345 results about "Process error" patented technology

A three phase control arrangement is employed after visual detection of a target at greater range than otherwise available. The first and last phases employ an optimization criterion for which errors do not vary with distance from a target; limiting the initial error and process error in an intermediate phase which controls approach trajectory to the intended docking location and yielding repeatable high accuracy docking. The three phase approach with different control criteria and control gain parameters makes feasible a docking maneuver that begins at a much greater range and potentially greater lateral separation from the destination than would otherwise be possible, while providing control of both the final location and final orientation of the vehicle. A preferred visual thresholding technique provides consistency of results over a wide range of illumination and contrast conditions while limiting the computation burden for target image acquisition and tracking.

Data corrupted or lost in transmission over a lossy digital transmission link is replaced and/or omitted from data presented in connection with storage to and read out from a mass storage device. Different procedures are used to conceal artifacts corresponding to errored data based upon valid data preceding and following the error in a data stream and a size of the error.

Provided are a method and apparatus for detecting an error during video decoding and handling of the error. An error is detected in a received video stream having a predetermined format, error information is recorded at a predetermined location of the video stream, and the type of the error is determined using the recorded error information. The video decoder includes a broadcast signal receiver that extracts a broadcast stream from a broadcast signal being transmitted via a transmission medium, a demultiplexing and error detection unit that demultiplexes the broadcast stream of a predetermined format extracted by the broadcast signal receiver for extraction of a video stream, detects errors in packets making up the extracted video stream, and records error information at a predetermined location of the video stream, and a video decoding unit that interprets the error information, determines the type of the errors using a predetermined method, and decodes the video stream according to the result of determination. The type and position of an error may be determined during video decoding. The video decoder is able to improve video quality by performing proper error concealment according to the type of error determined.

A method and apparatus is provided for routing error messages in a distributed computer system comprising multiple root nodes, and further comprising one or more PCI switches and one or more I/O adapters, wherein each root node includes one or more system images. In one useful embodiment, a method is provided for routing I/O error messages to root nodes respectively associated with the errors contained in the messages. The method includes detecting occurrence of an error at a specified one of the adapters, wherein the error affects one of the system images, and generating an error message at the specified adapter. The method further comprises routing the error message from the specified adapter to the particular root node that includes the affected system image. The error message is then selectively processed at the particular root node, in order to identify the affected system image. Usefully, the step of routing the error message includes using a bus/device/function number associated with the error, together with a routing table located in one of the PCI switches, to route the error message to the correct root node and system image.

A method and an apparatus for processing an error event of a medical diagnosis device is provided that includes detecting an error event at a medical diagnosis system, determining an error correcting mode from among a first mode for restarting a diagnosis process at which the error event occurred, a second mode for informing the error event to components of the medical diagnosis system at which the error event did not occur, and a third mode for stopping operation of the medical diagnosis system, based on information regarding the error event, and processing the error event based on the determined error correcting mode. There is also provided a method for providing medical information that includes receiving medical data, providing a diagnosis process a first region, providing log data at a second region, and providing video data at a third region of the screen image.

Methods and apparatus are provided for: monitoring processor tasks and associated processor loads therefor that are allocated to be performed by respective sub-processing units associated with a main processing unit; detecting whether a processing error has occurred in a given one of the sub-processing units; re-allocating all of the processor tasks of the given sub-processing unit to one or more participating sub-processing units, including other sub-processing units associated with the main processing unit, based on the processor loads of the processor tasks of the given sub-processing unit and the processor loads of the participating sub-processing units; and at least one of: (i) shutting down, and (ii) re-booting the given sub-processing unit.

A method for controlling a computer system having at least two execution units and one comparator unit, which system is operated in the lock-step mode and in which the results of the at least two execution units are compared, wherein when or after an error is detected by the comparator unit, an error-detection mechanism is processed on at least one execution unit for this execution unit.

