Abstract: The resources of an organization may provide various functions and services, and the performance of the resources may be of interest. Performance indicators (e.g., network bandwidth, I/O throughput, and processing capacity) may be measured and logged, and examined in the event of diminished performance in order to identify a non-performing resource. However, because resources may depend on other resources, and to different degrees, the performance of the first resource may be limited by the performance of a related resource, and logging respective resource performance may not inform this determination. An embodiment of the techniques presented herein may evaluate an effect of the performance indicators of a first resource on the performance indicators of related resources (e.g., through historic comparisons or differential testing), and a visual resource map may include a visual indicator of the effect of performance indicators of a first resource on the performance indicators of a related resource.

Abstract: The present disclosure enables remote device management. A programmatic interface is associated with each application plug-in. A web server included with the on-device agent provides access to the programmatic interfaces according to open standards such as HTML or XML. The present disclosure enables access to remote devices through existing infrastructure without the need for proprietary systems. An IT administrator or other administrator may remotely access and update software and hardware, track device data plan usage statistics, provide live support, and track current and historical device locations. Further, through the use of the present disclosure developers may provide customizable applications employing plug-ins on the remote device targeted for their own system.

Abstract: The throttling of mobile device data rates is provided at events, e.g., sporting events, and other venues with large, dense crowds. The system can monitor the loading of the mobile radio antennas at the venue, and when the loading reaches a threshold loading point, the system can selectively throttle the data rates of mobile devices at the venue. In some embodiments, the system can throttle the data rates of certain applications on the mobile devices, or can select mobile devices that are placing a large strain on the network infrastructure to throttle. In other embodiments, the system can set maximum upload and download speeds for all the mobile devices at the venue.

Abstract: A subject, such as a patient, is restrained in a desired position for X-raying a body part of interest and the X-ray emitter is activated to create a beam of X-rays that pass through the subject and into a digital X-ray detector to create an image. Then the X-ray detector is refreshed for another exposure and the X-ray emitter is moved from its first position to a second position and a second X-ray is taken. Computer software manipulates the two images by aligning them, interlacing them and warping one image into the space of the other image. The resulting image can be immediately displayed on a computer or the like or stored as a computer file, such as a JPEG file for later viewing. The images can be viewed as three dimensional images when the viewer wears three dimensional viewing eyeglasses.

Abstract: The present disclosure enables remote device management. A programmatic interface is associated with each application plug-in. A web server included with the on-device agent provides access to the programmatic interfaces according to open standards such as HTML or XML. The present disclosure enables access to remote devices through existing infrastructure without the need for proprietary systems. An IT administrator or other administrator may remotely access and update software and hardware, track device data plan usage statistics, provide live support, and track current and historical device locations. An IT administrator or other user may update device settings, detect corrupt software, provide unattended installation of software, update applications while in use, and update applications sharing common files. IT administrators may employ the teachings of the present disclosure to provide customizable solutions for their own organization with features disclosed herein.

Abstract: A cable-stranding apparatus includes a stationary guide, a motor, a driven guide, and a controller electrically coupled to the motor. The stationary guide is configured to guide strand elements in a spaced-apart configuration and to pass a core member. The motor is operatively associated with a guide driver. The driven guide is disposed at least partially within the guide driver so as to rotate therewith. The driven guide is configured to receive the strand elements from the stationary guide, individually guide the strand elements received from the stationary guide, and to further pass the core member. The controller is electrically coupled to the motor and configured to control the rotational speed and direction of the motor.

Abstract: The throttling of mobile device data rates is provided at events, e.g., sporting events, and other venues with large, dense crowds. The system can monitor the loading of the mobile radio antennas at the venue, and when the loading reaches a threshold loading point, the system can selectively throttle the data rates of mobile devices at the venue. In some embodiments, the system can throttle the data rates of certain applications on the mobile devices, or can select mobile devices that are placing a large strain on the network infrastructure to throttle. In other embodiments, the system can set maximum upload and download speeds for all the mobile devices at the venue.

Abstract: Scrambling code conflicts can be mitigated by primary scrambling code reuse that minimizing a potential interference Primary scrambling codes are applied to a first set of cells located in a portion of the network being considered. A second set of cells are evaluated for primary scrambling code reuse based on a distance parameter and/or a coverage area. If the distance parameter is greater than a defined distance, primary scrambling code reuse can be applied. If all distance parameters evaluated are less than the distance parameter, a length of the distance parameter is reduced and the distance between cells is reevaluated.

Abstract: The present disclosure enables remote device management. A programmatic interface is associated with each application plug-in A web server included with the on-device agent provides access to the programmatic interfaces according to open standards such as HTML or XML. The present disclosure enables access to remote devices through existing infrastructure without the need for proprietary systems. An IT administrator or other administrator may remotely access and update software and hardware, track device data plan usage statistics, provide live support, and track current and historical device locations. Through the support features of the present disclosure an IT administrator or other support operator may remotely operate a device as if they were actually holding the device. This feature provides direct access to device files and software while also showing the IT administrator screen views of the remote device. Thus, the IT administrator actually sees what the remote user also sees.

