Analysis of measurement delay errors in a DC-DC Buck-Boost converter using stochastic differential equations

This paper presents the use of stochastic differential equations (SDEs) to account for effects of network traffic on the communication of measurement data from a DC-DC Buck-Boost converter to a remote control center. The work is motivated by the need to account for observability of system states when a converter or system of converters is remotely monitored through a communication network comprised of switched networks. This work builds upon literature on SDEs used as appropriate tools to quantify the effects of uncertainty reflected in switched networks alone.