Providing ultimate secure and indigenous solutions from low power and low cost to high performance computers software hardware architectures that make the process faster, scalable reliable, for executing wide range of real-world applications.
The objectives of the project are as follows:
Build centralized and decentralized computing bare-metal clusters and data-center having artificial intelligence and big-data processing support.
Provide Could processing resources for hosting China–Pakistan Economic Corridor (CPEC) projects.
Create intelligent application development frameworks by integrating different programming model libraries that help a wide range of big-data applications.
Gather CPEC application details for industrialists, scientists, and engineering and support intelligent applications development for the right targeted technology.
These features will reduce costs and provide security and privacy for CPEC-projects, hence producing low-cost, indigenous, and independent solutions.
To develop a decentralized Scalable Supercomputer requires different hardware architectures and software techniques. Our scalable hetrogeneous computing solution is a low-cost compute node, which we call as “super-cluster”. This super-cluster uses heterogeneous processing cores including Central Processing Unit (CPU), Graphical Processing Unit (GPU) and Field Programmable Gate Arrays (FPGA). These super-cluster nodes can be combined together to form a mini-supercomputer and several of these mini-computers can be further combined to form a supercomputer. Thus, offering a high-performance computing platform which scales with the processing needs and financial budget.
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