EuroHPC JU Call for Proposals for Extreme Scale access mode
Are you interested in compute time on LUMI and Leonardo supercomputers? Thanks to the EuroHPC-JU call, you will be able to get an access to the pre-exasclae infrastructure.The EuroHPC Are you interested in compute time on LUMI and Leonardo supercomputers? Thanks to the EuroHPC-JU call, you will be able to get an access to the pre-exasclae infrastructure. The EuroHPC will be soon opening the call for the Extreme Scale access mode to applications requiring resources from the EuroHPC pre-exascale supercomputers.
This call is targeting HPC applications with high-impact and high-gain innovative research. The call will be open to all fields of science, industry and public sector justifying the need for and the capacity to use extremely large allocations in terms of compute time, data storage and support resources.
The call is open from 28. September 2022 2022 a deadline na podávanie žiadostí je 28. September tohto roka. V rámci tejto výzvy máte možnosť získať strojový čas na pre-exascale superpočítačoch LUMI and Leonardo More details including the amount of offered resources in terms of node hours and storage hours will be available on thewebpageof PRACE.
Submission of applications will be done through the PRACE-calls portal.The call will be open for all categories of applications (Scientific, Industry and Public Sector) defining three distinctive tracks respectively for each category. The evaluation will be based on the technical review and scientific peer-review of all proposals. Award decisions will follow the ranking of proposals according to three criteria of:
Excellence.
Innovation and impact.
Quality of implementation.
The allocations will be granted for a period of one year.
Small and medium-sized businesses that do not embrace the digital age will be at a competitive disadvantage to those that do. However, this move into a modern and innovative future also has its challenges. How, then, to protect your business in the digital world and ensure its continuity?
Unfortunately, small and medium-sized businesses in Slovakia and the Czech Republic often do not address the risks associated with their online presence. This opens the door to hacker attacks, which can lead not only to damage to a company's reputation, but also to problems that can ultimately lead to the collapse of the business. And that's certainly something you don't want. Fortunately, there is also someone on the home front who can lend a helping hand.
Cybersecurity without stress – FREE webinar
Qubit Conference® is organizing a FREE webinar called Cybersecurity without stressin cooperation with Edenred Slovakia. The webinar will take place on September 13, 2023 at 2:00 PM. This online webinar is intended for small and medium-sized businesses that want to improve their cybersecurity standards, protect their businesses, and ensure their continuity in the years to come.
The webinar Cybersecurity without stress will provide up-to-date insights from the world of cybersecurity and present effective strategies that can protect businesses from hacker attacks, password breaches, and data leaks. Their subsequent implementation will lead to more efficient and secure business operations, as well as a significant improvement in the company's reputation.
The number of places is limited. So don't hesitate to register for the FREE webinar Cybersecurity without stress todays!
Small and medium-sized businesses are at risk
Až 43% of all cyberattacks are targeted at small and medium-sized businesses. Why are these businesses so vulnerable?
There are several reasons. Hackers target them primarily because they are vulnerable and exploit their cybersecurity ignorance. Such companies often do not have the resources – both financial and human – to pay enough attention to cybersecurity.
Many business owners, especially in Slovakia and the Czech Republic, do not even perceive the threats of cyberattacks. They do not see it as a problem and therefore carelessly neglect cybersecurity. Unfortunately, if a risk does occur, it is usually too late.
Cyberattacks on small and medium-sized businesses often have a fatal impact on their operations and in many cases such companies end up. The result is financial losses, laid-off employees, and in the worst cases even legal problems. However, this can be prevented when you invest time and energy into cybersecurity awareness.
Viruses, stolen passwords, and leaks of sensitive data
Neglecting cybersecurity opens the door to viruses, trojans, stolen passwords, and leaks of sensitive data. In many cases, there is nothing that can be done about it. For example, with ransomware, hackers will encrypt all of your files on your storage device and demand a ransom that often does not even help. This is how many companies have lost all of their data, especially if they did not back it up.
Stolen passwords and leaks of customer data are especially sensitive. These increase customer outrage, damage the company's reputation, and can even lead to legal consequences.
The truth is that the best defense is prevention. And the first step can be the online webinar . Cybersecurity without stressSo don't hesitate, register for FREE and protect your business.
