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Hartree Centre Challenge Led Applied Research and Innovation Our Mission The Hartree Centre Challenge led applied research and innovation Our mission Transforming UK industry by accelerating the adoption of high performance computing, big data and cognitive technologies. What we do − Collaborative R&D Define a challenge in your business and we build a team to deliver a solution − Platform as a service Give your own experts pay-as-you-go access to our compute power − Creating digital assets License the new industry-led software applications we create with IBM Research − Training and skills Drop in on our comprehensive programme of specialist training courses and events or design a bespoke course for your team Our platforms Our platforms Intel platforms Accelerated & emerging tech Bull Sequana X1000 Maxeler FPGA system Lenovo NeX​tScale | 8,192 cores ARM​ 64-bit platform​ Lenovo System x​​ iDataPlex​ system​ | 2048 cores Clustervision novel cooling demonstrator​ Intel Xeon Phi | Knight's Corner IBM big data analytics cluster | 288TB​ IBM data centric platforms​ IBM Power8 + NVL​ink​ + Tesla P100 IBM Power8 ​​+ Nvidia K80​​​ How you can benefit − Access to domain specialists and a vast network of expertise − Technologies and systems that do it faster and cheaper − Full time scientists delivering on industrially relevant timescales − Collaboration with a trusted partner − Professional project management Government & public sector Network of expertise Local business networks Technology partners Universities Academia International research communities Our track record Case study | Computer aided formulation Collaborative R&D Faster development process for products like shampoo, reducing physical testing “The Hartree Centre’s high performance computing capabilities help us achieve better design solutions for our consumers, delivered by more efficient, cost-effective and sustainable processes.” − Paul Howells, Unilever Case study | Designing safer vehicles Platform as a service Access to compute capability reduced time to run vehicle simulation models by 50% “Access to high performance computing with the convenience of operating from our own office is a real game-changer, helping us meet customer cost and timescale requirements and enabling us to thrive in a global market.” − Tim Williams, Simpact Engineering Ltd Case study | Smart crop protection Creating digital assets Building pest risk prediction models with the potential to: • Enable the farming industry to more accurately plan preventative measures • Reduce crop losses • Drive down insurance rates through lower probability of crop damage Case study | Building the cognitive hospital Collaborative R&D Transforming the patient experience using cognitive technology and data analytics “Helping our patients and their families prepare properly for coming into hospital will really reduce their anxiety and could mean they spend more meaningful time with doctors so we are able to get them better faster.” − Iain Hennessey, Alder Hey Children’s Hospital Case study | Quicker complex simulations Platform as a service HPC capabilities ran simulations four times faster than using in-house systems “The service enabled us to increase the size of models we use and run projects more quickly and efficiently, without increasing our overheads. That all adds up to improved learn rates and better value for money for clients.” − Jeremy Smith, QED Naval Ltd Case study | Cognitive waste water treatment Creating digital assets Using artificial intelligence (AI) to dynamically manage the waste water treatment process with the potential to: • Adapt responsively to environment conditions e.g. weather forecast • Make water treatment plants more efficient • Minimise costly regulatory violations Case study | Code optimisation for aero engines Collaborative R&D Hartree Centre experts optimised codes for modelling component design, speeding up run times by approx 20% “Working with the Hartree Centre, we have quickly made significant improvements to our code, delivering faster turnaround and more capability to our engineers.” − Matthew Street, Rolls-Royce Thank you Duncan Sime [email protected] [email protected] .
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