Abstract: A system and method for producing automated medical reports as the medical service is being rendered. A list of names representing medical conditions (or medical services) is stored in memory along with a descriptor including detailed description for each name. Each name may be classified under one or more body organs, whereby by choosing a body organ the list of names associated with the body organ is displayed in a menu area of a user interface. With each selection of a name from the menu area, the descriptor associated with the selected name is added in a medical report area which is a distinct area of the interface. Whereby, an automated medical report is produced as the selections are being made.

Abstract: A system for producing automated medical reports. The interface includes a menu area and a medical report area which is distinct from the menu area. The menu area includes a list of names representing medical conditions. The doctor may make different selections of names from the menu area as the medical service is being rendered to build a report in the medical report area. If a medical condition is not listed in the menu area, the doctor may add a new field for it and select/enter a name and a descriptor for the new field. Whereby, the field is automatically added in the menu area, and the name is automatically displayed in the new field without exiting the report/interface. Upon receiving a user selection of the new name, the descriptor associated therewith is retrieved from the memory and added in the medical report area without exiting the report/interface.

Abstract: A Raman pump unit for connection to a main optical path includes a signal generator for generating a plurality of at least partially complementary dither signals, a plurality of modulators connected to said signal generator capable of receiving pump driver signals and modulating these in accordance with the dither signals and a plurality of pumps connected to the modulators for receiving producing optical pump signals from the modulated pump driver signals. The unit also includes an optical coupler connected to the plurality of pumps for introducing a combination of the optical pump signals into the main optical path. The use of pump dithering increases the spectral width of the optical pump signals being injected into the main optical path, which helps to fight the deleterious effects of SBS. Meanwhile, pump noise transfer to the main optical signal is mitigated because the signal gain is the combination of two at least partially complementary pump dither signals.

Abstract: A Raman pump unit for connection to a main optical path includes a signal generator for generating a plurality of at least partially complementary dither signals, a plurality of modulators connected to said signal generator capable of receiving pump driver signals and modulating these in accordance with the dither signals and a plurality of pumps connected to the modulators for receiving producing optical pump signals from the modulated pump driver signals. The unit also includes an optical coupler connected to the plurality of pumps for introducing a combination of the optical pump signals into the main optical path. The use of pump dithering increases the spectral width of the optical pump signals being injected into the main optical path, which helps to fight the deleterious effects of SBS. Meanwhile, pump noise transfer to the main optical signal is mitigated because the signal gain is the combination of two at least partially complementary pump dither signals.