Odborná konferencia Superpočítač a Slovensko v Bratislave15 Nov-Dňa 14. novembra 2024 sa v hoteli Devín v Bratislave uskutočnila odborná konferencia s názvom Superpočítač a Slovensko, ktorú zorganizovalo Ministerstvo investícií, regionálneho rozvoja a informatizácie SR. Konferencia sa zameriavala na aktuálne trendy a vývoj v oblasti vysokorýchlostného počítania na Slovensku. Súčasťou podujatia bola prezentácia L. Demovičovej z Národného kompetenčného centra pre HPC.
Konferencia vysokovýkonného počítania v Portugalsku12 Nov-V poradí 4. Stretnutie vysokovýkonného počítania 2024, ktoré sa konalo 5. a 6. novembra na Univerzite Beira Interior v Covilhã, sa etablovalo ako kľúčové stretnutie používateľov, technikov a partnerov ekosystému vysokovýkonného počítania v Portugalsku.
REGISTRÁCIA OTVORENÁ: Nová séria populárno-náučných prednášok o zaujímavých HPC aplikáciách6 Oct-Otvorili sme registráciu na sériu prednášok v zimnom semestri 2024, kde sa budeme venovať fascinujúcim témam, v ktorých vysokovýkonné počítanie zohráva kľúčovú úlohu. Tento semester sa zameriame na oblasti ako meteorológia, klimatológia, chémia, veľké jazykové modely a mnoho ďalších.
Inno4scale: Innovative Algorithms For Applications On European Exascale Supercomputers
Inno4scale is a European initiative, which was started to support the development of innovative algorithms for exascale supercomputers, so their efficient use can be fully exploited. Currently existing codes for high-performance computing will not be able to function efficiently on upcoming exascale systems in the future. Therefore, the project will identify and support the development of applications that have the potential to fully exploit the new upcoming EuroHPC exascale systems. The most successful application will be taken up by science and industry after the project.
The objective of Inno4scale is to support the EuroHPC Joint Undertaking, whose goal it is to achieve the deployment of Exascale supercomputers in Europe. As part of the project, the development of novel algorithms for applications on upcoming European Exascale supercomputers will be efficiently exploited. Used in public administration or industry these supercomputers will be able to solve previously unaffordable computational challenges. Industry, science, as well as public administration will then be able to reduce their time-to-solution for computational simulations and approach larger problems with novel solutions.
The Inno4scale project started in the beginning of July 2023 and will run for 21 months. Financial support is guaranteed to the project by the use of cascade funding. The project is coordinated by the Barcelona Supercomputing Center. Project partners: SCAPOS, the High-Performance Computing Center of the University of Stuttgart and the PRACE network. A total budget of EUR 4.5 Mio. is available to the project.
You can apply for the Inno4scale Open Call and submit your proposals for the upcoming innovation studies!
After last year's successful event, you can already look forward to the Qubit Conference® Košice 2023
On November 8-9, 2023 in Košice, interesting speakers and panel discussions, sharing of practical experience of professionals in the field of information and cyber security, interactive training and popular networking await you. Come and share valuable knowledge and experience in the area of development, current regulations and trends in IT security and digital transformation, taking into account the key ways of managing organizations.
Do not miss:
Inspirational panel discussions and presentations by leading speakers.
Training for small and medium enterprises.
Networking events.
Tak part at the Qubit Conference® Košice 2023 and don't miss a unique opportunity for education, presentation of your company and establishing new partnership and professional relationships on the Slovak and Czech cybersec market.
The mission of Qubit Conference is to build a professional community of experts in the cybersecurity industry through networking and partnerships through highly professional educational events characterized by a professional approach and a friendly atmosphere.
Odborná konferencia Superpočítač a Slovensko v Bratislave15 Nov-Dňa 14. novembra 2024 sa v hoteli Devín v Bratislave uskutočnila odborná konferencia s názvom Superpočítač a Slovensko, ktorú zorganizovalo Ministerstvo investícií, regionálneho rozvoja a informatizácie SR. Konferencia sa zameriavala na aktuálne trendy a vývoj v oblasti vysokorýchlostného počítania na Slovensku. Súčasťou podujatia bola prezentácia L. Demovičovej z Národného kompetenčného centra pre HPC.
Konferencia vysokovýkonného počítania v Portugalsku12 Nov-V poradí 4. Stretnutie vysokovýkonného počítania 2024, ktoré sa konalo 5. a 6. novembra na Univerzite Beira Interior v Covilhã, sa etablovalo ako kľúčové stretnutie používateľov, technikov a partnerov ekosystému vysokovýkonného počítania v Portugalsku.
