Abstract: The invention proposes False targets caused by reflection position determining system and solution for the SSR which helps determine reflected real target's coordinate, reflector's coordinate and features, coordinate and features of the false target (multipath target) and using these data as the basis to build up the multipath target suppressing system, guaranteeing the detecting ability of the radar. The proposed system contains: Input data generating component; False target position (multipath position) determining component; Reflected signal power comparison calculating component; Displaying and data transferring component; Reflected multipath targets suppressing component.

Abstract: Far-field antenna pattern measuring system and solution using real-time synchronization of height information helps better the detecting and tracking quality of the 3D radar, paving the way to determine the pattern's practical shape and the impacts of the ground on it to find the accurate height tracking methods. The proposed system is comprised of 5 steps: step 1: get and save height information; step 2: get and save power information; step 3: plot the obtained pattern shape; step 4: determine the obtained pattern parameters; step 5: save lobes parameters into a table and assess in the association with the simulation results.

Abstract: A method to provide an alert notification and a reconcile action to a client computing system, the alert notification being responsive to an error condition in a target computing system, and the reconcile action being responsive to the alert notification, wherein the method supplies a client computing system and a target computing system, wherein the target computing system is in communication with the client computing system. The method further forms an alert notification responsive to an error condition detected in the target computing system, and generates a reconcile action responsive to the alert notification. The method provides the alert notification and the reconcile action to the client computing system. The client computing system returns a selected reconcile action, which is implemented by the target computing system, wherein that implementing step is performed without logging into said target computing system.

Abstract: For controlling power sequence in a blade center environment, a relationship component module creates a topology of interdependent relationships of devices in the blade center environment. The devices include server blades, storage blades, and switch modules. A sequence module defines a sequence of the devices in the blade center environment to power off and on based on the topology of interdependent relationships. The sequence includes an order of a first independent blade server, each dependent storage blade of the first independent blade server, and a second independent blade server. A monitor component module monitors a command from an Advanced Management Module (AMM) to regulate power for the devices in the blade center environment. The AMM regulates power within the blade center. A validation module validates that the command does not violate the interdependent relationships and the sequence of devices or else blocks the command if the command is not validated.

Abstract: An apparatus, system, and method are disclosed for controlling power sequence in a blade center environment. A blade center environment has many devices requiring power. A relationship component module creates a topology of interdependent relationships of the devices. A monitor component module monitors commands to regulate power for devices. A validating module validates that the commands do not violate the interdependent relationships defined in the topology and returns a failure message if the command is not validated.

Abstract: Provided are a method, system, and article of manufacture, wherein a persistent storage is maintained in a device receiving unit that is capable of receiving one or more devices. The device receiving unit receives a device that includes device specific information that identifies the device. The device is interfaced with the device receiving unit. The persistent storage is updated with the device specific information that identifies the device, in response to the interfacing of the device with the device receiving unit.

Abstract: A method to provide an alert notification and a reconcile action to a client computing system, the alert notification being responsive to an error condition in a target computing system, and the reconcile action being responsive to the alert notification, wherein the method supplies a client computing system and a target computing system, wherein the target computing system is in communication with the client computing system. The method further forms an alert notification responsive to an error condition detected in the target computing system, and generates a reconcile action responsive to the alert notification. The method provides the alert notification and the reconcile action to the client computing system. The client computing system returns a selected reconcile action, which is implemented by the target computing system, wherein that implementing step is performed without logging into said target computing system.

Abstract: Provided are techniques for restoring firmware. A first programmable hardware device determines that a second programmable hardware device needs a valid firmware image, retrieves a copy of the valid firmware image from an external memory, and sends the valid firmware image to the second programmable hardware device via a private communication link, wherein the private communication link enables private communication between the first programmable hardware device and the second programmable hardware device. The second programmable hardware device restores existing firmware using the valid firmware image.

Abstract: Provided are techniques for restoring firmware. A first programmable hardware device determines that a second programmable hardware device needs a valid firmware image, retrieves a copy of the valid firmware image from an external memory, and sends the valid firmware image to the second programmable hardware device via a private communication link, wherein the private communication link enables private communication between the first programmable hardware device and the second programmable hardware device. The second programmable hardware device restores existing firmware using the valid firmware image.

Abstract: An apparatus, system, and method are disclosed for controlling power sequence in a blade center environment. A blade center environment has many devices requiring power. A relationship component module creates a topology of interdependent relationships of the devices. A monitor component module monitors commands to regulate power for devices. A validating module validates that the commands do not violate the interdependent relationships defined in the topology and returns a failure message if the command is not validated.

Abstract: Provided are a method, system, and article of manufacture, wherein a persistent storage is maintained in a device receiving unit that is capable of receiving one or more devices. The device receiving unit receives a device that includes device specific information that identifies the device. The device is interfaced with the device receiving unit. The persistent storage is updated with the device specific information that identifies the device, in response to the interfacing of the device with the device receiving unit.

Abstract: Provided are techniques for restoring firmware. A first programmable hardware device determines that a second programmable hardware device needs a valid firmware image, retrieves a copy of the valid firmware image from an external memory, and sends the valid firmware image to the second programmable hardware device via a private communication link, wherein the private communication link enables private communication between the first programmable hardware device and the second programmable hardware device. The second programmable hardware device restores existing firmware using the valid firmware image.

Abstract: Provided are techniques for restoring firmware. A first programmable hardware device determines that a second programmable hardware device needs a valid firmware image, retrieves a copy of the valid firmware image from an external memory, and sends the valid firmware image to the second programmable hardware device via a private communication link, wherein the private communication link enables private communication between the first programmable hardware device and the second programmable hardware device. The second programmable hardware device restores existing firmware using the valid firmware image.