Abstract: Mechanisms for sharing user-provided information from an original equipment manufacturer (OEM) application and a vendor application are provided, the mechanisms including: receiving the user-provided information at the OEM application; determining a system identifier of a system on which the OEM application is executing at the OEM application using a hardware processor; providing the user-provided information and the system identifier to a vendor cloud server from the OEM application; determining the system identifier at vendor application; providing the system identifier from the vendor application to the vendor cloud server; receiving the user-provided information at the vendor application from the vendor cloud server in response to providing the system identifier to the vendor cloud server; and using the user-provided information to configure the vendor application.

Abstract: Mechanisms for sharing user-provided information from an original equipment manufacturer (OEM) application and a vendor application are provided, the mechanisms including: receiving the user-provided information at the OEM application; determining a system identifier of a system on which the OEM application is executing at the OEM application using a hardware processor; providing the user-provided information and the system identifier to a vendor cloud server from the OEM application; determining the system identifier at vendor application; providing the system identifier from the vendor application to the vendor cloud server; receiving the user-provided information at the vendor application from the vendor cloud server in response to providing the system identifier to the vendor cloud server; and using the user-provided information to configure the vendor application.

Abstract: A method and a system automatically perform an image reconstruction of a biological object. The method includes acquiring at different time points t_i signal data for imaging the biological object and clustering a set of data in connection with the acquired signal data. The clustering includes constructing a matrix C, wherein an element Ci,j of the matrix C is the value n_j of one of the data of the dataset acquired at the time point t_i, and then performing a similarity clustering based on the matrix C. At least one of the clusters is selected and determining for each of the time points t_i that are part of the cluster all acquired signal data that have been acquired within a predefined temporal threshold with respect to the considered time point t_i. The image reconstruction of the biological object is performed with the previously determined acquired signal data.

Abstract: A method and a system automatically perform an image reconstruction of a biological object. The method includes acquiring at different time points t_i signal data for imaging the biological object and clustering a set of data in connection with the acquired signal data. The clustering includes constructing a matrix C, wherein an element Ci,j of the matrix C is the value n_j of one of the data of the dataset acquired at the time point t_i, and then performing a similarity clustering based on the matrix C. At least one of the clusters is selected and determining for each of the time points t_i that are part of the cluster all acquired signal data that have been acquired within a predefined temporal threshold with respect to the considered time point t_i. The image reconstruction of the biological object is performed with the previously determined acquired signal data.

Abstract: The invention relates to a system which is used to replace ball bone joints. The inventive system consists of: a bone anchoring shell (1) comprising a smooth articular surface (7) on the inner concave face thereof; a prosthesis (5) comprising a polished ball (4) and a neck (6) which is characterised in that it is smooth and slightly flared, in order to enable a wear-free low friction movement; and a mobile articular cup (3) which slides (i) on the ball (4) and the neck (6) of a prosthesis (5) and (ii) in the smooth cavity (7) of the bone anchoring shell (1) and which is characterised in that the opening (8) in said cup (3) tapers towards the centre thereof, with an inside diameter (9) of equal to or less than that of the ball (4), such that the flared part adapts perfectly to the flared neck (6) in all of the respective positions of the mobile parts.