Abstract: A shared logical device physical network address is assigned to each of a set of wireless physical devices. The set of wireless physical devices forms a logical device group addressable over a single wireless communication channel using the shared logical device physical network address within a wireless network. In response to receipt of a data packet addressed to a physical network address of one of the set of wireless physical devices from an application server, the physical network address is translated to the shared logical device physical network address with which the wireless physical device is logically grouped. The physical network address of the wireless physical device is embedded within the data packet addressed to the shared logical device physical network address. The data packet is sent to the shared logical device physical network address.

Abstract: Described herein are methods, systems, apparatuses and products for phase determination in an electricity grid. An aspect provides for determining phase for at least one electric grid device via receiving power consumption measurements derived from electricity grid devices connected in the electricity grid, comparing, over a series of time intervals, a total power consumed; and determining a phase for at least one electricity grid device.

Abstract: The present disclosure teaches a solution for a user customizable abstraction layer for tailoring all operating system, application, and web based interfaces. The interface differs from conventional user interfaces by presenting a dynamic interface which can enable user access across all domains and applications with which the user can interact. The interface can be dynamically built as a user interacts with clients (e.g., devices/applications). Clients can utilize common usage patterns, installed application, installed themes, personal information, and the like, to create a highly customized adaptive user designed and modifiable interface.

Abstract: A method and system of authenticating communications sessions between two or more parties over one or more simultaneous communications channels using one or more communicating devices is provided including having a first party create a first set of signatures, wherein the first set of signatures includes a signature for each communications channel, communicating with at a second party over at least one communications channel, whereby the second party authenticates the first party's signature associated with the at least one communications channel and accepts communication with the first party.

Abstract: A method or system (40 or 50) for voice-to-text reduction for real-time messaging can use a microphone (12 or 52) for receiving a calling party's speech input, a text-to-speech converter (22 or 54) for converting the calling party's speech input to a text message, a transmitter for transmitting the text message as a text stream (23 or 60) to a called party, a receiver for receiving another text message as a text stream (31 or 70) from the called party, and a rendering device such as a speaker (36) or a display (68) for rendering text messages substantially in real-time. If a speaker is used, the system can further include a text-to-speech synthesizer or converter (24). A system (80) can further include a translator (82) for translating the text message into another language.