Humanity has dramatically increased it’s ability to generate and retain astronomically large amounts of data in the last decade. Sooner or later you probably will be working on a project that will have a significant “Data Science” component to it. This is the first of a two-part introduction using machine learning techniques to solve data science questions using the R programming language.
This hand-on talk will be a crash-course into the fun world of Machine Learning (ML). The tutorial will both be a theoretical survey of common machine learning techniques as well a quick introduction to R and how to use it to solve some practical problems using ML. The talk will not make you an expert on machine learning tools but it will give you a solid feel for what can be done with them and help you understand what your data scientist can realistically do for your organization with off-the-libraries and the challenges she has to deal-with day-to-day.
This is the first of two sessions. In this session we will cover
Dillon is a principal member of EnerNOC’s data science team. In this position, he focuses on using the growing set of energy time series data to design innovative experiments, architect machine learning algorithms, and extract new-found business insights. He has worked on projects ranging from understanding how buildings apparent power and real power usage differs to architecting techniques for obtaining real-time electricity baseline estimations. Prior to joining EnerNOC, Dillon completed his Physics PhD at MIT, where he performed neutron and x-ray scattering experiments on novel electronic and magnetic materials. This worked launched his career in developing models based on massive sets of data.
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