Abstract: A system for managing printing and scanning and faxing functionality of a facsimile machine via a bi-directional parallel interface with which the facsimile machine is equipped. More particularly, a facsimile manager is provided for managing image files connected with printing, scanning and faxing. In addition, printing and scanning drivers are provided by which any Windows application program can access such printing, scanning and faxing functionality.

Abstract: A system for managing printing and scanning and faxing functionality of a facsimile machine via a bi-directional parallel interface with which the facsimile machine is equipped. More particularly, a facsimile manager is provided for managing image files connected with printing, scanning and faxing. In addition, printing and scanning drivers are provided by which any Windows application program can access such printing, scanning and faxing functionality.

Abstract: A system for managing printing and scanning and faxing functionality of a facsimile machine via a bi-directional parallel interface with which the facsimile machine is equipped. More particularly, a facsimile manager is provided for managing image files connected with printing, scanning and faxing. In addition, printing and scanning drivers are provided by which any Windows application program can access such printing, scanning and faxing functionality.

Abstract: A system for managing printing and scanning and faxing functionality of a facsimile machine via a bi-directional parallel interface with which the facsimile machine is equipped. More particularly, a facsimile manager is provided for managing image files connected with printing, scanning and faxing. In addition, printing and scanning drivers are provided by which any Windows application program can access such printing, scanning and faxing functionality.

Abstract: A system for acquisition, processing and display of gated SPECT imaging data for use in diagnosing Coronary Artery Disease (CAD) in nuclear medicine. The present invention provides a physician with two parameters for evaluating CAD: information relating to the distribution of blood flow within the myocardium (perfusion) and information relating to myocardium wall motion (function). One aspect of the present invention provides the physician with a display of functional images representing quantitative information relating to both perfusion and function with respect to selected regions of interest of the subject heart at end-diastole and end-systole segments of the cardiac cycle. The functional display consists of arcs of varied width depending on wall motion and color coded to illustrate degrees of myocardial perfusion for different pie shaped sections of a selected region of interest within a given short axis slice of reconstructed volume data.

Abstract: A system for acquisition, processing and display of gated SPECT imaging data for use in diagnosing Coronary Artery Disease (CAD) in nuclear medicine. The present invention provides a physician with two parameters for evaluating CAD: information relating to the distribution of blood flow within the myocardium (perfusion) and information relating to myocardium wall motion (function). One aspect of the present invention provides the physician with a display of functional images representing quantitative information relating to both perfusion and function with respect to selected regions of interest of the subject heart at end-diastole and end-systole segments of the cardiac cycle. The functional display consists of arcs of varied width depending on wall motion and color coded to illustrate degrees of myocardial perfusion for different pie shaped sections of a selected region of interest within a given short axis slice of reconstructed volume data.