Abstract: A design system for creating a new design by combining two or more input designs is provided. The design system comprises a design selection module configured to select two or more input designs based on a plurality of parameters. The design system further comprises a design computing module coupled to the design selection module and configured to compute one or more number design elements for each input design and compute a plurality of split points for each design elements. The design system further includes a design generation module configured to selectively combine design elements from different input designs to generate a new design.

Abstract: Systems and method for transforming images of retail items using generative models are presented. The system includes an image acquisition unit and a processor including a training module, a latent vector generator, a latent vector modifier, and an image generator. The image acquisition is configured to access an input image of a selected retail item and a sample target image. The training module is configured to train a generative model. The latent vector generator is configured to generate a first latent vector and a second latent vector from the trained generative model based on the input image of the selected retail item and the sample target image, respectively. The latent vector modifier is configured to modify the second latent vector based on the first latent vector to generate a modified latent vector; and the image generator is configured to generate an output image based on the modified latent vector.

Abstract: A design system for creating a new design by combining two or more input designs is provided. The design system comprises a design selection module configured to select two or more input designs based on a plurality of parameters. The design system further comprises a design computing module coupled to the design selection module and configured to compute one or more number design elements for each input design and compute a plurality of split points for each design elements. The design system further includes a design generation module configured to selectively combine design elements from different input designs to generate a new design.

Abstract: A system and method to control oxygen supply uses determinations whether physiological sensors and/or a subject interface appliance have been displaced in relation to a subject and/or there has been movement of the subject itself. Artifacts that may reduce the accuracy of measurements of physiological parameters, in particular related to a level of arterial oxygen saturation, may be detected through determinations pertaining to sensor displacement, displacement of the subject interface appliance and/or movement of the subject.

Abstract: A medical system (10) and method measures hemoglobin level of a subject (38). A hemoglobin color scale (HbCS) (22) is projected into afield of view (FOV) (42) of an imaging system (12). The HbCS (22) includes a plurality of blood color regions (26a-f), each blood color region (26a-f) corresponding to a hemoglobin level and colored to represent the color of blood at the corresponding hemoglobin level. An image of blood of the subject (38), and the projected HbCS, is acquired using the imaging system (12).

Abstract: A system and method to selectively illuminate (part of) an infant during phototherapy uses an array of collimators and a set of light sources to control impingement of electromagnetic radiation on the infant.

Abstract: A system and method to control oxygen supply uses determinations whether physiological sensors and/or a subject interface appliance have been displaced in relation to a subject and/or there has been movement of the subject itself. Artifacts that may reduce the accuracy of measurements of physiological parameters, in particular related to a level of arterial oxygen saturation, may be detected through determinations pertaining to sensor displacement, displacement of the subject interface appliance and/or movement of the subject.

Abstract: A medical system (10) and method measures hemoglobin level of a subject (38). A hemoglobin color scale (HbCS) (22) is projected into afield of view (FOV) (42) of an imaging system (12). The HbCS (22) includes a plurality of blood color regions (26a-f), each blood color region (26a-f) corresponding to a hemoglobin level and colored to represent the color of blood at the corresponding hemoglobin level. An image of blood of the subject (38), and the projected HbCS, is acquired using the imaging system (12).

Abstract: A system and method to selectively illuminate (part of) an infant during phototherapy uses an array of collimators and a set of light sources to control impingement of electromagnetic radiation on the infant.

Abstract: A system and method for receiving previous arterial blood gas (“ABG”) test results for a patient, determining an initial time for a next ABG test for the patient based on the previous ABG test results, receiving monitoring data for the patient and determining a modified time for a next ABG test based on the initial time for the next ABG test and the patient monitoring data.

Abstract: The present invention relates to a method for processing a subject's genomic data comprising (a) obtaining a subject's genomic sequence; (b) reducing the complexity and/or amount of the genomic sequence information; and (c) storing the genomic sequence information of step (b) in a rapidly retrievable form. The present invention further relates to a method wherein the step of reducing the complexity and/or amount of the genomic sequence information is carried out by cropping said genomic sequence information except for signature data pertaining to a disease or disorder, or by aligning a subject's genomic sequence with a reference sequence comprising signature data pertaining to a disease or disorder. Furthermore, the invention relates to a method wherein the use of a subject's functional genetic information, in particular gene expression data is included, as well as to a method, wherein the information is encoded in matrices and decoded and represented based on Markov chain processes.