Systems and methods for optimizing implantable medical device characteristics using data structures and graphical representations

A method for cardiac resynchronization of a patient, comprising:

• receiving, from a plurality of measurement electrodes, a first set of electrical measurements indicating first electrical signals applied to the patient's heart;
• receiving one or more input variables;
• based on the one or more input variables, determining information corresponding to a data structure and indicating delays associated with an atrium lead, a left ventricle (LV) lead, and a right ventricle (RV) lead;
• determining a plurality of individualized characteristics based on the information corresponding to the data structure;
• based on the plurality of individualized characteristics, receiving, from the plurality of measurement electrodes, a plurality of second sets of electrical measurements indicating second electrical signals applied to the patient's heart;
• determining cardiac resynchronization index (CRI) values using the first set of electrical measurements and the plurality of second sets of electrical measurements;
• populating the data structure based on the CRI values and the information indicating the delays;
• generating a graphical representation based on the populated data structure;
• and
• causing display of the graphical representation corresponding to the populated data structure on a display device.

A non-transitory computer readable medium storing instructions for execution by one or more processors incorporated into a system, wherein execution of the instructions by the one or more processors cause the one or more processors to:

• receive, from a plurality of measurement electrodes, a first set of electrical measurements indicating first electrical signals applied to the patient's heart;
• receive one or more input variables;
• based on the one or more input variables, determine information corresponding to a data structure and indicating delays associated with an atrium lead, a left ventricle (LV) lead, and a right ventricle (RV) lead;
• determine a plurality of individualized characteristics based on the information corresponding to the data structure;
• based on the plurality of individualized characteristics, receive, from the plurality of measurement electrodes, a plurality of second sets of electrical measurements indicating second electrical signals applied to the patient's heart;
• determine cardiac resynchronization index (CRI) values using the first set of electrical measurements and the plurality of second sets of electrical measurements;
• populate the data structure based on the CRI values and the information indicating the delays;
• generate a graphical representation based on the populated data structure;
• and
• cause display of the graphical representation corresponding to the populated data structure on a display device.