The invention discloses a line shape control method for short line method segment prefabrication construction and relates to the field of control of bridge construction. The method comprises the following steps of: calculating a theoretical prefabrication line shape according to the line shape of bridge design and the construction sequence by a tangent displacement method; building the global coordinate system of the prefabrication line shape and the local coordinate systems of all prefabrication segments; converting segment control points between the local coordinate systems and the global coordinate system by a matrix calculation method; processing errors by a non-linear least square method, and correcting coordinates of segment nodes in the global coordinate system; and adjusting the line shapes of subsequent segments by a direct adjustment method or a segmentation adjustment method according to the errors. According to the method, the errors are processed by the non-linear least square method, so the method is high in calculation speed; the influence of position errors of matched segments, measurement errors of a control point coordinate, and template errors on the prefabrication line shape is comprehensively considered, the control accuracy of the line shape is improve obviously, and the popularization of a short line method segment construction method in China is accelerated.

The invention discloses an OLED (organic light-emitting diode) display screen, a manufacturing method for the same and a display device, and aims to lower the debugging difficulty of an OLED display screen production process and improve the production efficiency and the quality of a product. The OLED display screen comprises a first substrate, a second substrate, first surrounding dam rubber, second surrounding dam rubber, an OLED device, a protective layer and filling rubber, wherein the first and second substrates are opposite to each other; the first surrounding dam rubber is connected between the first and second substrates, and is provided with at least one opening; the second surrounding dam rubber is connected between the first and second substrates, and is positioned outside the first surrounding dam rubber; the second surrounding dam rubber, the first substrate and the second substrate form a sealed box; the OLED device is positioned on the inner side of the first surrounding dam rubber, is positioned on the first substrate, and is covered by the protective layer; the protective layer is in sealed connection with the first substrate; the filling rubber is filled on the inner side of the first surrounding dam rubber. According to the OLED display screen, the manufacturing method for the same and the display device, the process error range of the filling volume of the filling rubber is widened, the debugging difficulty of the production process is lowered, and the production efficiency and the quality of the product are favorably improved.

A system and method for hardware error reporting and recovery is presented. An operating system provides an error signal handler, a platform-independent error processing module, and a platform-specific error handler. The error signal handler is configured to detect the occurrence of a hardware error and to notify the platform-independent error processing module of the detected hardware error. The platform-independent error processing module is configured to process the hardware error detected by the error signal handler. The platform-specific error handler is configured to perform platform-specific error processing of the hardware error in cooperation with the platform-independent error processing module.

A number of parallel modulation functions are configured to provide sigma-delta modulation on a plurality of low sampling rate signals, which are representative of a high sampling rate input signal. Resultant sigma-delta modulated signals from each of the modulation functions are combined in a multiplexing fashion to create a high sampling rate output signal. The modulation functions may be interdependent, wherein error signals from the modulation functions are provided to a parallel block digital filter, which will provide a processed error signal to feed back into the input of each modulation function. The processed error signal for a given modulation function may be a function of the error signals derived from multiple ones of the modulation functions. In one embodiment, there are N modulation functions, and the operating rate of the modulation functions is f_s/N wherein the sampling rate of the high frequency output signal is f_s.

The invention discloses a friction welding machine closed controller, comprising an electrohydraulic ratio steering speed-adjusting valve, an electrohydraulic ratio overflow valve, A and B power amplifying plates, a D/A module, an A/D module, a pressure sensor and a man-machine interface module, wherein the pressure sensor uses the AD module to convert the analogue signal of cylinder pressure value into digit signal, to be compared with a preset pressure value in a PLC controller and process error calculation, to adjust the overflow pressure of the electrohydraulic ratio overflow valve, to realize the axial pressure control of function cylinder, and the PLC controller receives the direction and speed command transmitted from the man-machine interface module, while the output digit signal via the DA module is converted into analogue signal, to adjust the pressure of the electrohydraulic ratio steering speed-adjusting valve to control the open direction and size of the valve, to realize the motion speed and direction controls of the cylinder piston. The invention uses the PLC controller with analogue amount and man-machine interface function to reduce the valves, accident and realize real-time closed control in welding process.

The invention discloses a dual bootstrap and voltage compensation technology-based A/D converter sampling switch, which comprises a primary switch unit used for a to-be-sampled signal channel to sample to-be-sampled signals, a underlayer voltage bootstrap unit for realizing the underlayer voltage bootstrap of a switching tube PMOS Switch in the primary switch unit, a grid voltage bootstrap unit for realizing the grid voltage bootstrap of the switching tube PMOS Switch in the primary switch unit, a storage unit for parallelly sampling input signals VIN and realizing the temporary storage of a VIN voltage, and a voltage compensation unit for compensating the sampling output voltage of an output end VOUT. The invention provides a sampling switch which is capable of working at low voltage and low power consumption and is insensitive to process errors. Meanwhile, the adopted voltage self-compensation method effectively solves a nonlinear problem caused by clock feedthrough occurring after the grid voltage bootstrap of the switching tube.

