to fix the machine. Of those two or three people, one of them, at least, would usually know how to fix the problem.” But the Xerox printer was different: Xerox hadn’t provided the lab with the source code to their printer drivers.

There was no way for Stallman to add this new functionality to the driver. When Stallman asked Xerox for the code, they refused to provide it, insisting that it was an important trade secret for their business. And when Stallman found a student at Carnegie Mellon who had been given access to the software, that student also refused to provide a copy, saying he’d signed a contract with Xerox not to share it. Stallman was outraged. Computer software was supposed to be a tool to serve people; that’s why he and his labmates spent their time writing software. And yet, through a combination of greed and legal restrictions, people were forced to suffer because they were prevented from improving these tools.Stallman wanted to ensure no one else would be forced to suffer in this way; he wanted to build a computer system based around principles of freedom. In 1984 he quit his job and announced the GNU project.

The Fifth Phase- The GNU Manifesto

The GNU Manifesto was written by Richard Stallman and published in March 1985 in Dr. Dobb’s Journal of Software Tools as an explanation and definition of the goals of the GNU Project, and to call for participation and support. It is held in high regard within the free software movement as a fundamental philosophical source. The full text is included with GNU software such as Emacs, and is available on the web.

The GNU Manifesto begins by outlining the goal of the project GNU, which stands for GNU’s Not Unix. The current contents of GNU at the time of writing are then described and detailed. Richard Stallman then goes into an explanation of why it is important that they complete this project. The reason he explains is based on Unix becoming a proprietary software. It then explains how people can contribute to the project, and also why computer users will benefit from the project. A large part of the GNU Manifesto is also focused on rebutting possible objections to GNU’s goals. Objections described here include the programmer’s need to make a living, the issue of advertising/distributing free software, and the perceived need for monetary incentive. Most of this text explains how the free software philosophy works, and why it would be a good choice for the technology industry to follow.

You can read the whole manifesto in here

The Sixth Phase- Free Software Foundation (FSF)

The Free Software Foundation (FSF) is a non-profit corporation founded by Richard Stallman on 4 October 1985 to support the free software movement, a copyleft-based movement which aims to promote the universal freedom to create, distribute and modify computer software.

The free software movement was started in 1983 by computer scientist Richard M. Stallman, when he launched a project called GNU, which stands for “GNU is Not UNIX” There are now many variants or ‘distributions’ of this GNU operating system using the kernel Linux. GNU/Linux distributions that are 100% free software; in other words, entirely freedom-respecting., to provide a replacement for the UNIX operating system—a replacement that would respect the freedoms of those using it. Then in 1985, Stallman started the Free Software Foundation, a nonprofit with the mission of advocating and educating on behalf of computer users around the world.The FSF is incorporated in Massachusetts, USA.

The Seventh Phase-The Linux Act 

In the year 1991 Linus Tornvalds released Linux Kernel as freel modifiale code.The Linux kernel is released under the GNU General Public License version 2 (GPLv2), and is developed by contributors worldwide.  Linux rapidly accumulated developers and users who adapted code from other free software projects for use with the new operating system.  The Linux kernel has received contributions from thousands of programmers. Many Linux distributions have been released based upon the Linux kernel.