Abstract: The throttling of mobile device data rates is provided at events, e.g., sporting events, and other venues with large, dense crowds. The system can monitor the loading of the mobile radio antennas at the venue, and when the loading reaches a threshold loading point, the system can selectively throttle the data rates of mobile devices at the venue. In some embodiments, the system can throttle the data rates of certain applications on the mobile devices, or can select mobile devices that are placing a large strain on the network infrastructure to throttle. In other embodiments, the system can set maximum upload and download speeds for all the mobile devices at the venue.

Abstract: Scrambling code conflicts can be mitigated by primary scrambling code reuse that minimizing a potential interference Primary scrambling codes are applied to a first set of cells located in a portion of the network being considered. A second set of cells are evaluated for primary scrambling code reuse based on a distance parameter and/or a coverage area. If the distance parameter is greater than a defined distance, primary scrambling code reuse can be applied. If all distance parameters evaluated are less than the distance parameter, a length of the distance parameter is reduced and the distance between cells is reevaluated.

Abstract: In one embodiment, the present application discloses methods of treating diseases and disorders with sulfasalazine and pharmaceutical formulations of sulfasalazine where the bioavailability of the sulfasalazine is increased. In another embodiment, the present application also provides dosing regimens for treating neurodegenerative diseases and disorders with compositions comprising sulfasalazine.

Abstract: The throttling of mobile device data rates is provided at events, e.g., sporting events, and other venues with large, dense crowds. The system can monitor the loading of the mobile radio antennas at the venue, and when the loading reaches a threshold loading point, the system can selectively throttle the data rates of mobile devices at the venue. In some embodiments, the system can throttle the data rates of certain applications on the mobile devices, or can select mobile devices that are placing a large strain on the network infrastructure to throttle. In other embodiments, the system can set maximum upload and download speeds for all the mobile devices at the venue.

Abstract: Scrambling code conflicts can be mitigated by primary scrambling code reuse that minimizing a potential interference Primary scrambling codes are applied to a first set of cells located in a portion of the network being considered. A second set of cells are evaluated for primary scrambling code reuse based on a distance parameter and/or a coverage area. If the distance parameter is greater than a defined distance, primary scrambling code reuse can be applied. If all distance parameters evaluated are less than the distance parameter, a length of the distance parameter is reduced and the distance between cells is reevaluated.

Abstract: The present disclosure enables remote device management. A programmatic interface is associated with each application plug-in. A web server included with the on-device agent provides access to the programmatic interfaces according to open standards such as HTML or XML. The present disclosure enables access to remote devices through existing infrastructure without the need for proprietary systems. An IT administrator or other administrator may remotely access and update software and hardware, track device data plan usage statistics, provide live support, and track current and historical device locations. The phone and messaging feature enables an administrator to access information regarding data plan and usage statistics of devices. This allows organizations to optimize data plans based on messaging, e-mail, and other data plan statistics. Further, the present disclosure allows access to network connectivity details of devices and logs of emails, text messages, and the like.

Abstract: Scrambling code conflicts can be mitigated by primary scrambling code reuse that minimizing a potential interference Primary scrambling codes are applied to a first set of cells located in a portion of the network being considered. A second set of cells are evaluated for primary scrambling code reuse based on a distance parameter and/or a coverage area. If the distance parameter is greater than a defined distance, primary scrambling code reuse can be applied. If all distance parameters evaluated are less than the distance parameter, a length of the distance parameter is reduced and the distance between cells is reevaluated.

Abstract: Compositions and methods for increasing p53-dependent transcriptional activity in a cell.

Abstract: The present disclosure enables remote device management. A programmatic interface is associated with each application plug-in. A web server included with the on-device agent provides access to the programmatic interfaces according to open standards such as HTML or XML. The present disclosure enables access to remote devices through existing infrastructure without the need for proprietary systems. An IT administrator or other administrator may remotely access and update software and hardware, track device data plan usage statistics, provide live support, and track current and historical device locations. Through the support features of the present disclosure an IT administrator or other support operator may remotely operate a device as if they were actually holding the device. This feature provides direct access to device files and software while also showing the IT administrator screen views of the remote device. Thus, the IT administrator actually sees what the remote user also sees.

Abstract: The present disclosure enables remote device management. A programmatic interface is associated with each application plug-in. A web server included with the on-device agent provides access to the programmatic interfaces according to open standards such as HTML or XML. The present disclosure enables access to remote devices through existing infrastructure without the need for proprietary systems. An IT administrator or other administrator may remotely access and update software and hardware, track device data plan usage statistics, provide live support, and track current and historical device locations. Further, through the use of the present disclosure developers may provide customizable applications employing plug-ins on the remote device targeted for their own system.

Abstract: The present disclosure enables remote device management. A programmatic interface is associated with each application plug-in. A web server included with the on-device agent provides access to the programmatic interfaces according to open standards such as HTML or XML. The present disclosure enables access to remote devices through existing infrastructure without the need for proprietary systems. An IT administrator or other administrator may remotely access and update software and hardware, track device data plan usage statistics, provide live support, and track current and historical device locations. An IT administrator or other user may update device settings, detect corrupt software, provide unattended installation of software, update applications while in use, and update applications sharing common files. IT administrators may employ the teachings of the present disclosure to provide customizable solutions for their own organization with features disclosed herein.