Abstract: Method of generating frustration score starts with processor receiving data associated with interactions by users with website including webpages displayed during sessions. Processor generates page view scores based on page view experience indicators and zone experience indicators associated with the webpages, generates session scores based on the page view scores and session experience indicators, and generates webpage scores based on page view scores. Processor identifies the webpage associated with highest level of frustration based on page view and webpage scores and identifies the session that is associated with highest level of frustration based on the session scores. Processor causes a user interface to be displayed on a display device that includes a visualization of interactions by a user with the website associated with the session with the highest level of frustration and an identification of the webpage associated with the highest level of frustration. Other embodiments are described herein.

Abstract: Method of generating frustration score starts with processor receiving data associated with interactions by users with website including webpages displayed during sessions. Processor generates page view scores based on page view experience indicators and zone experience indicators associated with the webpages, generates session scores based on the page view scores and session experience indicators, and generates webpage scores based on page view scores. Processor identifies the webpage associated with highest level of frustration based on page view and webpage scores and identifies the session that is associated with highest level of frustration based on the session scores. Processor causes a user interface to be displayed on a display device that includes a visualization of interactions by a user with the website associated with the session with the highest level of frustration and an identification of the webpage associated with the highest level of frustration. Other embodiments are described herein.

Abstract: Method of generating frustration score starts with processor receiving data associated with interactions by users with website including web pages displayed during sessions. Processor generates page view scores based on page view experience indicators and zone experience indicators associated with the web pages, generates session scores based on the page view scores and session experience indicators, and generates web page scores based on page view scores. Processor identifies the webpage associated with highest level of frustration based on page view and web page scores and identifies the session that is associated with highest level of frustration based on the session scores. Processor causes a user interface to be displayed on a display device that includes a visualization of interactions by a user with the website associated with the session with the highest level of frustration and an identification of the web page associated with the highest level of frustration.

Abstract: Method of generating frustration score starts with processor receiving data associated with interactions by users with website including webpages displayed during sessions. Processor generates page view scores based on page view experience indicators and zone experience indicators associated with the webpages, generates session scores based on the page view scores and session experience indicators, and generates webpage scores based on page view scores. Processor identifies the webpage associated with highest level of frustration based on page view and webpage scores and identifies the session that is associated with highest level of frustration based on the session scores. Processor causes a user interface to be displayed on a display device that includes a visualization of interactions by a user with the website associated with the session with the highest level of frustration and an identification of the webpage associated with the highest level of frustration. Other embodiments are described herein.

Abstract: The subject technology detects user activity on a web site, the user activity corresponding to a user session on the web site associated with first client device of a visiting user. The subject technology selects a recording process for the user activity based at least in part on a set of recording parameters, the set of recording parameters being configured prior to detecting the user activity. The subject technology performs the recording process to generate an event stream based at least in part on the set of record parameters. The subject technology stores the event stream after the session has ended. The subject technology provides the event stream for viewing the user session on a second client device, the second client device being different from the first client device.

Abstract: A coupling device for releasably connecting conduit portions comprises two connector block parts (2, 4) which can be coupled to one another, each having a plurality of receptacles (6) for matching connector parts that are to be connected to each other and that are arranged at the ends of the conduit portions, and is characterized in that at least one connector block part (2, 4) is associated with a guide device (32) that combines the conduit portions matching the respective connector parts (8) to a conduit bundle.

Abstract: A coupling device has two connector block parts (2,4), which can be coupled to each other and which have a plurality of receptacles for connector parts (10). The connector parts are arranged in correspondence with each other and can be connected to each other. A supporting device is provided for supporting the coupling process. The supporting device has, on the one connector block part (2), a pivotable handle (16) having at least one guide slot (30). At least one guide part (32) of the other connector block part (4) engages the guide slot (30) in such a way that, when the handle (16) is pivoted, the guide slot (30) applies a force to the guide part (2, 4) in such a way that the connector block parts (2, 4) are moved toward each other for a coupling process.

Abstract: A technique for improving cold spray deposition conditions for cold spray additive manufacture of parts involves providing an in-situ temperature feedback controller with a remote instantaneous temperature sensor supplying surface temperature measurements of the deposition surface, and a (preferably long pulse) laser for heating. Temperature feedback allows for control over deposition conditions yielding predictable deposition properties.

Abstract: The invention relates to a coupling device consisting of two connector block parts (2,4), which can be coupled to each other and which have a plurality of receptacles for connector parts (10), which connector parts are arranged in correspondence with each other and can be connected to each other, is characterized in that a supporting device is provided for supporting the coupling process, which supporting device has, on the one connector block part (2), a pivotable handle (16) having at least one guide slot (30), in which at least one guide part (32) of the other connector block part (4) engages in such a way that, when the handle (16) is pivoted, the guide slot (30) applies a force to the guide part (2, 4) in question in such a way that the connector block parts (2, 4) are moved toward each other for a coupling process.

Abstract: A coupling device for releasably connecting conduit portions comprises two connector block parts (2, 4) which can be coupled to one another, each having a plurality of receptacles (6) for matching connector parts that are to be connected to each other and that are arranged at the ends of the conduit portions, and is characterized in that at least one connector block part (2, 4) is associated with a guide device (32) that combines the conduit portions matching the respective connector parts (8) to a conduit bundle.

Abstract: Producing high temperature coatings on ceramics using a high enthalpy air plasma spray torch and supplying in at least 3 passes to deposit the coating is advantageous for spraying high temperature ceramics while avoiding formation of undesirable phases, if the stand off distance is chosen such that a width of a bead produced from a single spray pass on the substrate at ˜800° C. is less than 70% of a diameter of a plume of the torch at the stand off, and neither assisted heating, nor forced cooling, nor subsequent heat treatment is used. The rapid cooling endemic to thermal spray that leads to amorphous, metastable and other undesirable phases of alkaline earth aluminosilicate (e.g., barium-strontium aluminosilicate (BSAS)), rare earth silicates (RESs), mullite, etc. can be mitigated sufficiently by the close stand off and high enthalpy torch to provide highly crystalline and stable phase coatings.