33 results about "Computerized data processing" patented technology

A method, system and program product for more effectively managing the operational complexity of computerized data processing systems using an aspect oriented technique of binding a workflow engine to a data model representing the real environment is provided. The late binding aspect of the workflow provides more effective resource selection and allows for linking to differing workflows in accordance with the data model. Further results provided by the completed workflow may also be used to augment the data model thereby assuring a more current and consistent representation is found in the data model. A synchronization aspect if provided by the workflow result being used to then synchronize the data model with the physical resources manipulated by the workflow.

The present application is directed to the use of computerized data processing to plan, perform, and assess the results of high-throughput screening of multicomponent chemical compositions and solid forms of compounds. Systems utilized include databases of molecular descriptors and related compounds and their properties as determined empirically and through simulation, along with multidimensional visualization tools. Methods include methods for determining chemical compositions by performing steps including selecting a plurality of combinations of values of experimental parameters that can be varied by an automated experiment apparatus, determining a set of experimental results, and determining a second plurality of combinations of values based on the set of experimental results. Additional methods include selecting values of parameters that produce a composition, the values being relatively far from areas of rapid change or boundaries between solid forms.

The invention relates to the marine surveying field, which is a systematical error testing and adjusting method of a marine surveying line net system. In the method, the first step is data acquisition, marine surveying line data which is obtained by a conventional measuring line method is transmitted in a computer by a data wire. In the second step, a computer data processing system performs the error detection of measured data of the marine surveying line net by a rank defect network adjustment principle: first, pictures are visualized and are edited, and a difference value of a junction is obtained, meanwhile, a difference value pie diagram of the junction is plotted, and the parameter results are obtained by the difference value circle analysis and the compensating computation. In the third step, tested testing data errors are adjusted, and systematic errors are corrected. The invention improves the precision of testing data of an entire region, avoids the resurvey and saves the measuring cost.

A computerized data processing system can assist a user in locating specialty chemical products having particular intrinsic properties specified by the user. The system can query a database to identify commercially available chemical product(s) that best conform to the intrinsic properties identified by the user. Query results are sent to a client computer for presentation to a user. In some cases, the user may request formulation of a new product conforming to the search parameters. The ability to automatically request formulation of a new product can assist the user where, for example, the commercially available chemical products do not adequately conform to the desired properties. This formulation request is received at the server and a formulator database is queried to select a set of experts with appropriate product formulation skills. The system can then automatically distribute the user's formulation request to each of these experts.

The invention relates to a monitoring method for protecting a submarine cable from being damaged by transient ships, which comprises the following steps of: setting a warning area (2) in a setting area of the submarine cable (4), and setting a warning device (3) in the warning area (2); arranging a remote control monitoring device (7) in the warning area (2); collecting dynamic information of the transient ships (1) by the AIS technology, sending the processed information to a video display (5), and displaying the warning area (2) in an electronic marine cap and the position and dynamic data information of the transient ships (1) in the electronic marine cap; and sending a warning signal to the warning device for automatic warning through a computer data processing system. The method has the advantages that: operators can get the current running state of the submarine cable and the warning device of the submarine cable and the basic information and running condition of the transient ships within an anchoring prohibiting area of the submarine cable in front of a computer indoors, so the warning of the ships staying abnormally within the anchoring prohibiting area is realized, and the probable problems of the submarine cable and the ships are grasped and forecasted in time.

A method for processing data to generate a graphical user interface may include receiving a set of referral requirements for a first department of a facility, wherein the set of referral requirements indicates data requested by the department for making a referral to the first department. The method may also include creating a plurality of data entry fields associated with the set of referral requirements into an electronic form, receiving a referral request directed to the first department, and providing the electronic form. The method may further include processing received data input to the plurality of data entry fields, automatically filling data fields of a referral notification form using the received input, generating a graphical user interface for notification of a referral to the first department, and providing the graphical user interface to the first department.

A computer system receives a query and converts the query into one or more input data types each associated with a respective piece of input constraint data, and one or more output datatypes corresponding to desired data. A data path workflow scheme is created from the datatypes and a catalog of data path modules each of which has defined datatype of its input(s) and output(s) by building candidate data paths forward from the input and rearward from the output of the data path until data paths from all of the outputs connect with at least one of the data path inputs. The data path is then optimized and converted to an executable code data procedure and then run with the constraint data as the input to the procedure. The results can be displayed to a user display device by presentation modules based on the datatype of the output.

The invention discloses a control method and detection device of sewage aerobic treatment dissolved oxygen. The control method includes: using a dissolved oxygen tester to cooperate with the detectiondevice to detect dissolved oxygen content in an aerobic tank; transmitting the dissolved oxygen content obtained by detection to a computer data processing system; comparing the dissolved oxygen content with set upper-lower limit data of dissolved oxygen content by the computer data processing system. Processing is realized through a computer software data system, the on-site dissolved oxygen tester is mounted in the aerobic tank, data are connected into the computer data processing system which sets a dissolved oxygen range, an air compressor is automatically started to aerate the aerobic tank when dissolved oxygen content reaches a lower limit, and the air compressor is stopped from running when the dissolved oxygen content reaches an upper limit, so that automatic aerobic aeration is realized, running stability of a sewage treatment aerobic system is ensured, and energy is saved. A sampling pipe is arranged in the aerobic tank, direct sampling analysis of sewage at different depthand height can be realized, manual collection is not needed, and continuous sampling analysis can be realized, so that time and manpower are saved.

The present invention relates to a method for acoustic emission analysis of a granular composition comprising a biologically active compound, said method comprising colliding the granular composition with at least one surface transmitting low frequency vibrations, recording low frequency vibration data in range of 10 Hz to less than 50 kHz, arising from the collision, with at least one vibration detector and subjecting the recorded low frequency vibration data to computerized data processing.