The Eight Base- Liberty or Death
By 1990, it was becoming apparent that a less restrictive license would be strategically useful for the C library and for software libraries that essentially did the job of existing proprietary ones; when version 2 of the GPL (GPLv2) was released in June 1991, therefore, a second license — the Library General Public License — was introduced at the same time and numbered with version 2 to show that both were complementary. The version numbers diverged in 1999 when version 2.1 of the LGPL was released, which renamed it the GNU Lesser General Public License to reflect its place in the philosophy.
According to Richard Stallman, the major change in GPLv2 was the “Liberty or Death” clause. By this he means that, if somebody has restrictions imposed that prevent him or her from distributing GPL-covered software in a way that respects other users’  freedom (for example, if a legal ruling states that he or she can only distribute the software in binary form), he or she cannot distribute it at all. The hope is, that this will make it less tempting for companies to use patent threats to require a fee from the free software developers.
The Ninth Base-VA Linux Founded
VA Research was founded in November 1993 by Stanford graduate student Larry Augustin and James Vera. Augustin was a Stanford colleague of Jerry Yang and David Filo, the founders of Yahoo. VA Research built and sold personal computer systems with the Linux operating system installed, as an alternative to more expensive Unix workstations available at the time. Atthe time they started operations,  they were one of the first computer vendors to offer Linux as a pre-installed operating system. VA began porting Linux to the new IA-64 processor architecture in earnest. VA had also begun to make plans to change its name to VA Linux Systems and conduct an initial public offering of its stock.
The Tenth Base-The Apache Plan
The Apache Software Foundation is a decentralized community of developers. The software they produce is distributed under the terms of theApache License and is therefore free and open source software (FOSS)Apache is developed and maintained by an open community of developers under the auspices of the Apache Software Foundation. The application is available for a wide variety of operating systems, including Unix, FreeBSD, Linux, Solaris, Novell NetWare, AmigaOS, Mac OS X, Microsoft Windows, OS/2, TPF, and eComStation. Released under the Apache License, Apache is open-source software. Apache was originally based on NCSA HTTPd code. The NCSA code has since been removed from Apache, due to a rewrite. Since April 1996 Apache has been the most popular HTTP server software in use. As of May 2011 Apache was estimated to serve 63% of allwebsites and 66% of the million busiest.
The Eleventh Phase-The Shot Heard Round The World
In 1997, Eric Raymond released the book, The Cathedral and The Bazaar on why the Linux model works.  The essay’s central thesis is Raymond’s proposition that “given enough eyeballs, all bugs are shallow” (which he terms Linus’ Law): the more widely available the source code is for public testing, scrutiny, and experimentation, the more rapidly all forms of bugs will be discovered. In contrast, Raymond claims that an inordinate amount of time and energy must be spent hunting for bugs in the Cathedral model, since the working version of the code is available only to a few developers.
You can find a Pdf  version of the book at the “Pdf” category in this blog.

The Twelfth Phase- Open Source Revolution

In 1998, Christine Peterson and a group of individuals advocated that the term free software should be replaced by open source software (OSS) as an expression which is less ambiguous and more comfortable for the corporate world. Software developers may want to publish their software with an open source license, so that anybody may also develop the same software or understand its internal functioning.

The Thirteenth Phase-The Hallowen Papers

The first Halloween document, requested by senior vice-president James Allchin for the attention of senior vice-president Paul Maritz and written by Microsoft program manager Vinod Valloppillil, was leaked to Eric Raymond in October 1998, who immediately published an annotated version on his web site. The document contained references to a second memorandum specifically dealing with Linux, and that document, authored by Vinod Valloppillil and Josh Cohen at Microsoft, was also obtained, annotated and published by Raymond. Microsoft has since admitted the documents’ authenticity.

The Fourteenth Phase-The Open Source Revolution

This could be one war that will maybe never end. One that always looks at providing software solutions to business enterprises at the lowest costs possible or at no cost at all — Open Source Software; and there is another which promises the provision of the best-in-the-business software solutions to large organizations and also the promise of a brand name, but at a higher cost (which is considered worth-it, by many firms) – Proprietary Software.

This trend in turn has led to a new debate, says 451 Group analyst Jay Lyman.

“Today’s open source vs. proprietary software debates typically center not on which model is better, as I think there is some general agreement that both have their place,” he says. “Instead, today’s discussion centers on what is open source or not.”

Manuel Castells

29 Jan

 ”With the diffusion of electronically based communication technologies, territorial contiguity ceases to be a recondition for the simultaneity of interactive social practices. but “the death of distance” is not the end of the spatial dimension of society.”

-Manuel Castells

Manuel Castells was born in Spain, 1942. He studied law and economics at the University of  Barcelona in 1958-1962. He is activist against Franco’s dictatorship and he escaped to Paris. He benefitted from a political exile fellowship and graduated from the Sorbonne’s Faculty of Law and Economics in 1964. He took his PhD in Sociology from the University of Paris in 1967.

Castells started his career in 1967 at the University of Paris, he was teaching methodology of social resarch. He published his first book  La  Question Urbaine . It was translated in ten languages and became a classic arond in world.

