Abstract: Systems and methods for presenting user-generated content in as easily accessible manner using an interactive media guide are provided. In particular, a user may be able to peruse user-generated content through an interactive media guide which is also used to access non-user-generated media content such as linear programming (e.g., over-the-air broadcast, cable, and satellite scheduled programming) and on-demand media. The interactive media guide may include a provider of user-generated content populated with user-generated content according to the user's interests or most recently added to the provider.

Abstract: Systems and methods for presenting user-generated content in as easily accessible manner using an interactive media guide are provided. In particular, a user may be able to peruse user-generated content through an interactive media guide which is also used to access non-user-generated media content such as linear programming (e.g., over-the-air broadcast, cable, and satellite scheduled programming) and on-demand media. The interactive media guide may include a provider of user-generated content populated with user-generated content according to the user's interests or most recently added to the provider.

Abstract: Systems and methods for presenting user-generated content in an easily accessible manner using an interactive media guide are provided. In particular, a user may be able to peruse user-generated content through an interactive media guide which is also used to access non-user-generated media content such as linear programming (e.g., over-the-air broadcast, cable, and satellite scheduled programming) and on-demand media. The interactive media guide may include a provider of user-generated content populated with user-generated content according to the user's interests or most recently added to the provider.

Abstract: Systems and methods for presenting user-generated content in an easily accessible manner using an interactive media guide are provided. In particular, a user may be able to peruse user-generated content through an interactive media guide which is also used to access non-user-generated media content such as linear programming (e.g., over-the-air broadcast, cable, and satellite scheduled programming) and on-demand media. The interactive media guide may include a provider of user-generated content populated with user-generated content according to the user's interests or most recently added to the provider.

Abstract: Methods and systems can generate a stereoscopic three-dimensional, virtual environment for presentation on a display. This virtual environment may include representations of a plurality of buildings, wherein each of the plurality of buildings represents a different characteristic of content and/or content listings. The virtual environment can be presented from a first point of view to a user. In response to user input, the presentation of the virtual environment can be changed from the first point of view to a second point of view. The rate at which the presentation of the virtual environment is changed can be controlled based on a distance between the first point of view and the second point of view. A user selection of one of the plurality of buildings can be received, and options can be presented which are associated with the characteristic represented by the building selected by the user.

Abstract: The present invention includes installing a computer network (51) in a building (24) by coupling together a hub (50, 350) and a number of network adapters (100, 400) together with previously installed cabling. Data signals are transmitted from the adapters (100, 400) to the hub (50, 350) within a first frequency range and converted to frequency-converted data signals within a second frequency range for transmission back to the adapters (100, 400). The network (51) interfaces to an ethernet bus (37) through each of the adapters (100, 400).

Abstract: The method for the automatic configuration of a DSL modem, comprises connecting a DSL modem to an analog telephone line, automatically determining available communication resources on the analog telephone line, and thereafter automatically configuring the DSL modem based on the available communication resources. Automatic configuration of the DSL modem is essentially undertaken by (i) automatically ascertaining if a circuit capable of communicating DSL signals is available by automatically detecting if a DSL communication circuit exists on the analog telephone line, and thereafter (ii) automatically configuring the DSL modem for a virtual communication route that is confirmed to be working by automatically identifying a virtual communication route for communications between the DSL modem and a communications network. A DSL modem which performs this method is also provided.

Abstract: One embodiment includes a dwelling (24), coaxial cabling (25), and a number of networking devices (98) coupled together with cabling (25) to provide a computer network (51). Devices (98) include a master module (100a) and adapters (100) that communicate over network (51) in accordance with a first communication protocol. Module (100a) generates: a first signal to invite adapter communication over network (51); a second signal to prompt communication by one of adapters (100) if it is the only one that responded to the first signal; and a third signal if two or more of adapters (100) responded to the first signal. The one of adapters (100) responds to the second signal by broadcasting information over network (51) and the two or more adapters (100) respond to the third signal by randomly delaying further transmission.

Abstract: A light fixture is configured such that the fixture can replace a light bulb in a light bulb socket, wherein the fixture further has a continuously adjustable portion to which a secondary light bulb socket is coupled. Most preferably, the adjustable portion is configured as a gooseneck and/or a telescoping element.

Abstract: The method for the automatic configuration of a DSL modem, comprises connecting a DSL modem to an analog telephone line, automatically determining available communication resources on the analog telephone line, and thereafter automatically configuring the DSL modem based on the available communication resources. Automatic configuration of the DSL modem is essentially undertaken by (i) automatically ascertaining if a circuit capable of communicating DSL signals is available by automatically detecting if a DSL communication circuit exists on the analog telephone line, and thereafter (ii) automatically configuring the DSL modem for a virtual communication route that is confirmed to be working by automatically identifying a virtual communication route for communications between the DSL modem and a communications network. A DSL modem which performs this methods is also provided.

Abstract: The present invention includes installing a computer network (51) in a building (24) by coupling together a hub (50, 350) and a number of network adapters (100, 400) together with previously installed cabling. Data signals are transmitted from the adapters (100, 400) to the hub (50, 350) within a first frequency range and converted to frequency-converted data signals within a second frequency range for transmission back to the adapters (100, 400). The network (51) interfaces to an ethernet bus (37) through each of the adapters (100, 400).