Video Systems Homepage News

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Feb 2020

New nVidia Tesla V100S GPUs for extreme AI performance

Thanks to the new nVidia Tesla V100S cards, our GPU computing center has dramatically increased its performance.Tesla V100S cards achieve extreme performance as stated by the manufacturer nVidia:"NVIDIA® Tesla® V100 Tensor Core is the most advanced data center GPU ever built to accelerate AI, HPC, data science and graphics. It is based on the NVIDIA Volta architecture, available in 16 and 32GB configurations and offers the performance of 100 CPUs in one GPU, enabling scientists, researchers and engineers to tackle problems once considered unsolvable.With 43,000 Tensor cores, Tesla V100 is the first GPU in the world to break the record of 100 teraops (TOPS) of deep learning performance. The second-generation NVIDIA NVLink ™ system connects multiple V100 GPUs at up to 160 GB / s to create the world's most powerful processing servers. AI models that would require weeks of computing resources on previous systems can now be trained in a few days. With this substantial reduction in training times, a whole series of problems will now be solved thanks to artificial intelligence.HPC is a fundamental pillar of modern science. From weather forecasts to the detection of drugs and the search for new energy sources, researchers use huge processing systems to simulate and predict our world. AI expands traditional HPC by allowing researchers to analyze huge volumes of data by obtaining useful information where simulation alone would not be enough to produce realistic simulations. "Thanks to these new infrastructure investments, we are increasingly supporting our customers and their AI-based solutions.

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Projects & Research

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Mar 2019

APICUS (SME Instruments phase 1 project)

Handling a product to perform quality controls of all its zones at the end of the production process has been up to now a human prerogative. Complete integrity of final output is paramount in all industries. In the case of hollow glass containers, used as packaging for food & beverages, perfumery and pharmaceutics, it assumes an even more relevant role for ensuring shelf-life properties and safety of products for costumers.Nowadays there is a significant increase in non-standard shapes of containers following the market requests for customization. Hence, manufacturing processes are facing growing complexities in quality controls. Current technologies used for cold-end checks and for the reselection process of discarded products are limited to examine standard shapes and specialized per typology of defects with high occurrence of false positives phenomena responsible for increased production costs and slowed-down times.Video Systems aims to develop a ground-breaking inspection system, APICUS, to meet this unsolved market challenge. The outcome is a collaborative robot empowered by artificial intelligence (AI) and artificial vision (AV) systems which is able to handle a glass article in a human-like way, look at it and perform a thorough examination of all potential defects with extreme accuracy, significantly cutting down the occurrence of false positives.APICUS is expected to revolutionize the way quality controls are carried out contributing to better quality of products with close-to-zero defects, in line with the emerging paradigm of Zero-Defects Manufacturing.

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