☀️ Super Computer Center ✔️ Science and Industry ✔️

Cloud Supercomputer of Science and Industry

The Science and Industry Supercomputer is a high-performance computing (HPC) system located at the Information and Communication Technology Center (ICTC) of Science and Industry University. This system consists of more than 1,000 computational nodes connected by a high-speed network.

Related Keywords: Science and Industry Supercomputer, Science and Industry Supercomputer Center, Science and Industry Cloud Supercomputer Services

 

Pricing for Science and Industry Cloud Supercomputer Services

The pricing for the Science and Industry Cloud Supercomputer services is based on factors such as processor type, memory size, usage time, and other required features.

How to Order the Science and Industry Cloud Supercomputer

To order the Science and Industry Cloud Supercomputer, you must first visit the website of the Information and Communication Technology Center at Science and Industry University and register. After registration, you can submit your request for using the cloud supercomputer via the university’s HPC system. Once your request is reviewed and approved by the ICTC experts, the necessary credit will be added to your account on the HPC system. After receiving the credit, you can start using the Science and Industry Cloud Supercomputer services. To do so, you need to install the HPC Manager software on your computer. This software will allow you to connect to the cloud supercomputer and run your projects or research.

Advantages of Using Science and Industry Computational Servers

Some computations are so complex that regular computers cannot handle them. Scientific and research institutions use supercomputers for simulations and data processing. These systems are composed of thousands of processing units and can handle the most complex data. Common applications for supercomputers include quantum physics problems, weather forecasting, molecular modeling, aircraft simulations, nuclear weapons testing, and more.

Simulating experiments and processing complex data can only be done using supercomputers.

Science and Industry Cloud Supercomputer Services

Science and Industry Cloud Supercomputer services include the following:

– Efficient Virtual Machines: The Efficient Virtual Machine is a cloud service provided by the Science and Industry Cloud Supercomputer, allowing users to have a virtual machine with full administrator access. This virtual machine can be used for heavy data processing, software development, scientific and engineering computations, and more.Applications:

• Heavy data processingScientific and engineering computationsSoftware developmentSimulationArtificial Intelligence (AI)Machine Learning

– Features of Efficient Virtual Machines:

• Full administrator access: Users have full control over their virtual machines and can make any changes to the operating system, software, and settings.OS selection: Users can choose from operating systems such as Windows, Linux, or UNIX based on their needs.Software installation: Users can install their own software on the virtual machine if necessary.Remote access: The virtual machine is accessible from anywhere in the world, without geographic restrictions.Custom resource orders: Users can select the number of processing cores, memory size, and type of graphics card based on their needs.

– Conditions and Terms of Use:

 

• • The minimum order duration for the Efficient Virtual Machine is 3 days.

• • The setup time for the Efficient Virtual Machine is between 4 to 10 hours.

• • The internet speed provided on the Efficient Virtual Machine is 8 Mbps.

• • Data on the Efficient Virtual Machine will be available for up to 2 days after the service ends.

• In case of service interruption by the supercomputer center, the service time will be credited to the user.

 

Cluster-Based Cloud Supercomputer Services: The Science and Industry Cloud Supercomputer Center provides an integrated platform based on a Linux-based processing cluster for user services. These services are ideal for users needing low-cost and highly flexible computational resources.Submitting Computational Tasks: Users can create an account through the portal and submit tasks for execution via the cluster scheduler. Execution of Computational Tasks: Tasks are executed based on a “first-come, first-served” priority system, and during certain time slots, a queue may form for execution.Advantages of Cluster-Based Cloud Supercomputer Services:

 

• • Lower cost: The costs of using cluster-based cloud supercomputer services are lower compared to other computational resource access methods.

• • Easy access: Users can create accounts and submit tasks for scheduling via the portal.

• • High flexibility: Users can request the computational resources they need based on their requirements.

– Data Services of the Science and Industry Cloud Supercomputer: The Science and Industry Cloud Supercomputer Center provides a collection of AI-related datasets free of charge to its users. These datasets include a wide range of data types, including images, audio, text, and more. These datasets are used in various AI fields such as machine learning, natural language processing, computer vision, and deep learning. For example, these datasets can be used for facial recognition model training, machine translation, object detection, and disease detection.The Science and Industry Cloud Supercomputer’s data services are a valuable resource for students, researchers, and faculty members, aiding in AI-related research and projects.

– Collaborative Computing Service (Colab): The Collaborative Computing service (Colab) of the Science and Industry Cloud Supercomputer is a powerful online cloud computing service that can be used for a wide range of applications such as machine learning, image processing, and data processing. This service provides features such as running code online, supporting processors and graphic processors, integrating code with GitHub and Google Drive, and running code in the background for quick and easy access.Features of Colab:

• Online code execution: Users can write and execute their code online without the need for special software installations.Support for processors and graphic processors: Colab uses multiple logical and graphical processors to handle users’ code, significantly speeding up the execution of complex and heavy codes.GitHub and Google Drive integration: Colab can fetch or send code from GitHub and Google Drive.Background code execution: The Pro version of Colab allows code to run in the background without the need for continuous user presence.

Colab is available in both free and pro versions. The free version offers limited access to resources such as processors, memory, disk, and graphical processors, while the Pro version provides more resources.Pro Version Order Registration: To register for the Pro version, you need to first create and activate an account for the Efficient Virtual Machine. After logging in, you can choose the type of Colab operating system and hardware in the order section. Login details will be provided once the setup is complete.