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Sharif University of Technology Supercomputer Center has been equipped with the assistance of Amirkabir Simulators Company. Computational supercomputing is a new approach to supporting the development of large applications for heterogeneous, dynamic, and distributed systems (such as computers connected to the internet). This article attempts to provide explanations about this center. The Sharif University of Technology High-Speed Processing Center is also one of the centers equipped by this company.
The goal of the Sharif University of Technology Supercomputer Center is to design transparent and convenient distributed applications and easily integrate legacy systems. Applications are described in the form of application diagrams based on a predefined set of reusable components and connectors.
At the Sharif University of Technology High-Speed Computing Center, the diagram is dynamically interpreted with the help of existing infrastructure and provides uniform access to computing resources. In addition, a memory subsystem supports the transparent use of complex data objects that may be replicated to increase access speed. Also, at the Sharif University of Technology Cloud Processing Center, specific network resources can be used for data transfer.
The Sharif University of Technology Supercomputer Center uses its early experiences to solve computationally intensive real-world problems. Even in its early stage, it provides a suitable interface and sufficient efficiency for building distributed applications using heterogeneous dynamic resources. The Sharif University of Technology HPC system is also one of the professional and updated points implemented with the help of Amirkabir Simulators.
The Sharif University of Technology parallel and network processing laboratory provides access to the necessary resources for complex calculations.
The Sharif University of Technology HPC system allows large-scale applications to use high-performance resource pools seamlessly for computation. These systems hide the complexity of managing such computations. This type of system allows the user to focus more on the science and less on the implementation details. The Sharif University of Technology Supercomputer Center is equipped on this basis.
This means that the user can work on a desktop device while the Sharif University of Technology computational server manages the details of accessing remote resources and coordinating computations. Such a system provides many potential benefits for the user.
One very important advantage is that the user does not need to learn the encryption protocols for entering and sending work for high performance to the system they have access to. This feature is also considered in the Sharif University of Technology High-Speed Computing Center.
Another advantage of the Sharif University of Technology Supercomputer Center is that with a supercomputer system, a single problem may be run on multiple instances. Supercomputers simultaneously allow the solution of problems that are too large and cannot be run on traditional systems.
Renting the parallel and high-speed processing system of Sharif University creates a lot of processing power for other users.
Like the Sharif University of Technology computational server, another advantage of this center is that specific applications can use different architectures for different tasks. Dividing tasks in different architectures may even help to better use available resources without the user’s knowledge.
The meta-computing system designed at the Sharif University of Technology Cloud Processing Center allows the user to send work once, and the software selects the appropriate resources to perform its various tasks. This resource selection should be based on many factors, including the current load of the resource and the suitability of the resource for the type of task.
At the Sharif University of Technology High-Speed Processing Center, supercomputers or computing networks operate like a networked virtual supercomputer. The supercomputer was born as a result of the need to use more processing power than was available in a single site and to combine the power of computers with different architectures.
The Sharif University of Technology Supercomputer Center also uses databases to collect, manipulate, and analyze data. This center also carries out activities with remote tools such as microscopes, telescopes, and satellite downlinks. At the Sharif University of Technology Supercomputer Center, large-scale data-intensive applications require high-performance computing, high-speed networks, data storage facilities, and interactive software.
Like the Sharif University of Technology parallel and network processing laboratory, the high-performance computing of this center is now needed to create new films, predict weather, design new drugs, etc. System simulation is used by engineering companies for rapid prototyping and to reduce time to market for new products.
The Sharif University of Technology Supercomputer Center provides the power of a supercomputer to users without high costs. Small companies need high-performance computing to develop new products, but their limited needs may not justify the high costs of installing and maintaining such systems. According to this issue, instead of buying, renting the parallel and high-speed processing system of Sharif University has been a suitable solution.
Due to the high cost of installing and maintaining supercomputer equipment, these systems are often rented.
The Sharif University of Technology Supercomputer Center offers many services in the field of heavy and complex calculations for both students and other centers and companies. Amirkabir Simulators Company has provided many efforts and services to set up this center and other centers such as the Sharif University of Technology Supercomputer Center.
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