Abstract: The present disclosure describes a debugging system that includes an aggregation network and a distribution network. The aggregation network can include leaf nodes and a first root node coupled to the leaf nodes. The leaf nodes can collect error information about error events in a functional circuits and transmit the error information to the first root node. The distribution network can include a second root node coupled to the first root node. The second root node can receive the error information from the first root node and distribute the error information to responding functional circuits to perform an action based on the error information.

Abstract: The present invention relates to devices for monitoring and optimizing a temporal trigger stability of an extracorporeal circulatory support and to control and regulation units for extracorporeal circulatory support comprising such a device and corresponding methods. Accordingly, a device (10) for monitoring a temporal trigger stability of an extracorporeal circulatory support is suggested, which is adapted to receive a first data set (14) of a measurement of an ECG signal of a supported patient over a predefined period of time. The device (10) comprises an evaluation unit (16) adapted to determine or identify a plurality of R-triggers (26) from the first data set (14), wherein the evaluation unit (16) is furthermore adapted to receive or provide a second data set (20) comprising evaluated ECG signals and a plurality of R-triggers (28) and to selectively map the second data set (20) onto the first data set (14).

Abstract: The present invention relates to control units for extracorporeal circulatory support as well as systems comprising such a control unit and corresponding methods. Accordingly, a control unit (10) for an extracorporeal circulatory support is suggested, which is configured to receive a measurement of an ECG signal (12) of a supported patient over a predetermined period of time and to provide said measurement for the extracorporeal circulatory support, wherein the ECG signal (12) comprises a signal level from at least one ECG lead (14A, 14B) for each time point within a cardiac cycle. The control unit (10) comprises an evaluation unit (16) which is configured to determine a signal difference (18) of a signal level of a current time point (12A) and a signal level of the preceding time point (12B) and to compare the signal difference (18) with a predetermined threshold value (20).

Abstract: The present disclosure describes a device including an initiator, a target, a communication bus coupling the initiator to the target over a channel, a functional circuit, and an error logger circuit. The functional circuit is coupled to the channel and can perform a function associated with a transaction request from the initiator to the target. The functional circuit can include an error detection circuit to detect an error associated with the function performed by the functional circuit and to generate an error indicator signal to indicate that the error has been detected. The error logger circuit can be coupled to the functional circuit, in which the error logger circuit is configured to receive the error indicator signal from the error detection circuit and store information about the error.

Abstract: The present disclosure relates to control units for an extracorporeal circulatory support as well as systems comprising such a control unit and corresponding methods. Accordingly, a control unit for an extracorporeal circulatory support is suggested, which is configured to receive a measurement of an ECG signal of a supported patient over a predefined period of time, wherein the ECG signal comprises multiple data points for each time point within a cardiac cycle. The control unit comprises an evaluation unit, which is configured to evaluate the data points for at least one time point spatially and/or temporally and to determine at least one amplitude change within the cardiac cycle from the evaluated data points. The control unit is further configured to output a control signal for an extracorporeal circulatory support at a predefined time point after the at least one amplitude change.

Abstract: Implementations related to detecting control data are presented herein. A detector searches for control data in a first set of pre-determined control data, wherein a respective subset of the first set is assigned to a respective logical port and the respective subset is excluded from the first set when searching for the control data received from the respective logical port.

Abstract: In a method for classifying data packet units, each comprising a group of data packet parameters which comprises a plurality of data packet parameters, a subgroup of data packet parameters for configuring a classification key is selected, the data packet units are divided into data packet classes on the basis of the classification key and a selected classification algorithm, and the data packet units are allocated to further data packet parameters which correspond to the respective data packet class.

Abstract: A device is provided for subjecting a plurality of singulated semiconductor components to functional verification, which includes contact pins that are integrated in a test socket and establish a mechanical and electrical contact between the test socket and the integrated semiconductor circuits, a holding fixture (DUT board) connected to the test socket for transmitting electrical signals to and from a program-controlled electronic switching system, and lines and control devices for operating at least one pneumatic transport and holding device for picking up, orienting and positioning the singulated semiconductor components, an inert gas is provided as the medium for operating the pneumatic devices.

Abstract: An ATM-port module for an ATM-node having an Ethernet switch includes an ATM-controller; and an Ethernet-switch interface connecting it to the Ethernet switch. The switch has an Ethernet encapsulating-unit for encapsulating ATM cells processes by the ATM-controller into packets for transmission to the switch, and an Ethernet decapsulating-unit for extracting ATM cells from packets received from the switch. The module further includes a segmentation-and-reassembly unit; and a buffering-and-scheduling unit. The buffering-and-scheduling unit provides a processed enlarged-ATM-cell to the encapsulating-unit when an indication flag indicates that an ATM port is a destination port of the enlarged ATM-cell; and a processed enlarged-ATM-cell to the segmentation-and-reassembly unit when an indication flag indicates that an Ethernet port is the enlarged ATM-cell's destination port.

Abstract: A device is provided for subjecting a plurality of singulated semiconductor components to functional verification, which includes contact pins that are integrated in a test socket and establish a mechanical and electrical contact between the test socket and the integrated semiconductor circuits, a holding fixture (DUT board) connected to the test socket for transmitting electrical signals to and from a program-controlled electronic switching system, and lines and control devices for operating at least one pneumatic transport and holding device for picking up, orienting and positioning the singulated semiconductor components, an inert gas is provided as the medium for operating the pneumatic devices.

Abstract: In a method for classifying data packet units, each comprising a group of data packet parameters which comprises a plurality of data packet parameters, a subgroup of data packet parameters for configuring a classification key is selected, the data packet units are divided into data packet classes on the basis of the classification key and a selected classification algorithm, and the data packet units are allocated to further data packet parameters which correspond to the respective data packet class.

Abstract: An ATM-port module for an ATM-node having an Ethernet switch includes an ATM-controller and an Ethernet-switch interface for connecting the ATM-controller to the Ethernet switch.