 In the 1990s, he combined his two research strands in The Information Age: Economy, Society and Culture, published as a trilogy, The Rise of the Network Society (1996), The Power of Identity (1997), and End of Millennium (1998).

He has published 20 books and over 100 articles in academic journals and he has  edited 15 additional books. His last research is about social and economic implications of Internet. The Internet Galaxy Reflections on Internet, Business and Society was published in 2001 by Oxford University Press. He is still interested in the new development strategies for the Information Age.

Castells claims that humankind are passing from the industrial age into the information age.


  • The Urban Question. A Marxist Approach ( Alan Sheridan, translator). London, Edward Arnold (1977) (Original publication in French, 1972)
  • City, Class and Power. London; New York, MacMillan; St. Martins Press (1978)
  • The Economic Crisis and American Society. Princeton, NJ, Princeton UP (1980)
  • The City and the Grassroots: A Cross-cultural Theory of Urban Social Movements. Berkeley: University of California Press (1983)
  • The Informational City: Information Technology, Economic Restructuring, and the Urban Regional Process. Oxford, UK; Cambridge, MA: Blackwell (1989)
  • The Information Age trilogy:
  1. Castells, Manuel (1996, second edition, 2000). The Rise of the Network Society , The Information Age: Economy, Society and Culture Vol. I. Cambridge, MA; Oxford, UK: Blackwell
  2. Castells, Manuel (1997, second edition, 2004). The Power of Identity, The Information Age: Economy, Society and Culture Vol. II. Cambridge, MA; Oxford, UK: Blackwell.
  3. Castells, Manuel (1998, second edition, 2000). End of Millennium, The Information Age: Economy, Society and Culture Vol. III. Cambridge, MA; Oxford, UK: Blackwell.
  • The Internet Galaxy, Reflections on the Internet, Business and Society. Oxford, Oxford University Press (2001)
  • The Information Society and the Welfare State: The Finnish Model. Oxford UP, Oxford (2002)
  • The Network Society: A Cross-Cultural Perspective. Cheltenham, UK; Northampton, MA, Edward Elgar (2004), (editor and co-author).
  • The Network Society: From Knowledge to Policy. Washington, DC, Center for Transatlantic Relations (2006) (co-editor)
  • Mobile Communication and Society: A Global Perspective. Cambridge, MA, MIT Press (2006) (co-author)
  • Epilogue of Pekka Himemen’s The Hacker Ethic.    
  • Castells, Manuel (2009,). Communication power. Oxford/New York: Oxford University Press. pp. 608.

Red Hat Inc. & Red Hat Enterprise

29 Jan

Red Hat is one of the biggest linux based and open source software company in the world. Red Hat Inc. is the first company which  shows us how to earn money with open source systems
Red Hat creates, maintains, and contributes to many free software projects and has also acquired several proprietary software packages and released their source code under mostly GNU GPL while holding copyright under single commercial entity and selling looser licenses.
Red Hat partly operates on a professional open-source business model based on open code, development within a community, professional quality assurance, and subscription-based customer support. They produce open-source code, so more programmers can make further adaptations and improvements.




Red Hat Enterprise (RHEL)


Red Hat Enterprise (RHEL) is a Linux based operating system.With this system, Red Hat targeted toward the business market. Red Hat Enterprise Linux is released in server versions for x86, x86-64, Itanium, PowerPC and IBM System Z, and desktop versions for x86 and x86-64. All of Red Hat’s official support and training and the Red Hat Certification Program center around the Red Hat Enterprise Linux platform. Red Hat Enterprise Linux is often abbreviated to RHEL, although this is not an official designation.




Software in RHEL 5 distribution includes:

  • Linux kernel 2.6.18
  • Apache 2.2.3
  • MySQL 5.0.22
  • PHP 5.1.6
  • PostgreSQL 8.1.4


Key features, themes, and objectives of Red Hat Enterprise Linux 6, in a talk delivered by Engineering Vice President Tim Burke. Find out what’s new, what’s improved, and what is most important in the newest release of the Red Hat operating system.


