Intelligent drug delivery system using UML diagrams analysis

Abstract

A novel intelligent drug delivery system potential for the more effective therapy of the diabetics was proposed, and the composition of system was analyzed. Based on the design of micro-electro-mechanical systems (MEMS), an iterative modeling process was introduced. Unified modeling language (UML) was employed to describe the function requirement, and different diagrams were built up to explore the static model, the dynamic model and the employment model. The mapping analysis of different diagrams can simply verify the consistency and completeness of the system model.

Improving root cause analysis through the integration of PLM systems with cross supply chain maintenance data

“…Moreover, dynamic diagrams allow designers to verify the completeness and consistency of use cases [31]. Sequence and activity diagrams are widely used to model the dynamic view.…”

Design of the Tooth Profile of a Full Conjugate Helical Gear Pump

“…Jihua Zhu designed a kind of external cycloidal type gear pump [6], in which the tooth profile was composed of circular arcs and their conjugate curves. Yuanwei Liu used a circular arc as the tooth profile [7]. All of the tooth profiles of above could eliminate the phenomenon of trapping, but the discharge pressure pulsation existed in different degree.…”