
The SAS HBCU+ Fellows Program launched in 2023 with a mission to support faculty from Historically Black Colleges and Universities (HBCUs) and Predominantly Black Institutions (PBIs) with the tools, skills and knowledge to bring analytics into their classrooms and inspire the next generation of data-driven leaders. Since then, this initiative

If you asked health care and life sciences leaders, they would resoundingly say that the convergence of the industries is top of mind. Lita Sands, Managing Director at Deloitte, confirmed that this is a pivotal movement that can drive significant improvements in patient care and operational efficiencies. On a recent

A SAS programmer asked if it is possible to numerically find an inflection point for a univariate function, f(x). Yes! This can be solved as a variation of a classic numerical root-finding problem. Recall that an inflection point is a value (call it x0) in the domain where the graph

Fast-paced technology like AI can have barriers to entry. Whether infrastructure, data limitations, talent gaps or complying with rapidly changing regulations. Organizations from health care to manufacturing and the public sector are often stymied by these obstacles that can slow AI adoption and use. Ready-made AI models can bypass the