The use of supercomputers became widespread in the 1990s. Before this date, various individuals worked on developing computer capabilities and were somewhat successful, but it was from this decade onwards that supercomputers became operational. The reason for the practical application of supercomputers was the reduction in their costs. The Khajeh Nasir Toosi University of Technology Supercomputer Center is currently one of the strongest supercomputing centers in Iran.
Prominent figures in the field of supercomputing include Konrad Zuse and, after him, Daniel Hillis. Due to the studies and efforts of these two individuals, the field of supercomputing experienced significant growth. More detailed information about the Khajeh Nasir High-Speed Processing Center is provided below.
Understanding the applications of supercomputers is crucial for recognizing the importance of their use. Because supercomputers are capable of performing multiple operations in parallel, they can help speed up tasks. A supercomputer is a fundamental accelerator in increasing the speed of research. These computers are helpful in performing scientific and engineering calculations that require high speed. The Khajeh Nasir University supercomputer is also an important step towards speeding up various operations.
Because the capacity of each central processing unit is limited, most supercomputers have more than one CPU to increase operational power. The central processing unit includes circuits for interpreting program instructions and performing arithmetic and logical operations. The use of more than two CPUs has been due to the physical limitations of circuit technology. In addition to fast input and output capabilities, supercomputers also have very high storage capacity. The Khajeh Nasir Toosi University of Technology Supercomputer Center is one of the capable centers in the field of computing.
Due to the power of supercomputers, their use has become common in meteorology and cosmic calculations, nuclear calculations and reactors. Supercomputers have helped science advance at a faster pace, and this has not been without effect on accelerating the world’s progress.
The National Supercomputing Center of Iran at Khajeh Nasir Toosi University of Technology and other cloud centers are a great help in speeding up engineering and computational operations for researchers.
Artificial intelligence, which is derived from human intelligence, is the crystallization of computer science and programming. Today, it has become an interdisciplinary science, and all sciences are involved with it. The rapid growth of supercomputers will undoubtedly have an impact on the further growth of artificial intelligence. In fact, a supercomputer itself benefits from artificial intelligence, which enables it to perform several tasks in parallel like a human, but it has not yet been able to surpass humans. The Khajeh Nasir University supercomputer can also be a bright horizon for artificial intelligence in Iran.
The Khajeh Nasir University parallel and network processing laboratory can help advance artificial intelligence further. People working in the field of artificial intelligence are not only active in the field of computer science, but other fields such as mathematics and other engineering sciences are also related to this field. These individuals can test their studies and investigations by using the Khajeh Nasir High-Speed Processing Center. At the Khajeh Nasir High-Speed Computing Center, it is possible to rent servers with various capabilities.
Khajeh Nasir Toosi University of Technology is a very strong base in the field of supercomputing, operating in a networked manner. The Khajeh Nasir University computational server has gained several times more power in interaction with other cloud centers. The networking structure has helped to leverage multiple times the capacity to prevent waste of time and capital. The existence of such a center helps students avoid limitations when needing to perform advanced processing and computational activities.
The National Supercomputing Center of Iran at Khajeh Nasir Toosi University of Technology provides integrated services under a supervisory system. The members of this network, in addition to Khajeh Nasir University, include Amirkabir University of Technology, Isfahan University of Technology, and Sharif University of Technology.
Providing a brief definition of a server helps to better understand the article. A server refers to a set of powerful computers that are always on. Users expect responses to their requests from it at any time. A computational server means that the server is used to provide a high volume of computational services. In situations where companies need to perform complex calculations with high volume, they can meet their need for this equipment by renting the parallel and high-speed processing system of Khajeh Nasir University.
Because the use of supercomputers is based on increasing the speed of operations and calculations, services with this goal have been provided. The Khajeh Nasir High-Speed Computing Center provides services to companies and organizations in this field. The existence of such services helps companies, factories, and other centers that need fast calculations to easily achieve their goals.
If you need a supercomputer for your work or your company and institution, you can easily meet your needs by renting these services by the hour. Renting the parallel and high-speed processing system of Khajeh Nasir University is also possible alongside other cloud centers. In this regard, a single price listis provided by the university, which you can access by visiting the website. Also, a 10% price list discount is allocated to students.
HPC supercomputers are more developed than the traditional type of supercomputer and have more computing power. Among the advantages that can be mentioned for the HPC system are the availability of parts and the lower costs of this system. In fact, the more powerful generation of this supercomputer is more accessible and less expensive. The Khajeh Nasir Supercomputer Center is equipped with an HPC system.
Among the applications that can be attributed to the Khajeh Nasir University computational server are the following: various scientific-industrial areas of HPC include artificial intelligence, aerospace, pharmaceuticals and medicine, audio and video processing, automotive, meteorology, chemistry and molecular calculations, fundamental particle physics, computational fluid mechanics, mechanics and robotics, geology and seismology, mathematics for solving complex and heavy equations, polymer and petrochemical.
The Khajeh Nasir University HPC system provides a good opportunity for researchers and students to conduct studies and research. You can benefit from the services of supercomputing centers, especially the Khajeh Nasir Center.
In this article, we discussed the Khajeh Nasir Toosi University of Technology Supercomputer Center. The existence of the Khajeh Nasir University parallel and network processing laboratory has significantly increased the research credibility and power of this university. The positive feature of this system is its networking, which increases the capacity of the center as well as other joint centers. If you are interested in using the services of the Khajeh Nasir Supercomputer Center, you can contact the Khajeh Nasir Center by phone and benefit from the specialized information of this complex.
In this section, we addressed commonly asked questions. If you have questions beyond this about the Khajeh Nasir Toosi University of Technology Supercomputer Center, you can contact the Khajeh Nasir Center.