Abstract: A new component is provided within a switch that ‘learns’ from the messages between the switch and the controller regarding how to behave like a controller under different network conditions and how to optimize the switch flow tables by implementing techniques like aggregation to save memory space, wherein the new component can act as a ‘proxy controller’ that resides within the switch. This new component can be activated when a specific trigger happens, wherein the trigger is programmable into the switch. After the trigger is active, the proxy/local controller starts undertaking some or all of the roles of the controller until the trigger is deactivated. Because different types of triggers can be programmed, the new component can have one or more of the control functions. The teaching of the new component (which can be a hardware chip or software) is performed outside the switch using machine-learning techniques (e.g. deep learning).

Abstract: A system and method for using an IP client attached to the Public Internet, acting as a virtual mobile terminal such as a cell phone, to have full access to mobile telephony services offered by a mobile operator using a SIP2 Mobile gateway. The services include a mobile telephone number, capabilities of sending and receiving short messages and mobile intelligent services such as prepaid billing, number translation, and ring back tones.

Abstract: A system and method for using an IP client attached to the Public Internet, acting as a virtual mobile terminal such as a cell phone, to have full access to mobile telephony services offered by a mobile operator using a SIP2 Mobile gateway. The services include a mobile telephone number, capabilities of sending and receiving short messages and mobile intelligent services such as prepaid billing, number translation, and ring back tones.