A computer system includes a plurality of systems configured to be connected to each other by links and to operate synchronously each other. Each of said plurality of systems includes a fault tolerant controller, a CPU, a baseboard management controller and a plurality of hardware modules. The CPU is connected with the fault tolerant controller. The baseboard management controller is connected with the fault tolerant controller. The plurality of hardware modules is connected with the fault tolerant controller. When receiving a trouble which occurs in any of the plurality of systems, the fault tolerant controller outputs an interrupt regarding the trouble to at least one of the CPU and the baseboard management controller predetermined correspondingly to the trouble.

An exposure method for preventing accumulation of process error for substrates processed by an apparatus designed for multiprocessing and producing high quality semiconductor chips. A semiconductor integrated circuit production line polishes wafers of individual lots at a first processing system and second processing system of a CMP system two at a time. Wafer processing information indicating at which processing system of the first processing system and second processing system each wafer has been processed is transmitted through a communication line to a later processing apparatus including an exposure apparatus. The wafers of a lot loaded in the exposure apparatus are allocated to a plurality of processing systems of the exposure apparatus so that wafers processed by the same processing system are processed by the same processing system among the two processing systems of the exposure apparatus and are exposed at those processing systems.

A high speed access bus interface for a communications network. The interface allows uni-directional transfer of data packets at a fast path processing rate of about 10 gigabits per second. The interface uses a master port and a slave port in a chip to chip data transfer scheme. The master and slave ports may have one or more than one data channel for transferring data packets. The master port includes a clock signal for synchronizing the transfer from the master port to the slave port. The slave may send an asynchronous signal to the master port in order to initiate the master port to stop or stall the pipeline transfer of data packets until space is made available in the slave port buffer. In addition to the clock synchronization, the interface utilizes an enable signal, a start of packet signal, an end of packet signal, an error signal (if necessary), a last valid byte signal, and a parity bit signal to identify, address, each data packet in the data stream. If a processing error occurs, the master port error signal to the slave port also initiates the slave port to disregard the previous data packet. The operating frequency of 50 MHz allows the data packet transfer to exceed 10 gigabits per second.

A method for arranging error control of packet-switched data, in which method at least a first part and a second part can be separated from the packets. In the method, errors detected in received data are checked, and conditions are determined for handling errors detected at least in the first and the second part. If an error is detected in a received first part and/or second part, the routine checks whether the conditions allow the first part and/or second part to be transmitted to upper protocol layers. If this is allowed, the first part and/or second part are transmitted to upper protocol layers.

A memory system including a first memory for storing data and an ECC unit for accessing the first memory and for detecting errors in data retrieved from the first memory, and characterised by an error further processing arrangement operable to process errors detected by the ECC unit, the error further processing arrangement including a second memory for recording information relating to the detected errors.

Also described is a method of operation in the memory system.

A method, system, and computer program product in a logical partitioned data processing system are disclosed for providing a host bridge that implements extended error handling (EEH). If all devices coupled to the host bridge implement EEH, the host bridge is initialized to operate in EEH mode. In EEH mode, the devices handle any error that occurs within the devices without reporting the error to the host bridge. All partitions that share the host bridge continue to operate without being terminated while the devices are handling the error. If at least one device does not implement EEH, the host bridge is initialized to operate in non-EEH mode. In non-EEH mode, a machine check is generated by the host bridge when an error occurs within one of the devices resulting in the termination of all partitions that share the host bridge in response to a receipt of the machine check.

A printing device configured to print on the basis of a given print job includes an error detector configured to detect an error indicating the possibility that printing of the print job will not be completed under a printing condition that is set for the print job and a printing condition changing section configured to change the printing condition of the print job for completing the printing in a case where the error detector detects an error, wherein the printing condition changing section changes the printing condition of the print job on the basis of the type of the error detected by the error detector and a substitutive printing condition set for the print job corresponding to the type of the error for dealing with the error.