The University of Tehran’s supercomputing center, one of the most important supercomputer centers in the country, was established to address computational issues faced by students. This center plays a major role in several activities within the university, including supporting and developing the university’s computer network and internet, as well as supporting scanners and printers. In this article, we will examine some important points about the University of Tehran’s supercomputer center.
A supercomputer is a type of computer designed to process and compute calculations much faster than standard computers. Unlike typical computers, supercomputers have multiple CPUs (central processing units), and the increase in the number of these processors enables the supercomputer to solve highly detailed instructions. Furthermore, supercomputers have much more storage space compared to regular computers, and they are equipped with a vector sensor that allows them to perform multiple calculations simultaneously.
The University of Tehran’s supercomputing center is built with a cluster of 288 processing nodes and about 4,600 processing cores. Its main memory is around 9 terabytes, and its current storage capacity is nearly 160 terabytes. Supercomputers are used for tasks that require complex and precise computations, such as fluid dynamics, weather prediction, chemical compositions, and physical simulations.
The most important application of the University of Tehran’s supercomputer is supporting, processing, and assisting with academic and research computations on the university’s computational servers. This supercomputer has the ability to process complex engineering and scientific problems that require extensive calculations. Since the establishment of the university’s high-performance computing center, a professional team has been assisting in the implementation of the necessary software for industrial, scientific, and academic centers. Currently, more than 60 useful software applications are installed on the system.
Currently, the University of Tehran’s cloud computing center is available to students. This center is accessible for two weeks for master’s students and for one month for doctoral students. These students can use the supercomputer to perform computations related to their theses. The supercomputer is also capable of connecting to the national cloud computing network to monitor hardware components.
The University of Tehran’s supercomputing center can answer all questions and concerns from students about installing multi-purpose supercomputing systems, modifying software, and speeding up program execution. This center has valuable scientific experience in research, science, and technology. One of the most important factors in the development of science and industry is the design and construction of supercomputers. By using these tools, all other computational fields, such as engineering, also advance more rapidly. Without supercomputers, solving many scientific problems would be nearly impossible.
Updating the Supercomputer System
In 2011, the University of Tehran’s high-performance computing center ranked 108th in the world out of the top 500 supercomputers. However, due to limited resources and conditions, it is no longer possible to update the system, and it has since lost its ranking of 108th among the top 500 supercomputers.
The University of Tehran’s supercomputing center was able to process its supercomputing system with an investment of 2.5 billion Toman. As you may know, the strongest supercomputing center at Tehran University is located at Amirkabir University, and this supercomputer has a power of about 90 teraflops. This means that the University of Tehran’s supercomputing center can perform very accurate computations. The supercomputer at Tarbiyat Modares University is considered one of the top five supercomputers in Iran.
High-Performance Computing (HPC) System at the University of Tehran
Another fascinating system at the University of Tehran is the HPC (High-Performance Computing) system. Currently, only professors and students at the university can use this system. External individuals do not have access to it. To use this system, students must apply to the parallel and network processing laboratory at the University of Tehran. They can also submit their applications online via email.
Rental of Parallel and High-Speed Processing Systems
If you want to use the high-speed processing systems more extensively, you can rent them. The rental rates vary depending on the type of system. Advanced systems have higher rates, while weaker systems cost less. For example, the rental rate for a 16-core system with 292 GB memory and 8 GB RAM, with a processor speed of 2.0 to 2.5 GHz, is only 640,000 Toman per month. In contrast, a highly advanced 48-core system with 300 GB memory and 128 GB RAM, with a processor speed of 2.7 to 3.5 GHz, costs around 5,400,000 Toman per month.
Stronger systems with more cores and memory are available for rental on a monthly, weekly, and daily basis. Students receive a 10% discount on rental prices. Therefore, if you are a student, take action quickly to rent the system you need. For more information on renting the University of Tehran’s parallel and high-speed processing systems, you can visit our website.
The University of Tehran’s supercomputing center is available to students and faculty for solving lengthy computations. While the university provides access to the supercomputing system, as mentioned earlier, the usage time is limited. If you wish to use these benefits for a longer period, you can rent the system you need.
Why use a supercomputer?
Supercomputers are essential tools for solving long-duration problems. By using these systems, you can solve difficult computations that regular computers cannot handle.
For what types of problems is a supercomputer used?
Supercomputers are used for complex problems, including dynamics, weather forecasting, chemical compositions, biological molecules, physical simulations, and more. These problems present more complex challenges, and solving them with regular computers is not feasible.
Which countries are leading in supercomputer design?
Countries such as the United States, China, Japan, and Italy are the leaders in designing the best supercomputers.
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