NVIDIA joins efforts in finding a cure for COVID-19

10

October

2020

No ratings yet.

Medicine and research related to medicine is probably the most positively impacted field because of advances in technology, data science, and artificial intelligence (AI). Using advanced supercomputers, scientists can crunch large amounts of data. Currently, the most valuable datasets are coming from linking national genomic databases, pushed forward by the EU. The EU has set an ambitious target of linking national databases with intent to provide cross-border access to each other’s genomic information, with access to at least 1 million genomes by 2022. As a result, this should propel forwards fast and relatively inexpensive genome sequencing allowing to better examine the link between genes and cancer; and in this case COVID-19 as well. Genome sequencing is about figuring out the order of the bits and pieces of DNA bits and it is mostly done by high-tech machines or supercomputers.

To assist in detecting ways of how cancers and diseases (such as COVID-19) develop, NVIDIA has announced that it will build 29th most powerful supercomputer. Researchers from pharmaceuticals such as GlaxoSmithKline and AstraZeneca and from national institutions such as King’s College London, one of Oxford departments, and one of the NHS hospitals will be able to make use of the machine. Cambridge-1 – nickname of the new NVIDIA supercomputer – will significantly increase speeds of sequencing of genomes, allowing researchers to simulate the spread of the virus and its effects on the different configurations of the DNA.

In my opinion, it is truly exciting to see how will be able to detect the diseases using computers. I strongly believe that with supercomputers and ML will allow humans to be able to live longer and better lives. Already, machine learning is being trained to detect cancerous cells, and the experiments are already yielding results that are almost as accurate as when done by human experts, but a lot faster.

What do you think about this? How do you think the field of data science will revolutionise the field of biology? Can it potentially substitute the need for doctors altogether?

Sources:
https://ec.europa.eu/digital-single-market/en/news/eu-countries-will-cooperate-linking-genomic-databases-across-borders
https://bit.ly/3nADz4v – EC Website – Finding the cures for cancer: AI and supercomputers paving the way to personalised medicine
https://nvidianews.nvidia.com/news/nvidia-building-uks-most-powerful-supercomputer-dedicated-to-ai-research-in-healthcare
https://www.nature.com/articles/d41586-020-01128-8

Please rate this

Luna to Outshine Stadia?

6

October

2020

5/5 (1)

Any gaming enthusiast knows that owning an advanced PC that contains all the latest graphic(s) cards, CPU chips, and RAM sticks will give the necessary edge over your opponents. Thanks to Moore’s Law, this can become quite an expensive venture as these parts need to be updated at least every year and a half in order to keep up with the pace of advancements in hardware and in video game features, i.e. 8K, VR, or any other features that make the game look more realistic. Personally speaking, I am not able to afford the luxury of shilling out a nice 1,549 Euros on the new Nvidia GeForce RTX 3090 or similar PC part almost every year to have the best performance on my PC. Therefore, a games-streaming service that would be significantly cheaper than any new parts above, but still have provide the performance of the high-end parts required to build a PC would seem attractive to me.

In come Google Stadia – and now Amazon Luna – with games-streaming services that, according to the reviews, appear to deliver good performance that they promised on when they first released. A games-streaming service can be described as something like Netflix for movies, but for video games. You do not need to own the physical (or digital) copy of the game installed on your hard drive. Instead, you connect your controller to the device of your choosing (TV, PC, or even your phone) and you play the game directly from Google or Amazon servers, without needing an expensive gaming PC rig. With a service like that, a good internet connection (50 Mbps+) and close proximity to the games-streaming servers is required to get the smoothest performance.

Now that Amazon has announced their cloud gaming platform, it enters the market already filled by Google, Nvidia’s GeForce Now, Microsoft’s xCloud, and Sony’s PlayStation Now. Amazon will provide a different value to its competitors because Amazon will have a dedicated channel for Ubisoft games, a major video games publisher. Furthermore, Luna offers a different way to play games compared to Stadia. Luna allows you to select a channel (Ubisoft or Luna Plus) and play any game within that channel in a way you would select movies on Netflix. Whereas Google has games in store that you can buy to play them. Another competitive advantage that Luna will have over other games-streaming devices is the integration with Twitch. Twitch is a video live streaming service owned by Amazon; a popular streaming platform with Google’s YouTube being its direct competitor. Promoting streamers to play on Luna would spread awareness of the service, thus entice more customers to move onto the platform. As a result of this, Amazon’s ecosystem increases in capacity offering a wide range of services attractive to the customers.

What do you guys think? Do you think that cloud-gaming has a future? Let me know in the comments below, and don’t forget to rate this post! 🙂

Links:
https://www.nvidia.com/nl-nl/geforce/graphics-cards/30-series/rtx-3090/
https://www.techradar.com/reviews/google-stadia
https://www.wired.co.uk/article/amazon-luna-cloud-gaming
https://www.techradar.com/news/amazon-luna

Please rate this