The EuroCC2 project team from UoM (Enis Kočan and Božo Krstajić), as part of service activities and interaction with the industry, held a meeting with the management and employees from the top technical leadership of the FiveG group and the NeurobotX company, which specializes in application of AI and VR in the gaming industry and the development of simulation nautical models for training purposes (Ivan Šoć, CEO of the FiveG group; Aleksa Čović, NeurobotX and Marko Šćepanović NeurobotX), on November 11, 2024, at their premises.
We met with FiveG on Nov 11
After the presentation of the services that the NCC of Montenegro can provide to companies within the EuroCC2 project, the current projects of the FiveG company were jointly analyzed, from the aspect of their potential implementation on HPC resources. Following a comprehensive analysis, at least 2 projects were identified that would benefit significantly from being executed on HPC resources. Consequently, we agreed on future collaboration activities aimed at preparing these identified projects for implementation in an HPC environment and their participation in the upcoming conference, which will feature a special event for companies interested in utilizing HPC resources through HPC NCC Montenegro.
We arranged the participation in IT2025 activities and continuation of the collaboration
During the Fall 2024, the NCC team at UDG developed a new training offering aimed at the the use of generative AI, mos specifically at real-life LLM applications and digital transformation. The training was developed based on the communications with students and industry representatives. The initial enrollment in November was over 40 students, where most of them are expected to finish the training by 20 December.
The study of Prompt Engineering represents a cornerstone technique for effective interaction with advanced language models such as GPT-4, LLama and beyond. This course equips students with the knowledge and skills necessary to harness the transformative potential of AI technologies, emphasizing innovative, responsible, and industry-specific applications. In an era of digital transformation, where real-time decision-making and intelligent automation shape industries, the demand for high-performance computing (HPC) is critical. By exploring advanced natural language processing (NLP) models, students will not only develop effective querying techniques but also understand the computational requirements and infrastructure needed to implement these solutions at scale.
Unlocking the Power of AI: The Role of High-Performance Computing in Real-Life LLM Applications and Digital Transformation
As large language models become more sophisticated, their computational demands grow exponentially. Applications such as real-time customer interactions, predictive analytics, and decision support in fields like healthcare and education require HPC infrastructure to ensure performance and scalability. This course bridges the gap between theoretical understanding and practical implementation, highlighting how HPC enables the deployment of robust AI solutions, thus driving innovation in the digital age. Whether you’re preparing to lead AI projects in academia or industry, this course provides the essential knowledge to leverage AI technologies responsibly and effectively, positioning you at the forefront of digital transformation.
Course Content Overview (12 Modules)
Introduction to Prompt Engineering – Fundamentals, significance, and applications of prompt structuring.
Understanding AI Models – Overview of how language models process inputs and generate outputs.
Contextual Importance – Strategies to define and provide context for optimal AI performance.
Crafting Effective Prompts – Techniques for prompt structuring, tone control, and style customization.
As part of the EuroCC2 cross-NCC knowledge-sharing online events, which provide a platform for exchanging experiences on best practices, collaboration models, and impactful results, NCC Montenegro participated in the workshop “Establishing Business Relations between SMEs and Academia” on November 7th.
NCC Montenegro highlighted its outreach and onboarding activities for SMEs, featuring collaborations between academia and industry through: HPC/AI workshops and training events; development/research/innovation activities, and collaborative projects/grant schemes. A notable success story from the FinTech sector detailed how ML/HPC supported solutions addressed business challenges, including implementation steps and achieved benefits.
NCC Bulgaria emphasizes collaboration with various industry sectors and academia to foster partnerships with SMEs in addressing industry specific challenges through scientific research, training events, algorithm development, HPC solutions, and efficiency and scalability studies. Examples of successful HPC collaborations include improving precision in furniture design and analyzing advertising channel efficiency.
NCC Norway shared insights into Norway’s power market and collaboration with SINTEF Energy. By transitioning power models to HPC, they reduced simulation times from two hours to two minutes, enabling enhanced scenario testing and platform scalability. This collaborative workshop demonstrated practical approaches across NCCs, emphasizing the shared goal of bridging the gap between academia and industry through HPC innovations.
