Success of Young Scientists from the Design Automation Department at the 30th International Youth Forum!
A team of postgraduate students from the Design Automation Department at KNURE won 1st place at the Youth Technical Creativity Exhibition held within the framework of the 30th International Youth Forum “Radioelectronics and Youth in the XXI Century.”
Our young researchers secured their victory in the category “Software Development for Hardware Platforms.”
Meet the Winning Team:
- Oleg Demchenko — Postgraduate Student, group КІдф-22-1;
- Andriy Voronov — Postgraduate Student, group КІдф-24-1;
- Natalia Maksymova — Postgraduate Student, group КІідф-24-1.
Scientific Supervisor: Doctor of Technical Sciences, Professor, Vladimir Hahanov.
About the Project: MOSI-HDL
The team presented an original, fully functional prototype of the cloud service MOSI-HDL (vector logic in-memory MOdeling for SImulation test sets & fault addresses using circuit HDL code as a service), which can be accessed at www.mosihdl.work.
The development focuses on processor-free in-memory computing through read-write transactions. By utilizing redundant vector-logical data structures for transaction addressing, the authors achieved outstanding results that have no worldwide equivalents:
- 10x reduction in the complexity of modeling algorithms;
- 40% decrease in energy consumption;
- 10x reduction in time costs to obtain inference results.
The created vector logic services are aimed at verifying digital projects and supporting computer engineering courses at technical universities worldwide.
Contribution to Sustainable Development (SDGs)
It is worth highlighting that the presented MOSI-HDL project makes a significant practical contribution to the UN Sustainable Development Goals (SDGs). Specifically, the substantial 40% reduction in energy consumption directly aligns with Goal 7 (Affordable and Clean Energy) and Goal 13 (Climate Action) by reducing the carbon footprint of IT infrastructure. Furthermore, the optimization of computational algorithms and the global support of technical education contribute to Goal 9 (Industry, Innovation, and Infrastructure) and Goal 4 (Quality Education).
We sincerely congratulate our postgraduate students and their scientific supervisor on this brilliant victory! We wish them inspiration, new scientific breakthroughs, and the successful implementation of the MOSI-HDL service into global educational and engineering practices!