☀️ Super computer center ✔️ Khaja Nasir ✔️

Khaja Nasir Supercomputer

The Khaja Nasir Supercomputer is a High-Performance Computing (HPC) system located at the Information and Communication Technology Center (ICTC) of Khaja Nasir. This system comprises over 1,000 computational nodes interconnected through a high-speed network.

Khaja Nasir Supercomputer Service Pricing

The pricing for Khaja Nasir Supercomputer services depends on factors such as processor type, memory capacity, usage time, and additional user requirements.

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How to Order Khaja Nasir Supercomputer Services

To order services from the Khaja Nasir Supercomputer, you must first visit the ICTC Khaja Nasir website and register. After registration, log in to the university’s HPC system and submit your request. Once submitted, experts at the ICTC will review your application. Upon approval, credits will be added to your HPC account, allowing you to access the supercomputer services.

To use the services, install the HPC Manager software on your computer. Using this software, you can connect to the supercomputer and execute your projects or research.

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Advantages of Using Khaja Nasir Computing Servers

Certain calculations are so complex that regular computers cannot process them. Scientific and research institutions use supercomputers for experiment simulations and data processing. These systems comprise thousands of processing units capable of handling highly complex data. Common applications of supercomputers include:

• Quantum physics problems
• Weather forecasting
• Molecular modeling
• Aircraft simulation
• Nuclear explosion simulations

Simulating experiments and processing complex data is only possible with supercomputers.

Khaja Nasir Supercomputer Services

Virtual Machine “Kara”
The “Kara” virtual machine service provided by the Khaja Nasir Supercomputer allows users full administrative access to a virtual machine. This machine can be used for various tasks, including heavy data processing, software development, and scientific or engineering computations.

Applications

• Heavy data processing
• Scientific and engineering computations
• Software development
• Simulations
• Artificial intelligence
• Machine learning

Features

• Full Administrative Access: Users have complete control over their virtual machines and can modify the OS, software, and settings.
• Operating System Selection: Users can choose between Windows, Linux, and Unix based on their needs.
• Software Installation: Users can install necessary software on the virtual machine.
• Remote Access: Accessible from anywhere in the world without geographical restrictions.
• Customizable Resource Allocation: Users can select the number of processing cores, main memory, and type of GPU based on their requirements.

Conditions and Regulations

• The minimum order duration for the “Kara” virtual machine is three days.
• Setup time for the virtual machine ranges from 4 to 10 hours.
• Internet speed provided on the “Kara” virtual machine is 8 Mbps.
• Data stored on the virtual machine is available for up to two days after the service ends.
• In case of service disruptions by the supercomputer center, additional service time will be credited to the user.

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Cluster-Based Services

The Khaja Nasir Supercomputer Center provides an integrated cluster-based platform using the Linux operating system to offer services. This is an ideal solution for users requiring computational resources with low costs and high flexibility.

Features

• Submitting Computational Tasks: Users can create accounts through the online portal and submit tasks to the cluster scheduler.
• Task Execution: Submitted tasks are executed based on a First Come, First Served (FCFS) priority. At specific times, a task queue may form.

Advantages

• Low Costs: Cluster-based services are more affordable compared to other computational resources.
• Ease of Access: Users can create accounts and submit tasks online through the portal.
• High Flexibility: Users can request resources as per their specific needs.

Data Services

The Khaja Nasir Supercomputer Center provides a collection of free datasets in artificial intelligence domains. These datasets include a wide range of image, audio, text, and other data formats. They are useful for various AI applications, such as:

• Machine learning
• Natural language processing
• Computer vision
• Deep learning

These datasets can be utilized for tasks like face recognition, machine translation, object detection, and disease diagnosis. This service offers a valuable resource for students, researchers, and academics, enabling innovative research and development.

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“Colab” Collaborative Research Service

The “Colab” service by the Khaja Nasir Supercomputer is a powerful online HPC tool designed for applications such as machine learning, image processing, and data analysis. This service offers:

• Online code execution
• Support for CPUs and GPUs
• Integration with GitHub and Google Drive
• Background execution

Colab is available in two versions: Free and Pro. The Pro version offers extended resource access, including more CPU, memory, disk, and GPU capacity.

Features

• Online Code Execution: Users can write and run code online without requiring specific software installations.
• Support for GPUs and CPUs: Enables the execution of complex and resource-intensive codes.
• GitHub and Google Drive Integration: Users can fetch and send codes directly.
• Background Execution: The Pro version allows background execution without the user’s constant presence.

Ordering the Pro Version

To order the Pro version, create an account under the “Kara” virtual machine service, activate it, and select the desired Colab OS and hardware options. Login information will be provided once setup is complete.

In the Pro version, users gain access to enhanced computational resources.