Abstract: The present disclosure relates to a system and a method for automated vehicle toll and tax collection. The method for automatically collecting the toll fee for the vehicle includes creating a geo-fence with a pre-defined radius around a toll station, authenticating the vehicle based on the vehicle moving towards the geo-fence from a first side of the toll station, allowing the vehicle to enter the geo-fence from the first side of the toll station based on the successful authentication of the vehicle, and deducting a toll fee automatically based on the vehicle exiting the geo-fence from a second side of the toll station.

Abstract: The present disclosure relates to a system and a method for selecting multi-radio access technology (RAT) in a user equipment (UE) during an initialization of subscriber identity module (SIM). The method includes reading capability information associated with the UE from a universal integrated circuit card (UICC) at the time of initializing the SIM, determining whether the UE includes a capability to connect to a first network having a first RAT based on the capability information, and registering the UE with the first network having the first RAT based on the UE capable of being connected to the first network.

Abstract: The present disclosure provides a system (112) and a method for providing fixed wireless access to users using reselection. The system (112) determines a Radio Link Failure (RLF) condition associated with a Fixed Wireless Access (FWA) device (102). The RLF condition indicates a loss of connection of the FWA device (102) with a primary base station (104) among one or more base stations in a Radio Access Network (RAN) (108). The system (112) receives a measurement report from the FWA device (102) comprising a Reference Signal Received Power (RSRP) associated with the one or more base stations. The system (112) transmits a measurement event to the FWA device (102). The system (112) facilitates the FWA device (102) to connect to an optimum base station in the RAN (108) among the one or more base stations when the RSRP of the optimum base station is at a threshold.

Abstract: Present disclosure generally relates to wireless communication and particularly relates to system and method for dynamic multicarrier allocation to NB-IoT devices. Method includes receiving from PMS, PRB utilization data for a time slot or data packets, and comparing PRB utilization duration in received PRB utilization data with pre-defined threshold PRB utilization duration. Requesting via NB-IoT eNB, cumulative NACK percentage report corresponding to ARFCN/PRB, if PRB utilization duration is less than a pre-defined threshold. Method includes selecting, ARFCN/PRB for a time slot, based on PRB utilization data and cumulative NACK percentage report and pre-defined value. Method includes establishing connection between NB-IoT enabled devices and NB-IoT eNB, upon transmitting via LTE eNB, information associated with selected ARFCN/PRB for time slot, to NB-IoT eNB. Method includes notifying LTE eNB, representative of utilization of ARFCN/PRB as non-anchor carrier.

Abstract: Present disclosure generally relates to wireless communication and particularly relates to system and method for dynamic multicarrier allocation to NB-IoT devices. Method includes receiving from PMS, PRB utilization data for a time slot or data packets, and comparing PRB utilization duration in received PRB utilization data with pre-defined threshold PRB utilization duration. Requesting via NB-IoT eNB, cumulative NACK percentage report corresponding to ARFCN/PRB, if PRB utilization duration is less than a pre-defined threshold. Method includes selecting, ARFCN/PRB for a time slot, based on PRB utilization data and cumulative NACK percentage report and pre-defined value. Method includes establishing connection between NB-IoT enabled devices and NB-IoT eNB, upon transmitting via LTE eNB, information associated with selected ARFCN/PRB for time slot, to NB-IoT eNB. Method includes notifying LTE eNB, representative of utilization of ARFCN/PRB as non-anchor carrier.

Abstract: A system and method to reduce misuse of radio resources, by modifying radio access network (RAN) features of user devices. The UE segregation server unit [302] as disclosed in the present disclosure identifies one or more UE required to be modified due to which network KPI's are getting degraded, based on an analysis performed by a Network Performance Unit [304]. Further, the UE segregation server unit [302] updates/modifies a UE Capability Indication message to disable certain radio capabilities causing some malfunction in the network based on identification of one or more UEs as erroneous UE based on a successful comparison of the at least one TAC information present in the UE Capability Indication message with at least one TAC information of the identified one or more UE that are required to be modified. This disclosure provides improved throughput for network subscriptions in user devices by saving network resources.

Abstract: A system and method to reduce misuse of radio resources, by modifying radio access network (RAN) features of user devices. The UE segregation server unit [302] as disclosed in the present disclosure identifies one or more UE required to be modified due to which network KPI's are getting degraded, based on an analysis performed by a Network Performance Unit [304]. Further, the UE segregation server unit [302] updates/modifies a UE Capability Indication message to disable certain radio capabilities causing some malfunction in the network based on identification of one or more UEs as erroneous UE based on a successful comparison of the at least one TAC information present in the UE Capability Indication message with at least one TAC information of the identified one or more UE that are required to be modified. This disclosure provides improved throughput for network subscriptions in user devices by saving network resources.

Abstract: A system and method to reduce misuse of radio resources, by modifying radio access network (RAN) features of user devices. The UE segregation server unit [302] as disclosed in the present disclosure identifies one or more UE required to be modified due to which network KPI's are getting degraded, based on an analysis performed by a Network Performance Unit [304]. Further, the UE segregation server unit [302] updates/modifies a UE Capability Indication message to disable certain radio capabilities causing some malfunction in the network based on identification of one or more UEs as erroneous UE based on a successful comparison of the at least one TAC information present in the UE Capability Indication message with at least one TAC information of the identified one or more UE that are required to be modified. This disclosure provides improved throughput for network subscriptions in user devices by saving network resources.

Abstract: Present disclosure generally relates to wireless communication and particularly relates to system and method for dynamic multicarrier allocation to NB-IoT devices. Method includes receiving from PMS, PRB utilization data for a time slot or data packets, and comparing PRB utilization duration in received PRB utilization data with pre-defined threshold PRB utilization duration. Requesting via NB-IoT eNB, cumulative NACK percentage report corresponding to ARFCN/PRB, if PRB utilization duration is less than a pre-defined threshold. Method includes selecting, ARFCN/PRB for a time slot, based on PRB utilization data and cumulative NACK percentage report and pre-defined value. Method includes establishing connection between NB-IoT enabled devices and NB-IoT eNB, upon transmitting via LTE eNB, information associated with selected ARFCN/PRB for time slot, to NB-IoT eNB. Method includes notifying LTE eNB, representative of utilization of ARFCN/PRB as non-anchor carrier.

Abstract: A system and method to reduce misuse of radio resources, by modifying radio access network (RAN) features of user devices. The UE segregation server unit [302] as disclosed in the present disclosure identifies one or more UE required to be modified due to which network KPI's are getting degraded, based on an analysis performed by a Network Performance Unit [304]. Further, the UE segregation server unit [302] updates/modifies a UE Capability Indication message to disable certain radio capabilities causing some malfunction in the network based on identification of one or more UEs as erroneous UE based on a successful comparison of the at least one TAC information present in the UE Capability Indication message with at least one TAC information of the identified one or more UE that are required to be modified. This disclosure provides improved throughput for network subscriptions in user devices by saving network resources.