Abstract: A system for providing adaptive electromagnetic radiation therapy to a biological tissue of a subject comprises a plurality of electromagnetic radiation sources configured to emit electromagnetic radiation toward a treatment region of the subject; a plurality of physiological sensors configured to generate physiological data associated with a state of the treatment region; a controller operatively coupled to the electromagnetic radiation sources and the physiological sensors comprising one or more processors, a memory storing patient-specific data comprising at least one of historical treatment data for the subject, prior physiological response data or both; and a machine learning model executable by the controller and configured to process the physiological data and the patient-specific data to generate a control policy.

Abstract: In one aspect, the invention provides a method for wound healing. The method comprises exposing the wound to a first electromagnetic radiation, and then exposing the wound to a second electromagnetic radiation. The order of exposure may be reversed, or the exposure can be done simultaneously. The power of the first electromagnetic radiation is such that it achieves penetration to the deeper layers of the wound, all the way to the wound bed. Useful power range in the invention is about 1 Watts to about 1000 Watts, and an energy density for a given treatment session ranges from about 1 mJ/cm2 to about 1000 J/cm2. The invention also provides a device for wound healing that comprises a first and a second electromagnetic radiation source. The method and device of the invention may involve use of a third and/or more electromagnetic radiation also.

Abstract: A computer implemented method for controlling instances of a process comprising: receiving feedback data on instances of the process, wherein the feedback data comprises a plurality of response values relating to aspects of each process; calculating standard response values for the process based on the feedback data; identifying outliers in the response values for the process in the feedback data from the calculated standard response values; and generating at least one workflow to control and regulate the process based on the identified outliers.

Abstract: The present invention relates to a computer implemented method, the method comprising: receiving, on a local computing device (130), configuration data identifying a transaction or service provided to a user; wherein the configuration data is arranged to enable a user device (120) to access a payment request in respect of the transaction or service and an identifier dependent on the transaction data; wherein the identifier comprises server access information adapted to enable the user device to access a server (140) with the identifier thereby enabling an association or link to be made at the server (140) between the user device (120) and review data in respect of the transaction or service.

Abstract: A sanitizing case for electronic devices such as a portable listening device or mobile device. The sanitizing case comprises at least one UVC light source that exposes the electronic device in the case for a suitable period of time to destroy microorganisms. The case may also comprise a power switch to control the at least one UVC light source. The case may further include a power source to power the light source, as well as charge the electronic device. The invention provides a method for sanitizing electronic devices by exposing the device to UVC light for a predetermined period of time. The invention also provides a program or a mobile application that is capable of turning on and off the light source and setting the time of exposure.

Abstract: The invention is a theft deterrent arrangement for a motor vehicle audio apparatus (10) wherein the audio apparatus (10) is enabled when an optoelectronic circuit (7,11,13) is closed by a security bezel (1) removably seated in a recess (3) in a front face (2) of the audio apparatus (10). The security bezel (1) has a light pipe (17), so that when the security bezel (1) is seated in the recess (3), the light pipe (17) provides an optical path (32) between a light detector (13) and an emitter (11) fixedly mounted in the recess (3), thereby closing the optoelectronic circuit (7,11,13) and enabling the audio apparatus (10).