University of Michigan
Doctoral Student
University of Michigan School of Public Health Sep 2010 - Aug 2014
Assistant Director, Life Sciences and Society Program
John Jay College Jan 2009 - May 2010
Philosophy Instructor
College of Alameda Aug 2005 - Jun 2007
Humanities Instructor
Higher Education Grant Writing Research Teaching Editing Qualitative Research Public Speaking Tutoring Nonprofits Curriculum Design Program Development Critical Thinking Curriculum Development Event Planning Philosophy Non Profits Social Media Creative Writing Organizational Development Leadership Development English Literature
Systems and methods of the present invention can be used to provide efficient and rapid coordinated medical responses to incidents, such as emergencies. In accordance with an embodiment, input(s) that specify a type and severity of an incident are received. In response thereto, medical personnel (persons) are informed of the incident and a need for the medical personnel to report to a facility where they can assist in a medical response to the incident. Replies are received from at least some of the persons. Information is automatically kept track of including, which persons are located at the facility, which persons are unavailable and which persons are en-route to the facility. Additionally, estimates of the amount of time it will take at least some of the persons (en-route to the facility) to arrive are automatically tracked.
Algorithmic Engine For Automated N-Dimensional Subset Analysis
Pierre Bierre - Redwood City CA Daniel E. Thiel - Pleasanton CA
Assignee:
Becton Dickinson and Company - Franklin Lakes
International Classification:
G01N 3349
US Classification:
435 724
Abstract:
This invention provides a method of multi-parameter data analysis by means of a hierarchical attractor algorithmic engine. The method employs analyzing the data by construction of a population hierarchy, wherein the populations are not mutually exclusive, thereby providing an important analytical tool. The use of the hierarchical attractor algorithmic engine presents the user with far greater flexibility in such analysis, as overlapping populations can be separately examined.
Mark Melnick (1970-1974), Jesse Rivera (1998-2002), Maria Stein (1990-1994), Dan Thiel (1968-1971), Rich Laabs (1979-1983), Andrew Vollbrecht (1990-1994)