UCERD Rawalpindi
Supercomputing Center
UCERD Murree
Chief Guest Talk: Importance of AI in Pakistan and Progress of AI Technology Center
(Dr. Qaisar Ahsan DG AI Technology Center)
Github Link for Presentations and Code
1. Introduction to High Performance Computing, and its impact on life.
(Prof. Dr. Tassadaq Hussain Cheema)
• Past, Present and Future of Artificial Intelligence
• Challenges of BigData and AI, and Micro-electronics
• Addressing AI and Big Data Problems through Advanced
Computing Techniques and Methodologies
2. Developing Parallel Software Architecture: Techniques, Tools and Technologies for Parallel Programming
• OpenMP: Multithreading, Tasking and Offloading
• MPI: Point-to-Point and Collectives
• Profiling using Extrae and Paraver
3. HPC Evolution, Drivers & Trends (Mr. Jahanzaib Nasar CTO : Forbmax IT Solutions)
• Intro to Forbmax
• HPC Evolution & Architecture
• AI Boom of Generative/Predictive/ML AI
• Adoption Trends/Statistics, Financials trends, Hardware Trends
• HPC Applications Software, Open Source Software
4. Real Time implementation of AI in BCI applications ( Dr. Imran Khan Niazi Director of Research, Dean of Innovation and Technology, New Zealand College of Chiropractic)
• Introduction to Brain Computer Interface ( an active research field )
• NZCC and Norteklab purpose and vision
• AI for BCI, future vision
5. Supercomuting Architectures and Development Methodologies (Dr. Tassadaq Hussain and Shazam Research Assistant Namal HPC Reserach Facility)
• Different HPC Architectures
• Developing Low Cost Indigenous Cluster
• Configuring Cloud, Containerized and Bare-metal Cluster
6. Big Data Fundamentals with Apache Spark (Mr. Danish: Researchers Pakistan Supercomputing Center and NICAT)
• Hardware and Software Stack for BigData Processing
• Executing Bigdata Analytics on multi cores
Zip File Indcluding: Datasets used in demonstration, Slides of Session Code File as ipynb, A ReadMe file with links to install spark locally as well as link to Google colab file.
7. Future of Artificial Intelligence and the role of Supercomputer’s in Overcoming AI Challenges. Dr. Tassadaq
• Distributed Parallel AI Application on Supercomputing System
(Dr. Qaisar Ahsan DG AI Technology Center)
Github Link for Presentations and Code
1. Introduction to High Performance Computing, and its impact on life.
(Prof. Dr. Tassadaq Hussain Cheema)
• Past, Present and Future of Artificial Intelligence
• Challenges of BigData and AI, and Micro-electronics
• Addressing AI and Big Data Problems through Advanced
Computing Techniques and Methodologies
2. Developing Parallel Software Architecture: Techniques, Tools and Technologies for Parallel Programming
• OpenMP: Multithreading, Tasking and Offloading
• MPI: Point-to-Point and Collectives
• Profiling using Extrae and Paraver
3. HPC Evolution, Drivers & Trends (Mr. Jahanzaib Nasar CTO : Forbmax IT Solutions)
• Intro to Forbmax
• HPC Evolution & Architecture
• AI Boom of Generative/Predictive/ML AI
• Adoption Trends/Statistics, Financials trends, Hardware Trends
• HPC Applications Software, Open Source Software
4. Real Time implementation of AI in BCI applications ( Dr. Imran Khan Niazi Director of Research, Dean of Innovation and Technology, New Zealand College of Chiropractic)
• Introduction to Brain Computer Interface ( an active research field )
• NZCC and Norteklab purpose and vision
• AI for BCI, future vision
5. Supercomuting Architectures and Development Methodologies (Dr. Tassadaq Hussain and Shazam Research Assistant Namal HPC Reserach Facility)
• Different HPC Architectures
• Developing Low Cost Indigenous Cluster
• Configuring Cloud, Containerized and Bare-metal Cluster
6. Big Data Fundamentals with Apache Spark (Mr. Danish: Researchers Pakistan Supercomputing Center and NICAT)
• Hardware and Software Stack for BigData Processing
• Executing Bigdata Analytics on multi cores
Zip File Indcluding: Datasets used in demonstration, Slides of Session Code File as ipynb, A ReadMe file with links to install spark locally as well as link to Google colab file.
