Abstract: Diagnostic data of a multimodal enhanced communication system is processed at a central diagnostic service by normalizing detected errors based on modalities, traffic volumes, and/or individual user patterns such that failures can be efficiently and accurately analyzed across the communication system. Configurable thresholds may be used for modality-specific logs, traffic volume normalized errors, and persistent user adjusted results to optimize alerts issued to administrators.

Abstract: Dynamic logging of messages in a distributed system is enabled by processing message tags. Tags to be processed may be included in message headers or as message parameters. Different components of the distributed system may determine which message is to be logged based on the tag included in the message. Detection of a tag may initiate logging by a relevant system component.

Abstract: Diagnostic data of a multimodal enhanced communication system is processed at a central diagnostic service by normalizing detected errors based on modalities, traffic volumes, and/or individual user patterns such that failures can be efficiently and accurately analyzed across the communication system. Configurable thresholds may be used for modality-specific logs, traffic volume normalized errors, and persistent user adjusted results to optimize alerts issued to administrators.

Abstract: A portable information handling system has an automatic latching system that maintains a lid having a display in a desired position relative to a housing, such as a closed position having the lid closed proximate the housing and including a tablet configuration having the display exposed in the closed position. A post automatically extends from the housing into the lid when in the closed position to prevent rotation of the lid. The post automatically retracts into the housing when the lid is in the open position to provide an aesthetically pleasing latch solution for tablet portable information handling systems.

Abstract: When implemented on a single access point, the system autonomously adjusts the operating channel of an 802.11h compliant network so the network operates on the channel with the least interference. When deployed on the access nodes in a campus or urban setting, the system rapidly converges to a stable interference-minimizing frequency re-use pattern with the average reduction in interference realized by each 802.11 cluster in the range of 19 dB (as device density increases, the expected reduction in interference increases with the exact gain in interference reduction a function of the specific propagation environment and network topology). Significant, though smaller, expected reductions in interference are also realized by legacy systems which are not implementing the algorithm but operating in the presence of the enhanced access points. When new access points are added to the network, the network automatically converges to a near optimal frequency reuse pattern.

Abstract: A method and apparatus are disclosed for separating the functionality of middleware (320) in a device with embedded resources (341,342) so that data transfer between embedded resources used by an object (330) resident in a general purpose processor (310) of the device takes place directly, thereby minimizing bandwidth overhead at the general purpose processor. The control interface (371,372) for an embedded resource resides in the general purpose processor and uses the device driver of the embedded resource, whereas the data interface (381,382) is outside the general purpose processor and provides direct communication with a switch matrix (360) serving each embedded resource.

Abstract: A communication system is provided with a reconfigurable hardware structure to provide implementation flexibility while minimizing a reduction in low power consumption performance. The communication system includes a plurality of processing element (PE) blocks for processing data based on multiple wireless transmission standards, memories for storing data being processed or to be processed by the PE blocks, and a controller for controlling data processing in the PE blocks, a data input operation to the PE blocks and a data output operation from the PE blocks, and for controlling transmission of data being processed in and input/output to/from the PE blocks. Each of the PE blocks includes a plurality of PE modules, and each of the PE modules includes a predetermined number of PEs that perform different functions. Operation and input/output of the PE blocks, the PE modules and the PEs are controlled by the controller.

Abstract: Verifying dynamically generated operations on a data store includes carrying out setup actions for access to the data store, the setup actions being based at least in part on a request for which the dynamically generated operations will be generated. The carrying out of setup actions includes permissions being set for portions of the data store to establish a restricted portion of the data store and an unrestricted portion of the data store, as well as using one or more additional techniques to check whether any unexpected changes were made to the unrestricted portion or to lock access to parts of the unrestricted portion. After the dynamically generated operations are performed, a verification is made that no unexpected work was performed by the dynamically generated operations. If unexpected work was performed then the operations are determined to be not correct for the request.

Abstract: Images, audio, biometric information, and other data is captured by a user device. The captured data is sent to a server that pre-processes and then decodes the captured data to identify its contents. Once identified, the captured data is associated with a function string that specifies a function and parameters that correspond to the captured data. The function is called and executed to provide information back to the user device that is relevant to the captured data, or to initiate other operations. The relevant information to return to the user device can include product information, translations, auction data, electronic device settings, audio, and others. Operations that may be initiated include software registration, people searches, or user authentication to allow access to restricted services.

Abstract: The matching algorithm of the layout synthesis method and apparatus disclosed locates transistor pattern matches in a design, links a parameterized tile to each identified match, and adjusts certain variable parameters of the linked parameterized tile to meet the physical design requirements of each located match. Each transistor pattern corresponds to a parameterized tile, which is an actual physical representation of the corresponding pattern and includes variable parameters, which may include transistor size. The matching algorithm locates matches in the design for an ordered list of patterns, names each located match, links the proper parameterized tile to each named match, and adjusts the tile's variable parameters as required. Transistors in the design are included in one and only one named located match.

Abstract: A unit for evaluating various properties of a paper envelope. The unit is capable of examining an envelope and determining key features of the envelope, such as the amount of front seal adhesive present, the tear strength of the side seams and the presence of properly printed graphics. The unit comprises a) a housing having either a touch screen video display unit or another source of data entry; b) a front seal control portion that contains linear encoders to determine the amount of adhesive on the seal; c) a side strength control portion that contains blades used to measure the force needed to burst the sides of the envelope: and d) a print design quality feature that is utilized to confirm the quality and location of any printing on the envelope.

Abstract: A unit for evaluating various properties of a paper envelope. The unit is capable of examining an envelope and determining key features of the envelope, such as the amount of front seal adhesive present, the tear strength of the side seams and the presence of properly printed graphics. The unit comprises a) a housing having either a touch screen video display unit or another source of data entry; b) a front seal control portion that contains linear encoders to determine the amount of adhesive on the seal; c) a side strength control portion that contains blades used to measure the force needed to burst the sides of the envelope; and d) a print design quality feature that is utilized to confirm the quality and location of any printing on the envelope.

Abstract: A method for reconfiguring an optical switch includes selecting a first path through a photonic crystal. The crystal includes the first path having a plurality of first regions and a second path having a plurality of second regions. The crystal also includes a third path that provides an optical signal for propagation through one of the first and second paths. The method also includes heating at least one of the first regions and at least one of the second regions. The method further includes cooling the first region at a first rate to place the first region in a first state. The first state allows propagation of the optical signal through at least a portion of the crystal. In addition, the method includes cooling the second region at a second rate to place the second region in a second state. The second state reduces the propagation of the optical signal through at least a portion of the crystal.

Abstract: An interface system for a television receiver includes an interface connector having a plurality of contacts connected to various component circuits in the television receiver. In order to provide various functions for the television receiver, the interface system includes various circuit boards each having a plug connectable with the interface connector. The plug includes a number of contacts equal to or less than the plurality of contacts in the interface connector. A particular embodiment of one of the circuit boards includes circuitry for connecting the television receiver to an interconnecting network and for enabling a user to send and receive electronic mail messages using a remote control transmitter for the television receiver.

Abstract: An interface system for a television receiver includes an interface connector having a plurality of contacts connected to various component circuits in the television receiver. In order to provide various functions for the television receiver, the interface system includes various circuit boards each having a plug connectable with the interface connector. The plug includes a number of contacts equal to or less than the plurality of contacts in the interface connector. A particular embodiment of one of the circuit boards includes circuitry for connecting the television receiver to an interconnecting network and for enabling the television receiver to control, and to be controlled by, another television receiver also connected to the interconnecting network.