REGISTRÁCIA OTVORENÁ: Nová séria populárno-náučných prednášok o zaujímavých HPC aplikáciách6 Oct-Otvorili sme registráciu na sériu prednášok v zimnom semestri 2024, kde sa budeme venovať fascinujúcim témam, v ktorých vysokovýkonné počítanie zohráva kľúčovú úlohu. Tento semester sa zameriame na oblasti ako meteorológia, klimatológia, chémia, veľké jazykové modely a mnoho ďalších.
We are pleased to announce that the Devana supercomputer is now available for your computations and projects. The Computing Centre of the Slovak Academy of Sciences and the National Supercomputing Center have opened the first call for proposals for testing and benchmarking The call is continuously open, the project is possible repeatedly during the year and can be used through the register.nscc.sk .
A comprehensible website with practical instructions and documentation is also available at userdocs.nscc.sk, where you can find information about logging in, projects, SSH keys, software and development equipment, and running computing tasks. Access to Devana is possible through a terminal with a command line, but also through a web interface with the possibility of interactive calculation.
Currently, it is possible to apply for access for testing and benchmarking within a continuously open call s možnosťou využitia získaných údajov (vhodnosť aplikácie, paralelizácia, škálovanie, potrebná veľkosť dátového úložiska a pod.) na podanie žiadosti v pripravovanej výzve pre štandardné projekty.
Scientists and researchers from Slovak public universities and the Slovak Academy of Sciences, as well as from public and state administration organizations and private enterprises registered in the Slovak Republic, can apply for access for testing and benchmarking. Access is provided exclusively for civil and non-commercial open-science research and development. Interested parties from private companies are advised to contact the National Competence Centre for HPC.
We believe that with our professional support, working with Devana will be a benefit for your research and that the new system will allow the realization of many high-quality projects.
Odborná konferencia Superpočítač a Slovensko v Bratislave15 Nov-Dňa 14. novembra 2024 sa v hoteli Devín v Bratislave uskutočnila odborná konferencia s názvom Superpočítač a Slovensko, ktorú zorganizovalo Ministerstvo investícií, regionálneho rozvoja a informatizácie SR. Konferencia sa zameriavala na aktuálne trendy a vývoj v oblasti vysokorýchlostného počítania na Slovensku. Súčasťou podujatia bola prezentácia L. Demovičovej z Národného kompetenčného centra pre HPC.
Konferencia vysokovýkonného počítania v Portugalsku12 Nov-V poradí 4. Stretnutie vysokovýkonného počítania 2024, ktoré sa konalo 5. a 6. novembra na Univerzite Beira Interior v Covilhã, sa etablovalo ako kľúčové stretnutie používateľov, technikov a partnerov ekosystému vysokovýkonného počítania v Portugalsku.
REGISTRÁCIA OTVORENÁ: Nová séria populárno-náučných prednášok o zaujímavých HPC aplikáciách6 Oct-Otvorili sme registráciu na sériu prednášok v zimnom semestri 2024, kde sa budeme venovať fascinujúcim témam, v ktorých vysokovýkonné počítanie zohráva kľúčovú úlohu. Tento semester sa zameriame na oblasti ako meteorológia, klimatológia, chémia, veľké jazykové modely a mnoho ďalších.
Devana: Výzva na podávanie projektov pre testovanie a benchmarking
The Computing Center of the SAS and the National Supercomputing Centre are opening the first call for proposals for testing and benchmarking The call is continuously open, the project is possible repeatedly during the year and can be used through the register.nscc.sk user portal. The testing and benchmarking approach serves primarily to obtain data on application performance parameters, parallelization, utilization, and scaling of data storage size requirements for subsequent standard access requests. However, it can be used for less time- and computationally intensive projects.
Superpočítač Devana
Access is free of charge, provided that all requirements defined in the Terms of reference The application must clearly define the need for use and testing in an HPC environment. Submitted projects are evaluated by the internal team of VS SAV and NSCC.
Call opening date: 19.7.2023
Call closing date: The call is open continuously
Termín pre notifikácie o schválení projektu: Within 2 weeks of project submission.
Eligible Researchers Scientists and researchers from Slovak public universities and the Slovak Academy of Sciences, as well as from public and state administration organizations and private enterprises registered in the Slovak Republic, can apply for access for testing and benchmarking. Access is provided exclusively for civil and non-commercial open-science research and development. Interested parties from private companies are advised to contact the National Competence Centre for HPC.
