Abstract: An ultrasound system comprises a robotic system to position an ultrasound probe against and move the probe over a body part; and a data generating module to control the robotic system to generate training data comprising images associated with target view(s), being associated with a target position of the probe that has a plurality of training positions that includes a direction pointing towards the target position; a machine learning module comprising a trained algorithm to receive image(s) at a current probe position information defining a direction pointing towards an estimated position based on the image(s); and, an execution module to autonomously control the robotic system including: moving the probe to find an optimal position for each of the target view(s) based on estimated direction information generated by the algorithm for different probe positions and to capture at the optimal position for each of the target view(s), image(s).

Abstract: A system and method for documenting a medical history of a patient including presenting a first graphical user interface having a graphics and text based selection for taking in medical history data, the graphics based selection includes a numeric pad superimposed on a human body; monitoring alarming information contained in said selection; presenting a second graphical user interface having icons depicting pain or symptom in certain areas of a body and a selection box for each of the depicted pain or symptom; tracking symptoms, not diseases; presenting a third graphical user interface having icons with corresponding response boxes configured to question and obtain responses regarding a medical health history; and presenting a fourth graphical user interface having icons depicting current health conditions and selection boxes for each of the depicted current health conditions to obtain at least one response regarding said current health condition.