With the increase of SDR applications, the demand for high bandwidth and processing power also increased. Therefore, the SDR system needs a programmable and scalable multi-core high performance hardware architecture. In this workshop, the student will learn and understand basic working of SDR. The student will also program SDR application on scalable multi-core, programmable and parameterizable High Performance Software Defined Radio system architecture and development environment.
Special Features for the Participants:
Certificates will be awarded.
PEC Continuing Professional Development (CPD) Credit Points will be awarded to the Engineers.
Shields will be Presented to Professionals.
Special Features for the Participants:
Certificates will be awarded.
PEC Continuing Professional Development (CPD) Credit Points will be awarded to the Engineers.
Shields will be Presented to Professionals.
UCERD Rawalpindi
Supercomputing Center
UCERD Murree
Software Defined Radio (SDR) is a radio communication technique which executes and process telecommunication applications in software using programmable processing systems.
SDR is considered as the future for digital communication because it provides software level programmability, efficiently uses resources and gives support of artificial intelligence.
SDR is considered as the future for digital communication because it provides software level programmability, efficiently uses resources and gives support of artificial intelligence.
Workshop on Software Defined Radio
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 |