William Gibson – Neuromancer

28 Jan

The sky above the port was the color of television, tuned to a dead channel. ”
—Opening line of Neuromancer

This is the starting line of the Neuromancer.It shows the world looks like pesimist, dark but at the same time it related to tecnological world in all the way.TV is the most powerful weapon to control people, it’s fast it becomes a need like air it stays there at the sky, and it’s the most simple form of tecnology, the basic.The ones who control this, the pests of this world, can eat the cables and turn this world down instantly but it mean they will face with other bugs at this tunnel.Let’s know these pests of Chiba city firstly.
Case, is told as an antihero in the novel.He is very good at hacking computer systems but after he caught by stealing, with Russian mycotoxin he lost his connection to cyberspace
There is another character, beautiful Molly; is similar like Trinity in some ways in the matrix trilogy.
She is here;

She has blades under her fingernails which she can use like claws, she is one of the main characters.

Armitage is the boss controlling the mission and repairing the blocked part that case has and curing
the drug addiction

Chiba City looks like a computer part at the from the sky it’s irony of this virtual world which the neurons connected directly to cyberspace.

Molly and Casa took a mission from the armitage that, they must steal a ROM module that contains the saved conciousness of one of Case’s mentors, legendary cyber-cowboy McCoy Pauley, nicknamed “The Dixie Flatline.”At the same time they discovered something about the armitage that armitage was a member of “Operation Screaming Fist,” which planned on infiltrating and disrupting Soviet computer systems from aircraft dropped over Russia.They went to Istanbul, this part is interesting and they meet with Peter Riviera, an artist, thief, and drug addict who is able to project detailed holographic illusions with the aid of sophisticated cybernetic implants
Wintermute is reveled and it’s the vital thing that the team needs to complete the mission. Turing-imposed software barriers using a powerful icebreaker program.
Wintermute used armitage to persuade Case and Molly to help it merge with its twin AI, Neuromancer.
With this the old member of operation scream fist is come back again but killed by wintermute.Wintermute/Neuromancer contacted with them, and has begun looking for other AIs like itself. Scanning old recorded transmissions from the 1970s, the super-AI finds a lone AI transmitting from the Alpha centuiry star system.

Thanks to Supertramp.

Download PDF

Linus Torvalds

28 Jan

“To kind of explain what Linux is, you have to explain what an operating system is. And the thing about an operating system is that you’re never ever supposed to see it. Because nobody really uses an operating system; people use programs on their computer. And the only mission in life of an operating system is to help those programs run. So an operating system never does anything on its own; it’s only waiting for the programs to ask for certain resources, or ask for a certain file on the disk, or ask to connect to the outside world. And then the operating system steps in and tries to make it easy for people to write programs.”

                                                                                                                                                                                                                                                            -Linus Torvalds

Torvalds was born in 1969 and grew up in Helsinki. At the age of 10 he began to dabble in computer programming on his grandfather’s Commodore VIC-20. By the time he reached college, Torvalds considered himself an accomplished enough programmer to take on the Herculean task of creating an alternate operating system for his new PC. Once he had completed a rough version of Linux, he posted a message on the Internet to alert other PC users to his new system. He made the software available for free downloading, and, as was a common practice among software developers at the time, he released the source code, which meant that anyone with knowledge of computer programming could modify Linux to suit their own purposes. Linux soon had a following of enthusiastic supporters who, because they had access to the source code, were able to help Torvalds retool and refine the software.

Linus’ Law

To explain why hackers would work together without pay to make something like Linux, Torvalds pens “Linus’s Law”. With tongue somewhat in cheek, Linus’s Law posits progress and evolution as upward motion along a hierarchy of motivations: from survival, to social life, to entertainment. What makes hackers tick, according to Torvalds, is this last and most sublime motivation. By entertainment, he’s not thinking of games so much as “the mental gymnastics involved in trying to explain the universe”, whether you’re Einstein, an artist or a hacker. Coding an operating system is, after all, a great deal like explaining the universe because one codifies the parameters and elemental models of everything that can happen. Torvalds means entertainment to encompass the passion and playfulness of activities intrinsically interesting and challenging—stuff we stay up late working on because we love doing it, not because of a deadline. (The Hacker Ethic)