System and method for augmented reality surgical planning and guidance with dynamic registration, bone resection visualization, and gap balancing

A method for augmented reality surgical navigation comprising:

• displaying, via an augmented reality surgical interface worn by a user, real-time three-dimensional visualizations of a surgical field;
• generating, via a bone resection visualization module, displays of resected areas and removed anatomy during surgical procedures;
• calculating, via a gap balancing module, flexion and extension gaps based on patient-specific biomechanical parameters;
• monitoring, via imaging sensors, the surgical field to track changes in bone geometry during resection procedures;
• providing automatic adjustment recommendations based on the calculated gaps;
• and
• integrating, via a processor, the visualization data and gap balancing calculations for coordinated display via the augmented reality surgical interface.

A non-transitory computer-readable medium storing instructions that, when executed by a processor, cause the processor to:

• control an augmented reality surgical interface to display real-time three-dimensional visualizations of a surgical field;
• generate, via a bone resection visualization module, displays of resected areas and removed anatomy during surgical procedures;
• calculate, via a gap balancing module, flexion and extension gaps based on patient-specific biomechanical parameters;
• process data from imaging sensors monitoring the surgical field to track changes in bone geometry during resection procedures;
• provide automatic adjustment recommendations based on the calculated gaps;
• and
• integrate the visualization data and gap balancing calculations for coordinated display via the augmented reality surgical interface.