7. Future of Artificial Intelligence and the role of Supercomputer’s in Overcoming AI Challenges. Dr. Tassadaq
• Distributed Parallel AI Application on Supercomputing System
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This Summer School Covered:
Big Data Analytics and Artificial Intelligence have become essential in today's world, with their computational demands growing exponentially in the last decade. Existing hardware solutions struggle to meet these performance requirements, making Pigh Performance Computing (HPC) the ideal solution. HPC systems provide the power and scalability needed to process vast amounts of data and execute complex AI algorithms. With high-performance architectures, parallel processing capabilities, and advanced interconnects, supercomputers excel at accelerating Big Data Analytics and unlocking the full potential of AI. By embracing Supercomputing parallel programming the researchers can effectively harness the power of Big Data and AI to gain valuable insights, make data-driven decisions, and drive innovation across various domains.
Big Data Analytics and Artificial Intelligence have become essential in today's world, with their computational demands growing exponentially in the last decade. Existing hardware solutions struggle to meet these performance requirements, making Pigh Performance Computing (HPC) the ideal solution. HPC systems provide the power and scalability needed to process vast amounts of data and execute complex AI algorithms. With high-performance architectures, parallel processing capabilities, and advanced interconnects, supercomputers excel at accelerating Big Data Analytics and unlocking the full potential of AI. By embracing Supercomputing parallel programming the researchers can effectively harness the power of Big Data and AI to gain valuable insights, make data-driven decisions, and drive innovation across various domains.
Supercomputing for Artificial Intelligence and BigData Applications
UCERD Gathering Intellectuals Fostering Innovations
Unal Center of Educaiton Research & Development
Unal Center of Educaiton Research & Development
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| Electronics | ||
| Computing & Artificial Intelligence | ||
| Telecommunication | ||
| Power Generation |
| Very-large-scale integration (VLSI) Design | ||
| FPGA Based Systems Design | ||
| Embedded System & Applications | ||
| Ineternet of Things | ||
| Multi-core Processor System | ||
| System On Chip Design | ||
| High Level Sythesis |
| Data Structure and Algorithm | ||
| Advanced Computer Vision | ||
| Introduction to Programming and Computing | ||
| Introduction Parallel Programming Models | ||
| Parallel Processor System | ||
| High Performance Computing and Applications | ||
| Big Data and Deep Learning | ||
| Real-time Artificial Intelligence based Systems | ||
| Supercomputing for AI and BigData |
| Telecom Systems |
| Mechanical Systems | ||
| Renewable Energy |
| Supercomputing System | ||
| Software Defiend Radio | ||
| Iridology | ||
| Medical Signal Processing | ||
| Digital System Design | ||
| Data Acquisition | ||
| Embedded Computer Vision | ||
| Processor based System | ||
| Real-time Augmented/Virtual Reality | ||
| Rehabilitation Technology | ||
| Cybersecurity |
| A Scalable Heterogeneous Supercomputer | ||
| UCERD: FPGA-Powered Supercomputer | ||
| High Performance Software Defined Radio | ||
| Biomedical Application Processing System | ||
| Smart Car Motor Controller | ||
| A High Performance Real-time Interferometry Sensor | ||
| Iris based Disease Diagnostic System | ||
| Electroencephalography (EEG) based Real-time System | ||
| Data Acquisition System | ||
| An Intelligent Digital System for Foot Weight Distribution | ||
| Thermal imaging camera for medical applications |
| Trainings & Workshops |
| RISCV Summer School | ||
| Supercomputing System and Artificial Intelligence | ||
| Software Defined Radio | ||
| Single Board Computer | ||
| Iridology for Health-care | ||
| Embedded Computer Vision | ||
| Python for Signal and Image Processing | ||
| Embedded System on Chip Design | ||
| Internet of Things | ||
| Write a Winning Grants Proposal | ||
| Ecommerce | ||
| Creative Writing for Vlog | ||
| Embedded System |
| Seminar Supercomputing for AI | ||
| SATHA Award | ||
| DICE Award | ||
| Interferometry Sensor System Architecture | ||
| Biomedical Application Processing System | ||
| Supercomputing in Pakistan | ||
| OIC-COMSTECH Workshop | ||
| Job Vacancies |
