Abstract: In some implementations, a first network device may receive an advertisement from a second network device. The advertisement may be associated with indicating that the second network device is configured to support a particular flex-algorithm. The first network device may identify, in the advertisement, an address of the second network device. The first network device may configure a routing table of the first network device to indicate that the second network device is capable of receiving traffic associated with the particular flex-algorithm based on the address. The first network device may perform, using the routing table, an action associated with routing the traffic associated with the particular flex-algorithm.

Abstract: Airport gate visual docking guidance system digital twin methods, systems, and devices are described herein. One method includes: identifying that a device of the visual docking guidance system is non-responsive, determining which device is non-responsive, initiating start-up of one visual docking guidance system program selected from: a visual docking guidance system software program, a central computing system program, or an operating station program, selecting a digital twin data set corresponding to the device of the visual docking guidance system that was non-responsive, wherein the set includes parameter data that was customized by a user of the visual docking guidance system and is particular to the device of the visual docking guidance system that was non-responsive, and sending the digital twin parameter data to the device of the visual docking guidance system that was non-responsive to update one or more parameters stored in association with the visual docking guidance system program.

Abstract: In some implementations, a first network device may receive an advertisement from a second network device. The advertisement may be associated with indicating that the second network device is configured to support a particular flex-algorithm. The first network device may identify, in the advertisement, an address of the second network device. The first network device may configure a routing table of the first network device to indicate that the second network device is capable of receiving traffic associated with the particular flex-algorithm based on the address. The first network device may perform, using the routing table, an action associated with routing the traffic associated with the particular flex-algorithm.

Abstract: A method may include detecting one or more trigger events at a first data center hosting a software application having a first customer onboarded at the first data center but not a second data center also hosting the software application. In response to the trigger events, a first data associated with the first customer may be replicated at the second data center to enable a collaboration between the first customer and a second customer of the software application onboarded at the second data center but not the first data center. One or more data replication relevant settings may be applied to prevent a second data associated with the first customer from being replicated at the second data center. Furthermore, the data replication relevant settings may be applied to prevent the first data from being replicated at a third data center. Related systems and computer program products are also provided.

Abstract: A method may include detecting one or more trigger events at a first data center hosting a software application having a first customer onboarded at the first data center but not a second data center also hosting the software application. In response to the trigger events, a first data associated with the first customer may be replicated at the second data center to enable a collaboration between the first customer and a second customer of the software application onboarded at the second data center but not the first data center. One or more data replication relevant settings may be applied to prevent a second data associated with the first customer from being replicated at the second data center. Furthermore, the data replication relevant settings may be applied to prevent the first data from being replicated at a third data center. Related systems and computer program products are also provided.

Abstract: Techniques for recording and replay of a live conference while still attending the live conference are described. A conferencing system includes a user interface generator, a live conference processing module, and a replay processing module. The user interface generator is configured to generate a user interface that includes a replay control panel and one or more output panels. The live conference processing module is configured to extract information included in received conferencing data that is associated with one or more conferencing modalities, and to display the information in the one or more output panels in a live manner (e.g., as a live conference). The replay processing module is configured to enable information associated with the one or more conferencing modalities corresponding to a time of the conference session prior to live to be presented at a desired rate, possibly different from the real-time rate.

Abstract: Techniques for recording and replay of a live conference while still attending the live conference are described. A conferencing system includes a user interface generator, a live conference processing module, and a replay processing module. The user interface generator is configured to generate a user interface that includes a replay control panel and one or more output panels. The live conference processing module is configured to extract information included in received conferencing data that is associated with one or more conferencing modalities, and to display the information in the one or more output panels in a live manner (e.g., as a live conference). The replay processing module is configured to enable information associated with the one or more conferencing modalities corresponding to a time of the conference session prior to live to be presented at a desired rate, possibly different from the real-time rate.

Abstract: A live media processing and streaming service provides a content provider with media processing and distribution capabilities for live events. The service provides capabilities for capturing a live event, configuring programs from the live event, formatting the programs into a mezzanine format suitable for streaming, storage of the presentation manifest and fragments corresponding to a program into a cloud storage, and distribution of the presentation manifest and fragments to media consumers in real time.

Abstract: Techniques for recording and replay of a live conference while still attending the live conference are described. A conferencing system includes a user interface generator, a live conference processing module, and a replay processing module. The user interface generator is configured to generate a user interface that includes a replay control panel and one or more output panels. The live conference processing module is configured to extract information included in received conferencing data that is associated with one or more conferencing modalities, and to display the information in the one or more output panels in a live manner (e.g., as a live conference). The replay processing module is configured to enable information associated with the one or more conferencing modalities corresponding to a time of the conference session prior to live to be presented at a desired rate, possibly different from the real-time rate.

