December 10, 2015
10:00 AM (Pacific) / 1:00 PM (Eastern)
Webinar

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Inside or outside, which is better?  You know that embedding analytics in databases offer several benefits including security, performance, and enabling users to take advantage of the analytics more readily.  But how do you do it?

In this installment of our embedded analytics series we discuss embedding analytics using stored external procedures – an option provided by all major commercial RDBMS providers.  These procedures are invoked in the same manner as internal stored SQL procedures but they run in a process space separate from that of the database itself.  This separation can be advantageous in certain scenarios.  In particular, if a data set is selected for analysis that pushes the limits of physical memory then the database is isolated from any issues that arise in running the analytics on this problematic data.  

In this webinar, you will see detailed steps on how to implement the analytics as a shared library using IMSL Libraries for C for illustration.

If you missed part one of the series, watch the recording here.

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Presenters

Wendy Hou, product manager

Ms. Wendy Hou, principal product manager for Rogue Wave Software analytic products, has more than 25 years of experience in the enterprise software industry.   Having worked with many industry-leading organizations, Ms. Hou has expertise in enterprise databases; hardware and software integration; application performance, availability, and recoverability; and consulting with clients from financial, oil and gas, OEMs, and ISVs. She holds a Master Degree in Applied Mathematics, a Minor in Physics, and various certifications in database, BI application, and IT administration.

Mark Sweeney, sales engineer

Mr. Mark Sweeney, sales engineer at Rogue Wave Software, has nearly 20 years of experience developing software for scientific and advanced engineering applications.  Having worked in the semiconductor equipment industry as well as in academia, Mr. Sweeney has expertise in distributed computing, image processing, and implementing sophisticated models in software. He holds a PhD in theoretical condensed matter physics.