Abstract: A Coriolis flow meter includes a sensor system generating a first sensor signal and a second sensor signal. A measuring or operating circuit includes a microprocessor designed to operate an excitation system. An all-pass filter having a filter coefficient and which is designed to receive the first sensor signal and to generate a filtered first sensor signal is provided. The measuring or operating circuit receives the filtered first sensor signal and the second sensor signal, and has a control circuit designed to control the filter coefficient, based on the filtered first sensor signal and the second sensor signal, or based on a variable derived from the filtered first sensor signal and the second sensor signal, such that a control criterion is satisfied, and a first measurement value representing the process variable from the filter coefficient is generated.

Abstract: Systems and methods to process a plurality of information simultaneously to generate outputs are disclosed. Exemplary implementations may: execute individual instances of an executable program for individual information sources such that a first engine instance of a rules engine is executed for a first information source; establish communication between electronic storage and the first engine instance via a transceiver that enables communication between the electronic storage, information sources, one or more processors, and/or external resources such that import of the atomic rules, the business rules, and/or one or more specialized rules to the first engine instance is enabled; and establish communication between the first information source and the first engine instance via the transceiver so that individual information objects from the first information source are received by the first engine instance in an ongoing manner.