Abstract: A collaborative artificial intelligence platform enables real-time multi-user interaction through automatic generation of unique shareable sessions with granular permission controls. The system implements novel real-time prompt modification capabilities that allow users to update and refine AI processing tasks while they are actively executing, using sophisticated interrupt handling algorithms and state checkpointing mechanisms to preserve computational work. An intelligent task routing system monitors performance metrics of multiple AI agents and dynamically selects optimal agents based on empirical benchmarks and task characteristics. The platform organizes conversations into hierarchical threading structures with cross-thread context management, semantic analysis for conflict detection, and global context state maintenance.

Abstract: A UE transmits an indication of a capability for at least one of determining a domain name system (DNS) parameter for a DNS query that is different than a DNS setting from a network and redirecting the DNS query based on the DNS setting from the network. The UE receives, from the network, an instruction to monitor DNS queries based on the capability of the UE and enforcing the DNS settings from the network. An SMF receives, from a UE, an indication of a capability for at least one of determining a DNS parameter for a DNS query that is different than a DNS setting from a network and redirecting the DNS query based on the DNS setting from the network. The apparatus transmits, to the UE, an instruction to monitor DNS queries and to enforce the DNS settings from the network based on the capability of the UE.

Abstract: Two electronic devices attempt to communicate and exchange Internet Protocol (IP) packets over a cellular communication network, and at least one of the two devices is behind a symmetric Network Address Translation (NAT) service. At least one of the two devices executes a Session Traversal Utilities for NAT (STUN) protocol, which provides to that device a pair of external IP address and port of that device; which that device then informs to a Message Broker Unit that is accessible to both devices via the public Internet. The Message Broker Unit provides the external IP address and port of that device, to the other device; which then connects to a Virtual Private Network (VPN) server and sends to the first device one or more User Datagram Protocol (UDP) packets that penetrate or puncture the NAT service in an application-agnostic manner.

Abstract: A redundancy of communication in a communication system can be appropriately set. A configuration is provided in which in a server for setting a redundancy for a communication system allowing communication via a network according to a set redundancy, a processor is provided, and the processor is configured to receive, from an application, a use-predicted communication bandwidth which is a communication bandwidth predicted to be used in the network, determine a redundancy limit which is an upper limit of a redundancy in communication by the application based on a communication bandwidth usable in the network and the use-predicted communication bandwidth, and set, in the communication system, a redundancy equal to or less than the determined redundancy limit as the redundancy in the communication by the application.

Abstract: The present disclosure provides a method and apparatus for DBNG-UP redundancy. The method includes: configuring a redundancy group instance on a DBNG-CP, wherein redundancy group members managed by the DBNG-CP at least include a first DBNG-UP and a second DBNG-UP; and performing, by the DBNG-CP, UP redundancy capability negotiation with the first DBNG-UP and the second DBNG-UP respectively, to complete active/standby election between the first DBNG-UP and the second DBNG-UP. In the present disclosure, a DBNG-CP performs UP redundancy capability negotiation with DBNG-UPs managed by the DBNG-CP, so as to complete active/standby election of the DBNG-UP, thereby solving the problem of UP redundancy capability negotiation, and increasing the flexibility of DBNG-UP redundancy protection.

Abstract: A method for managing and delivering content associated with a communication channel is disclosed. The method may include uploading multiple pieces of content to a server. The method may further include sending messages to corresponding subscribers to the communication channel. The messages may include links to a given piece of content uploaded to the server. The method may also include monitoring access to a particular piece of content uploaded to the server and, in response to determining that the particular piece of content has been accessed, sending a follow-up message to a particular subscriber who accessed the particular piece of content.

Abstract: Systems and methods for a dynamic communication coordination system based on intelligent and personalized communications. For example, as opposed to a conventional routing system, where the router receives a communication and determines an intended recipient as defined by the communication, the system described herein receives a communication and processes the data in that communication using a standardizing relay. The standardizing relay may then determine where to send the communication.

Abstract: The present invention includes: a plurality of operation templates describing at least one procedure for managing operation of a system; a conflict determination unit that determines whether or not, upon execution of a specific procedure included in a specific operation template among the plurality of operation templates, a conflict possibly hindering execution of another procedure included in another operation template among the plurality of operation templates will be generated; and a presentation unit that presents information on the specific procedure to an outside before the specific procedure is actually executed in a case where the conflict determination unit determines that execution of the specific procedure will generate the conflict.

Abstract: Embodiments of this application provide a method, an apparatus, and a system for training a management and control model. The method includes: receiving configuration information from a first network management unit, where the configuration information is used to configure a model training function, and the configuration information includes at least one of the following information: state information, for activating or deactivating the model training function; trigger information, for triggering model training; and data information, indicating data for model training. The method further includes performing model training based on the configuration information, to obtain network model information. According to embodiments of this application, a second network management unit configures the model training function based on the received configuration information sent by the first network management unit, to perform model training based on the configuration information, to obtain the network model information.

Abstract: A service identifier allocation method in a computing-aware network includes requesting, by a terminal device, a computing management function to deploy a computing service by using information for obtaining the computing service. The method also includes receiving, by the terminal device, a notification from the computing management function. The notification indicates that deployment of the computing service is completed. The method further includes sending, by the terminal device, a service request packet to a first computing-aware user plane function. The service request packet is used to request the computing service.

