Abstract: Ultrasound imaging system and method that provides user- or situationally-adjustable interleaved imaging modes are described. An ultrasound system according to the present disclosure includes a user interface that enables the user to interact with the system to specify or otherwise control the priority of one mode of the other modes in a multi-mode imaging operation.

Abstract: An ultrasound system uses image recognition to characterize the anatomy being imaged, then considers an identified anatomical characteristic when setting the level or limit of acoustic output of an ultrasound probe. Alternatively, instead of automatically setting the acoustic output level or limit, the system can alert the clinician that a change in operating levels or conditions would be prudent for the present exam. In these ways, the clinician is able to maximize the signal-to-noise level in the images for clearer, more images while maintaining a safe level of acoustic output for patient safety.