Abstract: Compositions and methods for the induction of cell death, for example, cancer cell death. Combinations of compounds and related methods of use are disclosed, including the use of compounds in therapy for the treatment of cancer and selective induction of apoptosis in cells. The disclosed drug combinations can have lower neurotoxicity effects than other cancer therapies that achieve the same or similar therapeutic effect.

Abstract: A digital receiver/exciter (DREX) antenna calibration system includes a DREX antenna array, and an antenna probe configured to receive energy from the DREX antenna array and/or transmit energy to the DREX antenna array. A modular signal processing unit is in signal communication with the DREX antenna array. The modular signal processing unit includes a plurality of individual signal processing programmable integrated circuits configured to process the energy. A modular array controller is in signal communication with the probe controller, the DREX antenna array, and the modular signal processing unit. The modular array controller includes at least one modular array unit that includes an array programmable integrated circuit and a multicore processor.

Abstract: Systems, methods, and media for generating claim submissions are provided. In some embodiments, the methods comprise: storing in one or more storage devices information regarding a plan of care for a care recipient and caregiver information associated with the plan of care; receiving at one or more hardware processors check-in/check-out information initiated by the caregiver regarding caregiver services for the care recipient, which check-in/check-out information includes verification data based on voice matching or face matching; and generating claim submission information based on the received check-in/check-out information.

Abstract: Systems, methods, and media for generating claim submissions are provided. In some embodiments, the methods comprise: storing in one or more storage devices information regarding a plan of care for a care recipient and caregiver information associated with the plan of care; receiving at one or more hardware processors check-in/check-out information initiated by the caregiver regarding caregiver services for the care recipient, which check-in/check-out information includes verification data based on voice matching or face matching; and generating claim submission information based on the received check-in/check-out information.

Abstract: An integrated timecard, quality assurance, and claim submission service helps manage and ensure that a care recipient is receiving care from a caregiver in accordance with a pre-established plan of care and that claim submissions are generated and transmitted to an insurance company or other payer(s) completely, accurately, and compatibly for straight-through processing. The service automatically verifies the hours and days worked and the activities performed by a caregiver, identifies any discrepancies, and adheres to the claim submission requirements of the care recipient's insurance company and/or other payer(s). In some embodiments, a payroll preparation process is also provided to help manage payments to caregivers.

Abstract: A digital to analog converter includes a digital processor having an input port adapted to receive an input signal and an output port coupled to an input port of an analog filter wherein the digital processor includes a digital feedback loop which compares a reference digital voltage with a digital voltage provided by a digital model of the analog filter. Using a completely digital feedback loop which compares an input digital voltage with the digital voltage from the digital model of the analog filter results in a single bit digital to analog converter having improved accuracy for a given clock rate and filter. The next digital state of the converter (i.e. ‘0’ or ‘1’) is selected based upon a comparison of the input (or reference) voltage with the digital voltage provided by the digital feedback loop. The digital converter output is then fed to the analog filter. If the analog filter matches the digital model, then the analog voltage will match the digital voltage, and therefore the reference voltage.