6 results about "Online charging system" patented technology

SYSTEM AND METHOD FOR RATING NETWORK SERVICES IN A COMMUNICATION NETWORK 5 Disclosed is an Online Charging System (OCS) (208) for rating network services in a communication network (100), and methods (500) (600) thereof. The OCS (208) includes a rule engine (310) to receive template(s) comprises rating condition(s) and rating action(s), for rating network service(s). The rule engine (310) further generates rule(s) for rating the network service(s) by mapping each 10 rating condition with a corresponding rating action. Furthermore, the rule engine (310) integrates the rule(s) for rating the one or more network services to the OCS (208). The OCS (208) further includes a data parser (304) and a rating engine (308). The data parser (304) receives transaction request(s) for account(s) comprising network data translates it to parametric value(s) for network parameters of the 15 communication network (100). The rating engine (308) identifies the network service(s) based on the parametric values and rates the network service(s) using the rule(s). 5 20

The disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate. A method, performed by a Policy Charging Function (PCF), comprising: transmitting, to a Session Management Function (SMF), an energy policy related to energy credit controlling, receiving, from the SMF, an event notification; and, transmitting, to an Application Function (AF), the event notification, wherein the policy is transmitted from the PCF to Online Charging System (OCS) via the SMF, wherein the event notification is triggered at the OCS and transmitted from the OCS to the PCF via the SMF in case that the OCS identifies AMF SMF that the policy includes energy control policy and aggregate energy cost is larger than energy credit limit based on the policy.

The invention provides a communication method and a communication device, which are applied to the field of communication. In the technical scheme of the invention, the offline call detailed list generated by the mobile switching center is associated with the online call detailed list generated by the online charging system through the identifier of the first call, and the online charging system rolls back the billing of the online call according to the online call detailed list and charges and deducts the whole call according to the offline call detailed list. Therefore, the charging error is eliminated.

The application provides a power distribution system and an online charging system for an electric engineering machinery, and relates to the technical field of engineering machinery. The power distribution system comprises a power distribution box, at least one online charging power distribution unit, a power cable and a charging cable; a power supply interface and a charging interface are arranged on the online charging power distribution unit; the power distribution box is electrically connected to the power supply interface through the power cable; the online charging power distribution unit is arranged on an electric engineering machinery; and the charging interface is electrically connected to a charging gun of the electric engineering machinery through the charging cable to perform online charging power distribution for the electric engineering machinery. Through the scheme provided in the application, the online charging power distribution unit can move with the electric engineering machinery, and a fixed charging pile is not needed to be installed, so that the electric engineering machinery can realize work and charging simultaneously.

The present application is applied to the field of communications. Provided are a communication method and a communication apparatus. In the technical solution of the present application, an offline call detail record generated by a mobile switching center is associated, by means of an identifier of a first call, with an online call detail record generated by an online charging system, and the online charging system rolls back the charging of an online call on the basis of the online call detail record and performs charging and deduction on the entire call on the basis of the offline call detail record, so as to eliminate a charging error.

A computer-implemented method for mitigating leakage for a telecommunications service provider includes receiving real-time call detail records (CDRs) from an online charging system (OCS) for multiple wireless devices. The CDRs comprise information regarding telecommunication sessions, with a number of CDRs per time segment corresponding to a number of sessions. The method includes associating each CDR with a cluster using a network service product type, creating aggregated sub-clusters of CDRs, and predicting, by an artificial intelligence (AI) model using the aggregated sub-clusters and number of CDRs per time segment, whether the sub-clusters are associated with leakage. Responsive to predicting a particular sub-cluster is associated with leakage, the method performs an action to mitigate the leakage. The method further includes re-predicting whether the particular sub-cluster is associated with additional leakage and performing an additional action to mitigate the additional leakage if predicted.