Abstract: A home network integrates a television to enable a user to use the television to conduct an Internet video conference by leveraging the Internet video conferencing functionality provided by a home computer connected to the Internet. The television is connected to the home network via a TV client module, and a video camera co-located with the television is also connected to the TV client. The TV client presents on the television an Internet conferencing option selectable by a user to invoke the video conferencing functionality of the personal computer. During the video conference, video and audio data captured by the video camera are transmitted by the TV client over the home network to the personal computer for forwarding onto the conferencing parties on the Internet, and user interface data representing video/audio streams received from the Internet are transmitted by the personal computer to the TV client for display on the television.

Abstract: Techniques for auto provisioning and publication of applications are described. The auto provisioning process enables automatic installation of applications having their respective file packages pre-stored in the server. Subsequently, publication of these applications is conducted automatically. By employing such an automatic process, the latency involved in provisioning and publication of remote applications is reduced, thereby making the process more efficient.

Abstract: Secure network access is provided by connecting a secure network provisioning device to a security authority, acquiring one or more network profiles, configuring one or more network interfaces of the secure network provisioning device with data corresponding to attributes of the acquired network profiles, switching the secure network provisioning device from an acquisition mode to a gateway mode, and connecting the secure network provisioning device to a client device.

Abstract: The invention makes possible remote control of devices in a piconet by remote users communicating over the Internet and the like by providing a proxy-bridge device. The proxy-bridge device is a bridge for sending packets to and from between an external device and a device in the piconet. Moreover, the proxy-bridge device also serves as a proxy for the external device to devices in the piconet and as a proxy for devices in the piconet accessing an external device. The proxy-bridge wireless device's protocol stack allows communications with the piconet devices within the piconet. In addition, the protocol stack allows an application to communicate with a remote device e.g., via the Internet Protocol. Thus, the proxy-bridge device, using two protocols, enables remote users discover the presence of a service offered by a device in a piconet as a logical embedded device within the proxy-bridge device and vice-versa.

Abstract: A home network integrates a television to enable a user to use the television to conduct an Internet video conference by leveraging the Internet video conferencing functionality provided by a home computer connected to the Internet. The television is connected to the home network via a TV client module, and a video camera co-located with the television is also connected to the TV client. The TV client presents on the television an Internet conferencing option selectable by a user to invoke the video conferencing functionality of the personal computer. During the video conference, video and audio data captured by the video camera are transmitted by the TV client over the home network to the personal computer fro forwarding onto the conferencing parties on the Internet, and user interface data representing video/audio streams received from the Internet are transmitted by the personal computer to the TV client for display on the television.

Abstract: Techniques for auto provisioning and publication of applications are described. The auto provisioning process enables automatic installation of applications having their respective file packages pre-stored in the server. Subsequently, publication of these applications is conducted automatically. By employing such an automatic process, the latency involved in provisioning and publication of remote applications is reduced, thereby making the process more efficient.

Abstract: A home network integrates a television to enable a user to use the television to conduct an Internet video conference by leveraging the Internet video conferencing functionality provided by a home computer connected to the Internet. The television is connected to the home network via a TV client module, and a video camera co-located with the television is also connected to the TV client. The TV client presents on the television an Internet conferencing option selectable by a user to invoke the video conferencing functionality of the personal computer. During the video conference, video and audio data captured by the video camera are transmitted by the TV client over the home network to the personal computer fro forwarding onto the conferencing parties on the Internet, and user interface data representing video/audio streams received from the Internet are transmitted by the personal computer to the TV client for display on the television.

Abstract: A home network integrates a television to enable a user to use the television to conduct an Internet video conference by leveraging the Internet video conferencing functionality provided by a home computer connected to the Internet. The television is connected to the home network via a TV client module, and a video camera co-located with the television is also connected to the TV client. The TV client presents on the television an Internet conferencing option selectable by a user to invoke the video conferencing functionality of the personal computer. During the video conference, video and audio data captured by the video camera are transmitted by the TV client over the home network to the personal computer fro forwarding onto the conferencing parties on the Internet, and user interface data representing video/audio streams received from the Internet are transmitted by the personal computer to the TV client for display on the television.

Abstract: A wireless device and method provides for adding nodes to a wireless mesh network by adjusting an antenna sensitivity pattern of one or more nodes in the wireless mesh network to exhibit spatial selectivity. The method transmits a query, and if a response is received within a predetermined time period, the wireless device receives the response and adds the responding wireless device to the mesh network. The wireless device can adjust the transmission pattern to enable the antenna sensitivity pattern to cover a predetermined spatial area, and the predetermined time period can be fixed. The wireless devices can adjust the antenna sensitivity pattern in a coordinated manner. A method for supporting data connections between three or more wireless devices includes adjusting the sensitivity pattern of an antenna on a first wireless device, communicating with a second wireless device, and further adjusting the sensitivity pattern of the antenna for more wireless devices.

Abstract: The invention makes possible remote control of devices in a piconet by remote users communicating over the Internet and the like by providing a proxy-bridge device. The proxy-bridge device is a bridge for sending packets to and from between an external device and a device in the piconet. Moreover, the proxy-bridge device also serves as a proxy for the external device to devices in the piconet and as a proxy for devices in the piconet accessing an external device. The proxy-bridge wireless device's protocol stack allows communications with the piconet devices within the piconet. In addition, the protocol stack allows an application to communicate with a remote device e.g., via the Internet Protocol. Thus, the proxy-bridge device, using two protocols, enables remote users discover the presence of a service offered by a device in a piconet as a logical embedded device within the proxy-bridge device and vice-versa.

Abstract: The invention makes possible remote control of devices in a piconet by remote users communicating over the Internet and the like by providing a proxy-bridge device. The proxy-bridge device is a bridge for sending packets to and from between an external device and a device in the piconet. Moreover, the proxy-bridge device also serves as a proxy for the external device to devices in the piconet and as a proxy for devices in the piconet accessing an external device. The proxy-bridge wireless device's protocol stack allows communications with the piconet devices within the piconet. In addition, the protocol stack allows an application to communicate with a remote device e.g., via the Internet Protocol. Thus, the proxy-bridge device, using two protocols, enables remote users discover the presence of a service offered by a device in a piconet as a logical embedded device within the proxy-bridge device and vice-versa.

Abstract: A method and system for modeling interactive animation and other integrated media includes support for a declarative modeling language and a system for presenting media represented in a declarative language model. The modeling language enables authors to represent natural or modeled media in a compact model, and it allows for the explicit description of time varying behavior as well as reactive behavior, which occurs in response to discrete events. The system compiles or interprets the model, optimizes it, and controls the presentation of media represented in it.