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Mastering High-Performance Computing (HPC) Assessment Tools for Commercial Applications

Mastering High-Performance Computing (HPC) Assessment Tools for Commercial Applications

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Mastering High-Performance Computing (HPC) Assessment Tools for Commercial Applications

Mastering High-Performance Computing (HPC) Assessment Tools for Commercial Applications

This comprehensive course is designed to equip participants with the skills and knowledge needed to master high-performance computing (HPC) assessment tools for commercial applications. Upon completion, participants will receive a certificate issued by The Art of Service.



Course Curriculum

This interactive and engaging course is divided into the following modules:

Module 1: Introduction to High-Performance Computing (HPC)

  • Definition and Overview of HPC: Understanding the basics of HPC and its applications
  • History and Evolution of HPC: Exploring the development of HPC and its current state
  • Key Concepts and Terminology: Familiarizing yourself with HPC-related terms and concepts

Module 2: HPC Assessment Tools

  • Overview of HPC Assessment Tools: Understanding the different types of HPC assessment tools
  • Benchmarking and Performance Analysis: Learning how to evaluate HPC system performance
  • System Monitoring and Profiling: Understanding how to monitor and analyze HPC system behavior

Module 3: Commercial Applications of HPC

  • Overview of Commercial HPC Applications: Exploring the various commercial applications of HPC
  • Case Studies and Success Stories: Examining real-world examples of HPC in commercial environments
  • Industry-Specific HPC Applications: Understanding HPC applications in various industries, such as finance, healthcare, and manufacturing

Module 4: HPC System Administration

  • HPC System Architecture: Understanding the components and architecture of HPC systems
  • System Configuration and Optimization: Learning how to configure and optimize HPC systems for performance
  • Security and Access Control: Understanding HPC system security and access control measures

Module 5: HPC Programming and Development

  • Programming Languages for HPC: Exploring programming languages used in HPC, such as C++, Fortran, and Python
  • Parallel Programming and MPI: Understanding parallel programming concepts and the Message Passing Interface (MPI)
  • GPU Programming and Acceleration: Learning how to program and accelerate HPC applications using GPUs

Module 6: HPC Data Management and Storage

  • HPC Data Storage Solutions: Understanding HPC data storage options, such as parallel file systems and object storage
  • Data Management and Transfer: Learning how to manage and transfer large datasets in HPC environments
  • Data Analytics and Visualization: Understanding data analytics and visualization techniques for HPC data

Module 7: HPC Networking and Interconnects

  • HPC Network Architecture: Understanding HPC network architecture and interconnects
  • Network Protocols and Standards: Exploring network protocols and standards used in HPC, such as InfiniBand and Ethernet
  • Network Configuration and Optimization: Learning how to configure and optimize HPC networks for performance

Module 8: HPC Power and Cooling

  • HPC Power Consumption and Efficiency: Understanding HPC power consumption and efficiency considerations
  • Cooling Systems and Technologies: Exploring cooling systems and technologies used in HPC environments
  • Power and Cooling Best Practices: Learning best practices for managing power and cooling in HPC environments

Module 9: HPC Security and Compliance

  • HPC Security Threats and Risks: Understanding HPC security threats and risks
  • Security Measures and Best Practices: Learning security measures and best practices for HPC environments
  • Compliance and Regulatory Requirements: Understanding compliance and regulatory requirements for HPC environments

Module 10: HPC Cloud and Hybrid Environments

  • HPC Cloud Computing: Understanding HPC cloud computing concepts and benefits
  • Hybrid HPC Environments: Exploring hybrid HPC environments and their advantages
  • Cloud and Hybrid HPC Best Practices: Learning best practices for deploying and managing HPC cloud and hybrid environments

Module 11: HPC Artificial Intelligence (AI) and Machine Learning (ML)

  • AI and ML Fundamentals: Understanding AI and ML concepts and techniques
  • HPC AI and ML Applications: Exploring HPC AI and ML applications and use cases
  • AI and ML on HPC Systems: Learning how to deploy and run AI and ML workloads on HPC systems

Module 12: HPC Internet of Things (IoT)

  • IoT Fundamentals: Understanding IoT concepts and technologies
  • HPC IoT Applications: Exploring HPC IoT applications and use cases
  • IoT on HPC Systems: Learning how to deploy and run IoT workloads on HPC systems

Module 13: HPC Data Science and Analytics

  • Data Science and Analytics Fundamentals: Understanding data science and analytics concepts and techniques
  • HPC Data Science and Analytics Applications: Exploring HPC data science and analytics applications and use cases
  • Data Science and Analytics on HPC Systems: Learning how to deploy and run data science and analytics workloads on HPC systems

Module 14: HPC Research and Development

  • HPC Research and Development Fundamentals: Understanding HPC research and development concepts and techniques
  • HPC Research and Development Applications: Exploring HPC research and development applications and use cases
  • Research and Development on HPC Systems: Learning how to deploy and run research and development workloads on HPC systems

Module 15: HPC Future and Emerging Trends

  • HPC Future and Emerging Trends: Exploring future and emerging trends in HPC
  • Quantum Computing and HPC: Understanding quantum computing and its potential impact on HPC
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