Developed a local and national operating system by writing 46 thousand lines of code
Muhammed Ümit Aksoylu, 4th year student of Kocaeli University (KOU) Engineering Faculty Computer Engineering Department, wrote 46 thousand lines of code and made a closed source operating system developed for personal use for mobile that was switched from Linux kernel to Unix.
Aksoylu, KOÜ Engineering Faculty Computer Engineering Department Head Prof. Dr. Yasar prepared Skilled Consultants in "Linux Kernel Mobile Development Operating System" project, TUBITAK 2242 Student Research Project Competition in Turkey finals Information and Communication Technologies category were exhibited in teknofest won third prize.
Speaking to Anadolu Agency (AA), Aksoylu stated that he is working to develop an operating system and that Prof. Dr. He said that under his consultancy, Becerikli was working on developing an operating system with the Linux kernel.
Stating that they participated in the TÜBİTAK 2242 University Students Research Project Competition in this way, Aksoylu noted that he moved the operating system to the Unix base.
Stating that they produced an operating system with closed source code, Aksoylu continued as follows:
"First off, the source code has in Turkey. Its importance, codes do not have to share with anyone. It can be shared business. For example, the operating system, Mac OS X, just use closed source Unix-like us. Normally, this 10-month effort, but I have 8 months of work. My research project was a doc. I wrote a thesis of 80 pages and another thesis with 80 pages. While I was writing research, I wrote code while dealing with its design. I wrote a program to learn how many lines of code I wrote. I wrote a line of code. "
"We are faced with an operating system that completely abstracts us from foreign dependency"
Stating that he turned the process of the new type of coronavirus (Kovid-19) epidemic into an opportunity and said that he was closing home and working, Aksoylu said that he wrote code for at least 8 hours a day.
Aksoylu stated that he does research 6 hours a day in addition to writing code and continued as follows:
"You cannot write a code you do not know. I even read at least 3 times the source of the code I wrote. I designed our own interface such as Windows and Mac. This operating system has its own application menu, it has its own application program, it even has an application market such as the Google Play Store. We are faced with an operating system that completely abstracts us from external dependency because it has its own market, and with a platform that we will develop in the future, other software developers will be able to develop an application on this platform and put it on the market. Since you cannot download and install applications from outside, 80 percent of drogens are also transmitted in this way, providing protection in terms of hacking. "
Stating that the system can work on Mac and Windows computers, Aksoylu said that since the system he developed is a Unix-based kernel, it can work with its own interface even on a credit card-sized embedded computer.
"We are meeting with a few municipalities who want to use our operating system"
Stating that he was doing the current interface for use in office, business and multimedia, Aksoylu said:
"We have developed the operating system simple, simplicity, beauty. We Turks Windows, we want to make Turkey the Apple of this 'red apple' we can say. Closed source our own system in Turkey, strategic points, military systems and office computers, as in many areas We aim to have a system that can be used. We are already meeting with a few municipalities who want to use our operating system. In this sense, we are waiting for everyone who wants to try and develop our operating system and join us. "
Aksoylu pointed out the importance of the domestic operating system in terms of both economy and security, explaining that it can be ensured that the foreign currency remains in the country by not buying the operating system from outside.
"The most important point of the developed system is that it belongs to us"
Prof. Dr. Becerikli also stated that they carried out a study in this field in 2006 as a department and that he advised Muhammed Ümit to work in this field.
Stating that Muhammed Ümit developed this infrastructure in a short time due to its high capacity, Becerikli stated that the operating system is one of the critical technologies of the countries.
Becerikli stated that all kinds of technological devices are built on the operating system and continued as follows:
"The operating system is one of the most important products after chip production. We started working for this purpose 14 years ago. As a university, we operated to produce products. Our aim with Ümit is to address real-time operating systems, that is, embedded hardware. Operation to be developed on embedded hardware. systems must be in real-time architecture. Such operating systems must be used in all areas, from mobile devices to the defense industry.
Becerikli stated that they directed the talented students to this field and stated that they plan to form a team in this regard at the university.
"The most important point of the developed system is that it belongs to us." said Prof. Dr. Becerikli said, "Our aim is to realize all functions that can be done on an Android or IOS mobile phone at the moment. In addition, we have the possibility to add many functions. We can also turn this into a different philosophy of our own. We will continue to work on it." used the expressions.
Bilgisayar Mühendisliği Bölümü 4. sınıf öğrencisi Muhammed Ümit Aksoylu, 8 ayda 46 bin satır kod yazarak Linux çekirdeğinden Unix'e geçirilmiş mobile yönelik kişisel kullanım için geliştirilen kapalı kaynak kodlu işletim sistemi üretti. - Anadolu Ajansı
www.aa.com.tr
New method by Turkish scientists to increase the efficiency of solar cells
In order to increase the efficiency of existing solar cells at Ege University (EU) Solar Energy Institute, a 1 nanometer subatomic nanoparticle, "golden quantum dot", was produced.
Institute Director and EÜ Energy Department Head Prof. Dr. A project was initiated by the "Ela Research Group" led by Şule Erten Ela to increase the efficiency of solar cells that convert light into electricity.
In this context, with the support of TÜBİTAK, Prof. Dr. Abdurrahman Khalaf Ali was also included in the group.
Concentrating their work, the experts have succeeded in producing the gold quantum dot, which is a subatomic nanoparticle and previously produced in 2-10 nanometer sizes, in 1 nanometer size.
With the project, the current solar cell efficiency was increased by up to 28 percent, thanks to the high capacity absorption of gold quantum dots.
The system, which can be used indoors as it can operate with less light than existing solar cells, can be mounted on glass and curtain and convert the sunlight entering the room into energy.
The project, which has various advantages in addition to its low cost, is thought to be used in many notes of daily life.
"We will produce quantum dots from many different materials"
EÜ Solar Energy Institute Director and Head of Energy Department Prof. Dr. Şule Erten Ela told Anadolu Agency (AA) that they have passed the publication and patent stage in the study, which they believe will make an impact on new generation solar cells.
Prof. Dr. Ela explained that this new method, which combines silicon technology and new generation solar cell technology, can be used in many places including interiors.
Stating that they have been working on this issue for about 15 years, Ela said, "For the first time in our project, we produced gold quantum dots in the size of 1 nanometer from metallic gold with laser ablation method. With this method, we will be able to produce quantum dots from many different materials." used the expressions.
Emphasizing that they have produced "p-type dye sensitive" solar cells with a new concept within the scope of TÜBİTAK 1001 Project, Şule Ertan Ela said, "I have been doing research on n-type dye sensitive solar cells in my studies for many years. We have produced the first p-type dye sensitive solar cell with -type materials. We published this study in a journal abroad. With this publication, we can now perform all processes, including the production of solar cell devices from the material. used the expressions.
Sule Ertan Gray, noting that foreign researchers begin to prefer Turkey, said that they were proud that they contribute to the development of Turkish science.
Prof. Dr. If Abdurrahman Ali Khalaf expressed his pleasure to take part in such an important study also he pointed out that it met with appreciation abroad of similar scientific research in Turkey.
Ege Üniversitesi Güneş Enerjisi Enstitüsünde, güneş pillerinin verimliliğini arttırmaya yönelik proje kapsamında geliştirilen yeni yöntemle 1 nanometre boyutlarında, "altın kuantum nokta" üretildi. - Anadolu Ajansı
www.aa.com.tr
