Coradi

Scott Anthony Coradi, Murrells Inlet, SC US

Patent application number	Description	Published
20120016631	Emergency patient medication system - A computer based system is disclosed for providing emergency medical personnel with a means for rapidly ascertaining an accurate estimated weight for a non-responsive and potentially critically ill patient. The system acquires the gross weight of the patient, the support upon which the patient is lying and all life support equipment that may be on that support. From data stored in a data base, and from information input into the system by the personnel on hand, the weights of everything except the patient are deducted by the system to arrive at the patient's weight. That weight is then resident in the system and serves to allow the system to accurately calculate the correct dosages of medications to be administered to the patient while warning the personnel if dangerous interactions are possible. The system includes protocols for treating a wide variety of emergency medical conditions in both hospital and military environments.	01-19-2012

Patent application number	Description	Published
20090316975	ANATOMIC ORIENTATION IN MEDICAL IMAGES - A method of constructing a navigation table relating a set of images representative of a region of interest in a subject to a reference system with reference positions indicating known anatomic landmarks of a reference subject comprising providing reference positions for two or more images identified with two or more anatomic landmarks indicative of the region of interest with reference positions of known anatomic landmarks corresponding to the identified anatomic landmarks, and determining reference positions for the remaining images by interpolation.	12-24-2009

Patent application number	Description	Published
20110292056	PROGRAMMING AND MULTIPROCESSING ENVIRONMENT FOR COMPUTERIZED RECOGNITION - Embodiments of the present invention are directed to techniques for providing an environment for the efficient execution of recognition tasks. A novel environment is provided which automatically and efficiently executes a recognition program on as many computer processors as available. This program, deconstructed into separate tasks, may be executed by constructing a dependency network from known inputs and outputs of the tasks, applying project planning methods for scheduling these tasks into multiple processing threads, and dynamically assigning tasks within these threads to processors. Therefore, an efficient schedule of tasks to complete a recognition program can be created and executed automatically, for any type of recognition problem. The system will not only allow for the ability to leverage multiple processors for efficiently generating variable and customizable automatically created schedules, but will also still maintain the flexibility to use serial programming in recognition algorithms for individual objects, properties, or features.	12-01-2011