Allocation period: 4 months
Allocation available per project: 50,000 CPU core-hours and 12,500 GPU core-hours
Measurement of microcapsule structural parameters using artificial intelligence (AI) and machine learning (ML)
The main aim of collaboration between the National Competence Centre for HPC (NCC HPC) and the Institute of Polymers of SAV (IP SAV) was design and implementation of a pilot software solution for automatic processing of polymer microcapsules images using artificial intelligence (AI) and machine learning (ML) approach. The microcapsules consist of semi-permeable polymeric membrane which was developed at the IP SAV.
illustrative image
Automatic image processing has several benefits for IP SAV. It will save time since manual measurement of microcapsule structural parameters is time-consuming due to a huge number of images produced during the process. In addition, the automatic image processing will minimize the errors which are inevitably connected with manual measurements. The images from optical microscope obtained with 4.0 zoom usually contain one or more microcapsules, and they represent an input for AI/ML process. On the other hand, the images from optical microscope obtained with 2.5 zoom usually contain (three to seven) microcapsules. Herein, a detection of the particular microcapsule is essential.
The images from optical microscope are processed in two steps. The first one is a localization and detection of the microcapsule, the second one consists of a series of operations leading to obtaining structural parameters of the microcapsules.
Microcapsule detection
YOLOv5 model with pre-trained weights from COCO128 dataset was employed for microcapsule detection. Training set consisted of 96 images, which were manually annotated using graphical image annotation tool LabelImg [3]. Training unit consisted of 300 epochs, images were subdivided into 6 batches per 16 images and the image size was set to 640 pixels. Computational time of one training unit on the NVIDIA GeForce GTX 1650 GPU was approximately 3.5 hours.
The detection using the trained YOLOv5 model is presented in Figure 1. The reliability of the trained model, verified on 12 images, was 96%, with the throughput on the same graphics card being approximately 40 frames per second.
Figure 1: (a) microcapsule image from optical microscope (b) detected microcapsule (c) cropped detected microcapsule for 4.0 zoom, (d) microcapsule image from optical microscope (e) detected microcapsule (f) cropped detected microcapsule for 2.5 zoom.
Measurement of microcapsule structural parameters using AI/ML
The binary masks of inner and outer membrane of the microcapsules are created individually, as an output from the deep-learning neural network of the U-Net architecture [4]. This neural network was developed for image processing in biomedicine applications. The first training set for the U-Net neural network consisted of 140 images obtained from 4.0 zoom with the corresponding masks and the second set consisted of 140 images obtained from 2.5 zoom with the corresponding masks. The training unit consisted of 200 epochs, images were subdivided into 7 batches per 20 images and the image size was set to 1280 pixels (4.0 zoom) or 640 pixels (2.5 zoom). The 10% of the images were used for validation. Reliability of the trained model, verified on 20 images, exceeded 96%. Training process lasted less than 2 hours on the HPC system with IBM Power 7 type nodes, and it had to be repeated several times. Obtained binary masks were subsequently post-processed using fill-holes [5] and watershed [6] operations, to get rid of the unwanted residues. Subsequently, the binary masks were fitted with an ellipse using scikit-image measure library [7]. First and second principal axis of the fitted ellipse are used for the calculation of the microcapsule structural parameters. An example of inner and outer binary masks, and the fitted ellipses is shown in Figure 2.
Structural parameters obtained by our AI/ML approach (denoted as “U-Net“) were compared to the ones obtained by manual measurements performed at the IP SAV. A different model (denoted as “Retinex”) was used as another independent source of reference data. The Retinex approach was implemented by RNDR. Andrej Lúčny, PhD. from the Department of Applied Informatics of the Faculty of Mathematics, Physics and Informatics in Bratislava. This approach is not based on the AI/ML, the ellipse fitting is performed by the aggregation of line elements with low curvature using so-called retinex filler [8]. The Retinex approach is a good reference due to its relatively high precision, but it is not fully automatic, especially for the inner membrane of the microcapsule.
Figure 3 summarizes a comparison between the three approaches (U-Net, Retinex, UP SAV) to obtain the 4.0 zoom microcapsule structural parameters.
(a)
(b)
(c)
Figure 3: (a) microcapsule diameter for different batches (b) difference between the diameters of the fitted ellipse (first principal axis) and microcapsule (c) difference between the diameters of the fitted ellipse (second principal axis) and microcapsule. Red lines in (b) and (c) represents the threshold given by IP SAV. The images were obtained using 4.0 zoom.
