IBM introduces the IBM Bayesian Optimization Accelerator which finds the most optimal solution for complex, real-world design problems in less time and uses less resources than its competition. You can ensure better business outcomes and increase the productivity of your experimental infrastructure without adding specialized data scientists.
The solution works by helping your HPC cluster know where to look. It sits outside of your traditional HPC cluster and is dedicated to running Bayesian Optimization methods only. Your HPC cluster will send the values for constraints and objective function(s) to the appliance, which will send back new locations in the search space to find optimal solutions.
BOA finds solutions faster with easy, quick initial integration and methods that require fewer starting inputs and scale in parallel to decrease the time to result.
You will achieve Superior Results, as BOA locates the most optimum solution 98% of the time with traceable, explainable optimization decisions that require no prior data, avoiding bias.
These methods can be applied without specialized data science skills and make existing infrastructure more efficient, keeping costs down while still responding to business needs.
Unlike open source Bayesian libraries, it can scale to orders of magnitude more dimensions which allows you to tackle real world problems instead of academic ones. And unlike search methods such as Grid, or Random search, it determines design points with much fewer samples required, which gets to results faster and cheaper. In fact, in comparison tests, Bayesian Optimization Accelerator reaches the least regret solution in the fastest time in over 80% of experiments.
CFD, Aeroelasticity, Multi-disciplinary, Optimization and Stochastic Design
CFD, Crash and Safety, NVH and ADAS
Signal Integrity, Synthesis and PCB Design
Seismic Data Processing and Resevoir Simulation
IBM chip design team evaluated Bayesian Optimization to reduce the number of simulations required within communication signal integrity dsign of the POWER10 processors. This resulted in 95% reduction in simulations compared to exhaustive search.
What could you do if you cut your simulation time in half? This whitepaper discusses how advances with intelligent simulation and Bayesian Optimization are creating a paradigm shift in HPC design and simulation to reduce time to discovery and insight while delivering higher levels of quality.
To help our clients make informed decisions about new technologies, we have opened up our research & development facilities and actively encourage customers to try the latest platforms using their own tools and if necessary together with their existing hardware. Remote access is also available
Join 2CRSi and Graphcore for a webinar to learn how to fast-track AI adoption with state of the art IPU hardware.