Abstract: Techniques, described herein, enable enhanced rendering solutions for digital imaging and communications in medicine (DICOM) objects to different rendering architectures. DICOM objects are rendered over one or more of: a hub server-side rendering architecture or a hub and spoke server-side rendering architecture based on one or more network parameters. Additionally, or alternatively, the DICOM objects are rendered over an edge-side rendering architecture based on the one or more network parameters.

Abstract: The disclosure relates to utilizing a service incident resolution system to determine and mitigate service incidents in a cloud computing system. For example, based on identifying an outage ticket (e.g., a customer-impacting incident ticket), the service incident resolution system identifies additional context of the outage by detecting a number of relevant monitoring signals. For instance, the service incident resolution system utilizes various monitoring signals and service models to determine monitoring signals that are relevant to the outage ticket by efficiently selecting relevant monitor signals and filtering out noisy signals. In this way, vaguely reported outages are supplemented with rich information that enable these outages to be resolved more quickly. Additionally, the service incident resolution system may utilize service-based models to efficiently send a report of an outage to a service or mitigation team that is well-equipped to quickly address the outage.

Abstract: A method for configuring a communication network including a gateway adapted for connecting the communication network to a wide area communication network and connected to a plurality of nodes implementing an access point functionality is described. The nodes are coordinated in a centralised manner by a current master node selected from the plurality of nodes. The current master node obtains a virtual MAC address and an IP address associated with the virtual MAC address, the IP address being reserved for configuring network services. It next configures a virtual network interface from the IP address associated with the virtual MAC address.

Abstract: A first ratio of a sending rate limit to a full line rate for a link in the computing network is accessed. A second ratio of a sending window size to W_max for the link is accessed. W_max is the maximum allowed window size or the window size that utilizes an end-to-end path for the link. One or more of the first or second ratio is used to determine an amount to reduce the sending rate or window for the link in response to an indication of network congestion in the link.

Abstract: Provided is a method for selecting a server. The method includes: receiving a first group call request from a calling party of a target group, wherein the first group call request carries information of target regions of session members in the target group; determining, according to first delay periods of user devices in each of the target regions in data communication with directly connected servers, a first server corresponding to the each of the target regions; and determining, according to an average delay period of the first server in data communication with the user devices in the each of the target regions, a central server for a group call of the target group.

Abstract: This document describes a system and method for detecting the presence of Internet of Things (IoTs) from network traffic that has undergone a Network Address Translation (NAT) process, i.e., NATed network traffic, regardless of whether the network traffic comprises IP Flow Information Export (IPFIX) type of traffic or Domain Name System (DNS) type of traffic. Such a capability is crucial as the adoption rate of IoTs have increased exponentially over the past few years. In order to protect IoTs from cyber-attacks, one would first have to understand what type of IoTs are being used, and how many/how widely used these IoTs are. Once the IoT landscape has been defined, cyber defenders may then dedicate resources to identify and subsequently address vulnerabilities that may be in these IoTs.

Abstract: A method comprises determining, by an alarm management system, that an alarm parameter exceeds a threshold value, transmitting, by the alarm management system, a throttle alarm to an incident reporting application in the communication network, in which the throttle alarm indicates that the second alarms describing the common incident will be throttled at the alarm management system for the throttle period, storing, by the throttle application, second alarms describing a common incident at a data store accessible by the alarm management system during a throttle period instead of forwarding the second alarms to a processing entity, transmitting, by the alarm management system, at pre-defined time intervals during the throttle period, an interval alarm report, and transmitting, by the incident management system to an incident reporting system, a throttled alarm report.

Abstract: Methods and systems for managing the operation of a deployment are provided. The deployment may be managed in accordance with a subscription model. The subscription model may use subscriptions to define the extent and limits on use of services provided by the deployment. The subscription services and limits may be enforced by management controllers of network devices of the deployment. The management controllers may operate independently from control planes and data planes of the network devices. If a plane is suspected of being compromised, the management controllers may take action to confirm the suspicions. If confirmed, then remedial activity may be initiated to address the compromised plane.

Abstract: A remote monitoring and management (RMM) system is configured to receive a stream of events generated in response to interactions of users from multiple tenants with one or more applications and store the events in a database. A plurality of different insight types is defined for one or more event types for the events. Insights of the different insight types are generated based on the events in the database, the event types of the events, and numbers of events of the event types. The insights are ranked using an artificial intelligence (AI) model trained to generate a predicted success score for each of the insights. A predetermined number of top insights are selected based on the ranking of the insights and aggregated into a feed. The feed is to at least one computing device associated with the RMM system.

Abstract: A method includes determining a first data sending rate based on multiple round-trip times (RTTs), where the multiple RTTs include RTTs of a plurality of first probe packets sent at different sending rates, and the first sending rate is a sending rate corresponding to an RTT that is in the multiple RTTs and that is less than a first preset threshold; determining a second sending rate based on a plurality of packet loss rates, where the packet loss rates include packet loss rates of a plurality of second probe packets sent at different sending rates, and the second sending rate is a sending rate corresponding to a packet loss rate that is less than a second preset threshold; and sending a third probe packet at a third sending rate.