All obtained results, except 4 images of batch 194 (ca 1.5%), are within the threshold defined by the IP SAV. As can be seen from Figure 3(a), the microcapsule diameters calculated using U-net and Retinex are in a good agreement to each other. The U-Net model performance can be significantly improved in future, either by the training set expansion or by additional post-processing. The agreement between the manual measurement and the U-Net/Retinex may be further improved by unifying the method of obtaining microcapsule structural parameters from binary masks.
The AI/ML model will be available as a cloud solution on the HPC systems of CSČ SAV. Additional investment into the HPC infrastructure of IP SAV will not be necessary. Production phase, which goes beyond the scope of the pilot solution, accounts for an integration of this approach into the desktop application.
Intent Classification for Bank Chatbots through LLM Fine-Tuning12 Sep-Tento článok hodnotí použitie veľkých jazykových modelov na klasifikáciu intentov v chatbote s preddefinovanými odpoveďami, určenom pre webové stránky bankového sektora. Zameriavame sa na efektivitu modelu SlovakBERT a porovnávame ho s použitím multilingválnych generatívnych modelov, ako sú Llama 8b instruct a Gemma 7b instruct, v ich predtrénovaných aj fine-tunovaných verziách. Výsledky naznačujú, že SlovakBERT dosahuje lepšie výsledky než ostatné modely, a to v presnosti klasifikácie ako aj v miere falošne pozitívnych predikcií.
Leveraging LLMs for Efficient Religious Text Analysis5 Aug-The analysis and research of texts with religious themes have historically been the domain of philosophers, theologians, and other social sciences specialists. With the advent of artificial intelligence, such as the large language models (LLMs), this task takes on new dimensions. These technologies can be leveraged to reveal various insights and nuances contained in religious texts — interpreting their symbolism and uncovering their meanings. This acceleration of the analytical process allows researchers to focus on specific aspects of texts relevant to their studies.
Mapping Tree Positions and Heights Using PointCloud Data Obtained Using LiDAR Technology25 Jul-Cieľom spolupráce medzi Národným superpočítačovým centrom (NSCC) a firmou SKYMOVE, v rámci projektu Národného kompetenčného centra pre HPC, bol návrh a implementácia pilotného softvérového riešenia pre spracovanie dát získaných technológiou LiDAR (Light Detection and Ranging) umiestnených na dronoch.
On June 27, 2023 an event "CHEMSHOW" took place in the premises of the Faculty of Chemical and Food Technology (FCHPT) of the Slovak Technical University (STU). During the event, they also had the opportunity to learn more about the National Competence Centre for HPC and its activities. Experts presented services NCC for HPC. Through an interactive demonstration of simulations of potential drugs against the Covid-19 disease, we brought the participants closer to what calculations supercomputers can be used for. Participants could watch the simulations on a screen and through 3D glasses.
At the chemshow, we presented the results of calculations of the interaction of potential drugs with the active part of the spike-protein unit, which forms tetramers present on the surface of the SARS-CoV2 virus, which causes the disease COVID19. Calculations were carried out using molecular mechanics methods using the GROMACS software. Six potential drugs were tested in the study. In this presentation, we mainly showed the trajectory of one of them. High school students had the opportunity to view the results on a projection with 3D glasses, where they could interactively change their view and protein display settings.
Odborná konferencia Superpočítač a Slovensko v Bratislave15 Nov-Dňa 14. novembra 2024 sa v hoteli Devín v Bratislave uskutočnila odborná konferencia s názvom Superpočítač a Slovensko, ktorú zorganizovalo Ministerstvo investícií, regionálneho rozvoja a informatizácie SR. Konferencia sa zameriavala na aktuálne trendy a vývoj v oblasti vysokorýchlostného počítania na Slovensku. Súčasťou podujatia bola prezentácia L. Demovičovej z Národného kompetenčného centra pre HPC.
Konferencia vysokovýkonného počítania v Portugalsku12 Nov-V poradí 4. Stretnutie vysokovýkonného počítania 2024, ktoré sa konalo 5. a 6. novembra na Univerzite Beira Interior v Covilhã, sa etablovalo ako kľúčové stretnutie používateľov, technikov a partnerov ekosystému vysokovýkonného počítania v Portugalsku.
