A connected roof drain assembly including a roof drain, a sensor group in operable communication with the roof drain and configured to output signals representative of the fluid flow therethough, and a communication assembly configured to receive the signals output by the sensor group and wirelessly transmit data to a user portal based at least in part on the signals output by the sensor group.

A converged broadband access service controller (CBASC) for a 5G network provides for management of a passive optical network (PON) midhaul transport network path and a coaxial cable midhaul transport network path by receiving from RAN intelligent controller (RIC) or a network management system (NMS) a trigger for selecting a midhaul transport network path. The CBASC determines, based on analysis of concurrent traffic being transported, a selected midhaul transport path from among the PON and coaxial cable midhaul transport network paths. And the CBASC generates triggers to allocate and set up a service flow for the selected midhaul transport network path.

A digital signal processor (DSP) interface apparatus capable of variably setting an interconnection between a DSP and a plurality of hardware devices and a method of controlling the same are provided. The DSP interface apparatus includes a path setter configured to set a data transmission path between at least one of a plurality of hardware devices and a DSP; and a controller configured to control the path setter to set the data transmission path by connecting at least one of a plurality of operation parts and a memory of the DSP and at least one of the plurality of hardware devices based on predetermined configuration information.

The present invention relates to an optical line terminal capable of communicating with a plurality of optical network units. The optical line terminal includes an obtaining unit that performs an obtaining process that obtains configuration information for each of the optical network units from another apparatus; and a configuring unit that performs a configuration process that transmits a part or all of the configuration information obtained by the obtaining unit to the each of the optical network units. The obtaining unit performs the obtaining process for each of the optical network units in an order determined according to a priority of the each of the optical network units.

The present invention relates to an optical line terminal capable of communicating with a plurality of optical network units. The optical line terminal includes an obtaining unit that performs an obtaining process that obtains configuration information for each of the optical network units from another apparatus; and a configuring unit that performs a configuration process that transmits a part or all of the configuration information obtained by the obtaining unit to the each of the optical network units. The obtaining unit performs the obtaining process for each of the optical network units in an order determined according to a priority of the each of the optical network units.

A converged broadband access service controller (CBASC) for a 5G network provides for management of a passive optical network (PON) midhaul transport network path and a coaxial cable midhaul transport network path by receiving from RAN intelligent controller (RIC) or a network management system (NMS) a trigger for selecting a midhaul transport network path. The CBASC determines, based on analysis of concurrent traffic being transported, a selected midhaul transport path from among the PON and coaxial cable midhaul transport network paths. And the CBASC generates triggers to allocate and set up a service flow for the selected midhaul transport network path.