Abstract: A diagnostic device, such as a network probe or a blade, with wired and/or wireless communication capabilities. In one example embodiment, a network probe includes a processor, a memory in communication with the processor, and a buffer in communication with the processor. In this example embodiment, the processor is programmed to identify a triggering event in data received by the network probe and store, in the buffer, data that is associated with the triggering event.

Abstract: This invention is a process comprising replacing an actor in a completed film with another person into the completed film so that a person can view himself in one of him or her favorite films. In addition, video processing software is included to implement the invention are included.

Abstract: This disclosure relates to a network test access point (“TAP”) with wireless communication capabilities. In one example embodiment, a network TAP includes an input port configured for communication with a data line and an output port configured for communication with a data line. The output port is at least indirectly connected with the input port. The network TAP also includes a power assembly and a wireless transmitter connected with the power assembly. The wireless transmitter is configured to receive data by way of the input port and to transmit the received data over a wireless channel.

Abstract: This disclosure relates implementing resource allocation in a wireless communication system. In one example, first a resource allocation manager maintains a database that includes categories of wireless end point device errors. Each category in the database is cross-referenced to a corresponding diagnostic service. Next, the resource allocation manager receives a notification of an error in a wireless end point device. Then, the resource allocation manager categorizing the error. Next, the resource allocation manager queries the database to identify a diagnostic service that is cross-referenced to the error category to which the error corresponds. Finally, the resource allocation manager sends the notification of the error to the diagnostic service that is cross-referenced to the error category to which the error corresponds.

Abstract: This disclosure relates to the use of wireless communication systems to manage the remote monitoring of end point devices. In one example embodiment, a method for management of a wireless diagnostic system is disclosed. First, management software initiates a connection between the management software and a TAP. Next, the management software receives a session identifier for each session initiated between the TAP and another device since the last connection between the management software and the TAP. Then the management software sends a request to receive data substantially in real-time from the TAP. Finally, the management software receives data substantially in real-time from the TAP. In this example method, one or more of the acts is performed in connection with a wireless communication channel.

Abstract: This disclosure relates to a wireless diagnostic device, such as a network probe or a blade, with wireless communication capabilities. In one example embodiment, a network probe includes a processor, a memory in communication with the processor, a buffer in communication with the processor, and a first wireless transceiver in communication with the processor. In this example embodiment, the first wireless transceiver is configured to transmit data over a wireless channel.

Abstract: Wireless diagnostic systems and methods of implementing wireless diagnostic analysis between at least one end point device and at least one wireless diagnostic device/probe, each including a wireless transceiver that enables wireless communication therebetween. The wireless diagnostic device could be a bit error rate tester, a protocol analyzer, a generator, a jammer, a monitor, and the like. The end point devices can be storage devices, LAN ports, computer systems, SAN ports, wireless RAIDS, network taps, and the like.

Abstract: This invention is a volumetric display comprising multiple three-dimensional displays placed in a three-dimensional frame configuration so as to create multiple view three dimensional images that may be realistic, interactive or both with more clarity and interactivity than possible with a single three dimesional display, driven by a memory and controller, and for which communication may use wireless, touch screen, or wired communication methods.

Abstract: The present invention provides a method of assembling programme material involving the steps of (a) distributing clues defining or alluding to content to be broadcast as a television segment or assembled for that potential purpose; (b) receiving a plurality of content presentations, received content being based on an interpretation of said clues; and (c) forming said received content into an assemblage of material for broadcast. In addition, the method may include the step of selecting at least one said presentations for broadcast.