REGISTRÁCIA OTVORENÁ: Nová séria populárno-náučných prednášok o zaujímavých HPC aplikáciách6 Oct-Otvorili sme registráciu na sériu prednášok v zimnom semestri 2024, kde sa budeme venovať fascinujúcim témam, v ktorých vysokovýkonné počítanie zohráva kľúčovú úlohu. Tento semester sa zameriame na oblasti ako meteorológia, klimatológia, chémia, veľké jazykové modely a mnoho ďalších.
We would like to invite you to the webinar to present the outputs and results through business benefits organisations gained while implementing HPC, AI and other advanced technologies for business in various industrial sectors.
When: 23th of June 2023 from 9:00 to 13:15 CET
Where online
You can find a detailed program and more information HERE.
Odborná konferencia Superpočítač a Slovensko v Bratislave15 Nov-Dňa 14. novembra 2024 sa v hoteli Devín v Bratislave uskutočnila odborná konferencia s názvom Superpočítač a Slovensko, ktorú zorganizovalo Ministerstvo investícií, regionálneho rozvoja a informatizácie SR. Konferencia sa zameriavala na aktuálne trendy a vývoj v oblasti vysokorýchlostného počítania na Slovensku. Súčasťou podujatia bola prezentácia L. Demovičovej z Národného kompetenčného centra pre HPC.
Konferencia vysokovýkonného počítania v Portugalsku12 Nov-V poradí 4. Stretnutie vysokovýkonného počítania 2024, ktoré sa konalo 5. a 6. novembra na Univerzite Beira Interior v Covilhã, sa etablovalo ako kľúčové stretnutie používateľov, technikov a partnerov ekosystému vysokovýkonného počítania v Portugalsku.
REGISTRÁCIA OTVORENÁ: Nová séria populárno-náučných prednášok o zaujímavých HPC aplikáciách6 Oct-Otvorili sme registráciu na sériu prednášok v zimnom semestri 2024, kde sa budeme venovať fascinujúcim témam, v ktorých vysokovýkonné počítanie zohráva kľúčovú úlohu. Tento semester sa zameriame na oblasti ako meteorológia, klimatológia, chémia, veľké jazykové modely a mnoho ďalších.
Course Practical introduction to natural language processing
Radi by sme vám dali do pozornosti najnovší kurz organizovaný Národným kompetenčným centrom pre HPC: “Praktický úvod do spracovania prirodzeného jazyka”. Témou bude účastníkov sprevádzať skúsený lektor Marek Šuppa who presented NLP (natural language processing) and its potential for businesses already at the beginning of April during an interesting online lecture - you can watch the recording here.
The course will take place online on June 30 from 9:00 a.m. to 4:00 p.m. The number of places is limited to 15, while everyone will have a unique opportunity to work during the exercises with the accelerated module of the new Slovak supercomputer Devana. We therefore want to invite interested parties to register only in case of serious interest.
During this course, participants will focus on an introduction to natural language processing; text representation, word vectors, text classification and neural networks for natural language processing. Together with the lecturer, they will also discuss HuggingFace Transformers and their practical use. The course includes hands-on exercises. A prerequisite for the course is programming experience in the Python programming language. Experience with PyTorch or Tensorflow frameworks is an advantage.
Odborná konferencia Superpočítač a Slovensko v Bratislave15 Nov-Dňa 14. novembra 2024 sa v hoteli Devín v Bratislave uskutočnila odborná konferencia s názvom Superpočítač a Slovensko, ktorú zorganizovalo Ministerstvo investícií, regionálneho rozvoja a informatizácie SR. Konferencia sa zameriavala na aktuálne trendy a vývoj v oblasti vysokorýchlostného počítania na Slovensku. Súčasťou podujatia bola prezentácia L. Demovičovej z Národného kompetenčného centra pre HPC.
Konferencia vysokovýkonného počítania v Portugalsku12 Nov-V poradí 4. Stretnutie vysokovýkonného počítania 2024, ktoré sa konalo 5. a 6. novembra na Univerzite Beira Interior v Covilhã, sa etablovalo ako kľúčové stretnutie používateľov, technikov a partnerov ekosystému vysokovýkonného počítania v Portugalsku.
REGISTRÁCIA OTVORENÁ: Nová séria populárno-náučných prednášok o zaujímavých HPC aplikáciách6 Oct-Otvorili sme registráciu na sériu prednášok v zimnom semestri 2024, kde sa budeme venovať fascinujúcim témam, v ktorých vysokovýkonné počítanie zohráva kľúčovú úlohu. Tento semester sa zameriame na oblasti ako meteorológia, klimatológia, chémia, veľké jazykové modely a mnoho ďalších.
