Abstract: In several aspects for creating a minute of a teleconference from a record thereof, a processor classifies portions of the record as relevant or non-relevant according to corresponding relevance indicators with respect to a topic of the teleconference. A processor removes the non-relevant portions from the record. A processor classifies pairs of relevant portions as similar or non-similar according to corresponding similarity indicators. A processor removes one of the relevant portions of each similar pair of relevant portions from the minute.

Abstract: In several aspects for creating a minute of a teleconference from a record thereof, a processor classifies portions of the record as relevant or non-relevant according to corresponding relevance indicators with respect to a topic of the teleconference. A processor removes the non-relevant portions from the record. A processor classifies pairs of relevant portions as similar or non-similar according to corresponding similarity indicators. A processor removes one of the relevant portions of each similar pair of relevant portions from the minute.

Abstract: A solution is proposed for managing a computing environment. A corresponding method comprises detecting critical commands and applying each critical command and possible following commands to the computing environment by maintaining an unchanged image thereof; a command effect of the application of the critical command on the computing environment is verified according to one or more operative parameters thereof, and the application of the critical/following commands is integrated into the computing environment in in response to a positive result of the verification. A computer program and a computer program product for performing the method are also proposed. Moreover, a system for implementing the method is proposed.

Abstract: A solution is proposed for managing a computing environment. A corresponding method comprises detecting critical commands and applying each critical command and possible following commands to the computing environment by maintaining an unchanged image thereof; a command effect of the application of the critical command on the computing environment is verified according to one or more operative parameters thereof, and the application of the critical/following commands is integrated into the computing environment in in response to a positive result of the verification. A computer program and a computer program product for performing the method are also proposed. Moreover, a system for implementing the method is proposed.

Abstract: Optimizing input component enablement for a plurality of communication devices that have input components associated with at least one of a group of meeting participants. At least one of the participants has an identification attribute in an electronic group meeting. A computer receives audio input from input components and analyzes qualitative attributes and content of the audio input to provide a set of quality metrics and a focus concept. The metrics are assessed to determine whether the audio input exceeds quality thresholds, and the focus concept is compared to participant identification attributes. A computer system makes determinations based on these assessments to selectively place input components that provide input with desired quality or which are associated with participants having identification attributes that correspond to the focus concept into an active speaking mode.

Abstract: An image controller intercepts a digital representation of an image originating from a user. The image controller performs a visual recognition operation on the image to identify at least one visual layer of a plurality of layers within the image and a separate perspective of the user associated with each layer. The image controller identifies a replacement layer assigned to an identifiable recipient, for a particular layer of the plurality of layers, in an analytics database specifying an expected perspective that corresponds with the separate perspective of the user for the particular layer. The image controller modifies the particular layer with the replacement layer for obtaining a transformed image amended for the identifiable recipient.

Abstract: An embodiment of the invention may include a method, computer program product and system for executing a software application. The embodiment may include receiving a notification of an intended execution of the software application directly within an operating system of the computing device. The embodiment may include halting the intended execution. The embodiment may include determining whether the software application is known and safe. The embodiment may include determining whether the software application is known and malicious. The embodiment may include creating a container on the computing device. The embodiment may include executing the software application within the container. The embodiment may include monitoring an execution behavior of the software application. The embodiment may include determining whether an anomaly has occurred within the execution behavior.

Abstract: An image controller intercepts a digital representation of an image originating from a user. The image controller performs a visual recognition operation on the image to identify at least one visual layer of a plurality of layers within the image and a separate perspective of the user associated with each layer. The image controller identifies a replacement layer assigned to an identifiable recipient, for a particular layer of the plurality of layers, in an analytics database specifying an expected perspective that corresponds with the separate perspective of the user for the particular layer. The image controller modifies the particular layer with the replacement layer for obtaining a transformed image amended for the identifiable recipient.

Abstract: An embodiment of the invention may include a method, computer program product and system for executing a software application. The embodiment may include receiving a notification of an intended execution of the software application directly within an operating system of the computing device. The embodiment may include halting the intended execution. The embodiment may include determining whether the software application is known and safe. The embodiment may include determining whether the software application is known and malicious. The embodiment may include creating a container on the computing device. The embodiment may include executing the software application within the container. The embodiment may include monitoring an execution behavior of the software application. The embodiment may include determining whether an anomaly has occurred within the execution behavior.

Abstract: A roller head (10) for a resistance seam welding machine has an internally located sliding contact current transmission device (24) between stator 12) and rotor (14) and is composed of a pair of circular ring-shaped discs (26, 26') which extend radially between rotor and stator, are fastened to the rotor on their outer circumferences, carry axial sliding contact rings (32,32') on their inner circumferences, and are flexible designed in their intermediate parts (28,28') between inner and outer circumferences. These sliding contact discs (26,26') are composed of a copper mesh, to which the axial sliding contact rings (32,32') are fastened. Thin-walled metallic diaphragms can also be used instead of the copper mesh. The roller head (10) can transmit high welding currents. As a result of the flexible design of the sliding contact discs (26,26') the contact presssure, which is created by a stack of plate springs (40), remains constant even with external mechanical influences.

Abstract: A pendulum roller head for a resistance seam-welding machine is described, having a sliding contact current transmission device between a stator and a rotor, which device is composed of an annular disc which extends radially between rotor and stator, is fastened by its outer circumference to the stator, carries an axial sliding contact ring on its inner circumference, and is flexibly designed in its bridging part between the inner and outer circumferences. The sliding contact disc is composed of a copper braid to which the axial sliding contact ring is fastened. The sliding contact current transmission device in the form of the disc with a flexible bridging part replaces the current transmission device in the form of fluid metal which has formerly been in use in pendulum roller heads.

Abstract: The apparatus described is so constructed that narrow can bodies having an internal diameter of 52 mm for example can be produced from rounded blanks by welding the edges of the blanks. The supply of welding current to the electrode roller is effected through copper caps, a clamping member, contact members disposed at each side thereof, contact jaws silver contact segments and peripheral surfaces of wide hubs which are provided on the electrode roller. The contact jaws engage the hubs of the electrode roller at both sides of the roller from above and below, as a result of which there is a large area for the transmission of current and a low specific contact pressure. The hub surfaces, which form the actual contact surfaces of the electrode roller, are continuously lubricated through felt lubricating segments. The contact pressure of the contact jaws can be adjusted in a simple manner by means of a screw.