Abstract: A method for pairing a wireless power receiver to a wireless power transmitter, the wireless power receiver being configured to charge a battery of a vehicle. The method includes accessing, identification information associated with a communication channel corresponding to a designated wireless power transmitter of a plurality of wireless power transmitters, establishing, by the wireless power receiver, a wireless connection with the designated wireless power transmitter, based on the identification information associated with the communication channel, receiving, by the wireless power receiver over the wireless connection, alignment information from the designated wireless power transmitter, detecting that the vehicle has parked proximate to the designated wireless power transmitter according to the alignment information, and verifying that the wireless power receiver is authorized to receive power from the designated wireless power transmitter to charge the battery of the vehicle.

Abstract: Described herein are methods and system for pairing a wireless power receiver to a wireless power transmitter. The method can include joining, by the wireless power receiver, to a wireless network provided by a network device and transmitting, by the wireless power receiver over the wireless network, a message to a primary wireless power transmitter. The method can include receiving, by the wireless power receiver from the primary wireless power transmitter, identification information of an available communication channel and an SSID associated with an available transmitter. The method can include receiving, by the wireless power receiver over the wireless network, alignment information from the available transmitter associated with the SSID, detecting that the vehicle has parked proximate to the available wireless power transmitter according to the alignment information, and establishing, by the wireless power receiver with the available transmitter, a connection based on the SSID.

Abstract: The present invention provides a method, a system and a program storage device containing instructions for simulating the flow of fluid in a physical system using a composition-based extensible object-oriented program. A computer program includes: (i) a framework subsystem providing a graph package, a compute package and a property package; (ii) an engine subsystem including engine subsystem packages for performing numerical simulation, the engine subsystem packages including a linear solver package and a non-linear solver package; and (iii) a set of model components providing physical and numerical modeling behaviors utilized by the engine subsystem, the model components including at least one of a reservoir model, a well model, an aquifer model, a fluid model and a SCAL model. The framework subsystem, the engine subsystem and the model components work with one other to simulate the flow of fluid.