Abstract: This invention is based on the premise that every human or animal heart has a unique acoustic signature and that this signature has a statistical norm for each species (i.e. human, dog, cat, horse, pig, etc.). Further, a deviation from this statistical acoustic signature norm, is an indication of a cardiac abnormality or disease. This biophysical model gives rise to a diagnostic system by which a patient's heart sound signature can be compared to known abnormal heart sound signatures to provide early detection of cardiac morbidity on a non-intrusive basis. This invention is for the method, apparatus, and system used to implement this process. The technique, henceforth referred to as Cardiometric Spectral Imaging, is the non-invasive method and system from which 3D contours are derived from time-frequency analysis of the heart sounds (S1 thru S4) signatures individually.

Abstract: A transmitter includes an ultraviolet (UV) encoder conversion block that receives network data from a network interface to generate a conversion output. The UV conversion block converts the network data to a modulated signal that drives a plurality of multi-spectrum sources to generate the conversion output. A wave front optical component receives the conversion output from the UV conversion block and generates an output beam. The wave front optical component employs refraction compensation to mitigate absorption and scattering of the output beam in a liquid medium. An isotropic transmitter cluster transmits the output beam received from the wave front optical component as photon energy in the liquid medium. The isotropic transmitter cluster includes at least two transmitting nodes to facilitate transmission of the photon energy in a plurality of directions in the liquid medium.

Abstract: A transmitter includes an ultraviolet (UV) encoder conversion block that receives network data from a network interface to generate a conversion output. The UV conversion block converts the network data to a modulated signal that drives a plurality of multi-spectrum sources to generate the conversion output. A wave front optical component receives the conversion output from the UV conversion block and generates an output beam. The wave front optical component employs refraction compensation to mitigate absorption and scattering of the output beam in a liquid medium. An isotropic transmitter cluster transmits the output beam received from the wave front optical component as photon energy in the liquid medium. The isotropic transmitter cluster includes at least two transmitting nodes to facilitate transmission of the photon energy in a plurality of directions in the liquid medium.

Abstract: A device includes a virtual telephony interface and a nomadic emergency process operates with the virtual telephony interface. The nomadic emergency process operates to update current location information of the apparatus and to verify the location. A system includes a portable device having a personal computer (PC) to telephony unit. The portable device operates to communicate current location information to an E911 system.

Abstract: A system is presented including a first telecommunication device connected to a network at a rate adjusted to improve data bandwidth while data integrity is maintained. The first telecommunication device compresses input data received via the network. Additionally, a first router is connected to the first telecommunication device. Also a gateway is connected to the first router and a second router. Also presented is a second telecommunication device connected to the second router. The second telecommunication device decompresses received data.

Abstract: A system is presented including a first telecommunication device connected to a network at a rate adjusted to improve data bandwidth while data integrity is maintained. The first telecommunication device compresses input data received via the network. Additionally, a first router is connected to the first telecommunication device. Also a gateway is connected to the first router and a second router. Also presented is a second telecommunication device connected to the second router. The second telecommunication device decompresses received data.