The present invention relates to a method for representing objects of a network in a GUI comprising allocating all of the objects of the network as respective nodes in a two-dimensional space, assessing the gravitational forces of the nodes, and positioning the objects as graph in the GUI based on the gravitational forces of the nodes, wherein the allocating comprises enclosing all of the nodes in a single base square, dividing the single base square in a plurality of 1^st-level squares, each of the 1^st-level squares in a plurality of 2^nd-level squares, iterating the subdividing of each of the (n)^th-level squares in a plurality of (n+1)^th-level squares, wherein the subdividing is made for the (n)^th-level squares provided with two or more of the nodes, wherein the assessing comprises selecting as source square one of the squares starting from the highest level, selecting and as receiver square one the squares starting from the highest level, evaluating if the source square and the receiver square are distant, computing the forces acting on the receiver square from the source square, if the source square and the receiver square are evaluated as distant or if the source square and the receiver square are evaluated as not distant and have respectively no lower level squares nested, sub-selecting as source square or as receiver square one of the squares of a lower level if the source square and the receiver square are evaluated as not distant, wherein the sub-selecting is iterated for all squares at same level, wherein the assessing is iterated for all the the possible combinations of source and receiver squares at 1st level, and wherein the assessing further comprises distributing, by the computerized data processing unit, the forces acting on each of the receiver square to all of the nodes in the corresponding receiver square defining the gravitational forces of all of the nodes.

The invention provides a measurement, control and protection device of a diesel engine. The measurement, control and protection device of the diesel engine comprises a unit work condition monitor and display system. The unit work condition monitor and display system includes a first power unit, a first data collection unit, a first microcomputer data processing unit, a first signal output unit and a first display unit. The measurement, control and protection device has the beneficial effects that the work condition of the diesel engine is automatically checked through the device in real time, so that the diesel engine works in a stable state, and the fault rate of the diesel engine is reduced.

The present invention relates to a method for detecting anomalies in an infrastructure comprising the step of analyzing each of the data packets (PD) exchanged in the telecommunication system; identifying for each of the analysed data packets (PD) all the network protocols used and at least one field of each of the protocols; generating a virtual representation of the infrastructure (1) for each of the exchanged data packets (PD) and on the basis of the identified protocols and fields; storing the virtual representation generated for each of the exchanged data packets (PD); comparing the virtual representation stored with at least one comparison element, identifying at least one critical state of the infrastructure from the differences and/or similarities between the stored virtual representation and the comparison elements; signaling, by means of the computerized data processing means, an anomaly of the infrastructure when at least one of the critical states is identified in the virtual representation.

Methods and apparatus for detecting anomalies of an infrastructure are provided. The present invention relates to a method for detecting anomalies in an infrastructure, the method comprising the steps: analyzing each data packet (PD) exchanged in a telecommunication system; identifying, for each analyzed data packet (PD), all network protocols used and at least one field of each protocol; generating, for each switched data packet (PD) and on the basis of the identified protocol and field, a virtual representation of the infrastructure (1); storing the virtual representation generated for eachswitched data packet (PD); comparing the stored virtual representation with the at least one comparison element to identify at least one critical state of the infrastructure as a function of a difference and/or similarity between the stored virtual representation and the comparison element; and when at least one critical state is identified in the virtual representation, signaling an anomaly of the infrastructure by means of a computerized data processing component.

The invention discloses a detection method of length of a cast-in-place pile reinforcement cage based on electromagnetic field intensity testing. The detection method comprises the steps of 1) drilling a hole parallel to a cast-in-place pile beside the formed cast-in-place pile; 2) lowering a movable electrode of an integrated magnetic induction sensor to the hole parallel to the cast-in-place pile beside the formed cast-in-place pile at a constant speed through a cable of a cable collection disc; and 3) connecting the integrated magnetic induction sensor with an inverter power source and a computer, determining the magnetic induction intensity of the position through a test probe, and after data processing of the computer, judging the length of the reinforcement cage through the change of the magnetic induction intensity. According to the detection method, the hole parallel to the cast-in-place pile is drilled beside the formed cast-in-place pile, the test probe equipped with the movable electrode is utilized to apply high-voltage high-frequency alternating current generated by an inverter between the hole and the reinforcement cage, the test probe determines the magnetic induction intensity of the position, and the length of the reinforcement cage is judged through the change of the magnetic induction intensity.

The invention relates to a temperature measuring instrument of a fabric or a fabric under illumination. The temperature measuring instrument comprises an adjustable lamp holder 1, a fabric fixing frame 4, an adjustable temperature probe 6, an air outlet machine 5, an air inlet machine 8, a liquid crystal display instrument 7 and a main machine box control cabinet 9, wherein the adjustable lamp holder 1 is arranged on an instrument frame 3, so that a sunlight simulation lamp 2 directly faces the center position of the test fabric and the adjustable temperature probe 6; the fabric to be tested is fixed on the fabric fixing frame 4; the fixing frame 4 is a box body; three surfaces are sealed at the periphery, and one surface is open; patches such as rubber are attached to the bottom and the sealed three surfaces; the adjustable temperature probe 6 is arranged on the middle position of the bottom wall of a box body of the fabric fixing frame 4; the air outlet machine 5 and the air inlet machine 8 respectively perform air outlet and air inlet on the main machine box control cabinet; the liquid crystal display instrument performs processing and display of test temperature, temperature difference, temperature change and the like by a main control box; the main machine box control cabinet 9 performs computer data processing on fabric temperature test. The temperature, the temperature change and the temperature difference of two fabrics or the fabric under illumination can be tested by the instrument.