Abstract: Techniques for recording and replay of a live conference while still attending the live conference are described. A conferencing system includes a user interface generator, a live conference processing module, and a replay processing module. The user interface generator is configured to generate a user interface that includes a replay control panel and one or more output panels. The live conference processing module is configured to extract information included in received conferencing data that is associated with one or more conferencing modalities, and to display the information in the one or more output panels in a live manner (e.g., as a live conference). The replay processing module is configured to enable information associated with the one or more conferencing modalities corresponding to a time of the conference session prior to live to be presented at a desired rate, possibly different from the real-time rate, if a replay mode is selected in the replay control panel.

Abstract: A computer code conflict notification and resolution technique that provides a collaborative programming environment for conflicts management is presented. The technique detects potential conflicts and provides facilities that allow programmers to work collaboratively to resolve the conflicts as they occur. This includes the ability to conduct a code session in which conflicting code elements are compared and changed as needed to resolve conflicts. In addition, in-place audio/video, text chat and application sharing is provided. This allows communication sessions to be conducted within the programming environment.

Abstract: An identification of a multi-component development artifact to be shared is obtained in a development environment. A remote receiver with whom to share components of the artifact is designated. Components of the artifact are shared with the remote receiver by automatically locating the components and sending the located components in a package with associated type descriptions. After the package is received, a check for conflicts is made, and acceptable components are merged into the local development environment.

Abstract: Techniques for recording and replay of a live conference while still attending the live conference are described. A conferencing system includes a user interface generator, a live conference processing module, and a replay processing module. The user interface generator is configured to generate a user interface that includes a replay control panel and one or more output panels. The live conference processing module is configured to extract information included in received conferencing data that is associated with one or more conferencing modalities, and to display the information in the one or more output panels in a live manner (e.g., as a live conference). The replay processing module is configured to enable information associated with the one or more conferencing modalities corresponding to a time of the conference session prior to live to be presented at a desired rate, possibly different from the real-time rate, if a replay mode is selected in the replay control panel.

Abstract: A framework for facilitating collaborative interaction between users of a web application is presented. The framework provides persistence and sharing mechanisms for arbitrary application-defined objects. The sharing mechanism is coupled with a consistency mechanism that keeps client states consistent even when users perform conflicting operations. This framework is application-independent in that the persistence, sharing between clients and maintaining a consistent state among the clients is accomplished without the need for specific knowledge of the design of the web application. Thus, web developers can focus on the logic of the application and the UI, instead of spending time designing and implementing collaborative capabilities.

Abstract: An identification of a multi-component development artifact to be shared is obtained in a development environment. A remote receiver with whom to share components of the artifact is designated. Components of the artifact are shared with the remote receiver by automatically locating the components and sending the located components in a package with associated type descriptions. After the package is received, a check for conflicts is made, and acceptable components are merged into the local development environment.

Abstract: A framework for facilitating collaborative interaction between users of a web application is presented. The framework provides persistence and sharing mechanisms for arbitrary application-defined objects. The sharing mechanism is coupled with a consistency mechanism that keeps client states consistent even when users perform conflicting operations. This framework is application-independent in that the persistence, sharing between clients and maintaining a consistent state among the clients is accomplished without the need for specific knowledge of the design of the web application. Thus, web developers can focus on the logic of the application and the UI, instead of spending time designing and implementing collaborative capabilities.

Abstract: A system and process for providing a network and computer-based integrated development environment is presented that provides collaboration and information sharing for development project team members. Generally, this is accomplished by integrating a presence and activity awareness information module, a collaboration tools module, and a user interface into a single environment that is accessible over a distributed network and serves as a virtual development complex. The information module continuously collects, monitors and analyzes information about the presence of each team member and their activity in the project. The tools module provides a wide range of facilities for synchronous and asynchronous collaboration and information sharing between team members.

Abstract: A computer code conflict notification and resolution technique that provides a collaborative programming environment for conflicts management is presented. The technique detects potential conflicts and provides facilities that allow programmers to work collaboratively to resolve the conflicts as they occur. This includes the ability to conduct a code session in which conflicting code elements are compared and changed as needed to resolve conflicts. In addition, in-place audio/video, text chat and application sharing is provided. This allows communication sessions to be conducted within the programming environment.