Abstract: A schedule execution managing apparatus comprises a planned start time setting unit setting the planned start time of a schedule in correspondence with a predetermined base time and an offset from the base time, a planned start time storing unit storing the set planned start time, and a schedule execution controlling unit controlling the execution start of the schedule by referencing the contents stored in the planned start time storing unit. With this apparatus, a schedule change in an emergency is facilitated, and schedule information can be easily reused in a different environment.

Abstract: This invention relates to a programming station for an automation application that will be executed in an automation equipment. The programming station stores at least one file in an internal memory containing a description grammar for automation applications in text format, for at least one of the graphic automation languages (Ladder, SFC, FBD) using a single, hierarchised and object oriented language. It also contains a set of one or several description files, each description file describing part of the automation application and being expressed in this single language. The single, hierarchised and object oriented language is the XML (eXtended Markup Language) language.

Abstract: An apparatus is disclosed to include a transmission device 151 having a rule generation device 101 for generating rules, and a data transmission device 102 for converting rules generated by the rule generation device 101 into rule data and for transmitting the rule data. The apparatus also includes a receiving device 152 having a data receiving device 103 for receiving rule data transmitted by the data transmission device 102, a rule conversion device 104 for converting the rule data received by the data receiving device 103 into rules, a rule storage device 105 for storing rules converted by the rule conversion device 104, and a control device 106 for controlling a controlled apparatus, such as a microwave oven, in accordance with the rules stored in the rule storage device 105.

Abstract: A system and method for user configuration of an autotuning algorithm for a PID controller. User input is received via a Graphical User Interface (GUI) indicating a desired characteristic of a PID controller, such as stiffness or response time. The system is excited via a proportional controller to characterize the intrinsic behavior of the system, i.e., to calculate a system transfer function. An autotuning algorithm is configured in accordance with the user input. The configured autotuning algorithm is applied to the transfer function to generate gain values for the PID controller resulting in the PID controller characteristic specified by the user. The PID controller gains are loaded into the PID controller hardware or software, thereby configuring the PID controller to operate according to the desired characteristic specified by the user. The user may trigger and view a step response of the system to review the results of the tuning process.

Abstract: A method and apparatus for providing an active standby control system comprising the steps of providing a first and second controller, each controller having an operating state. Each controller is operably connected to a network. Assigning a network identifier, i.e., Internet Protocol, Media Access Control address, etc., to each controller and sensing the operating state of each controller. The network identifier of each controller is determined by the operating state of each respective controller.

Abstract: A method for automatically configuring a supervisory control and data acquisition (SCADA) system using an as-built drawing. The electronic as-built file is scanned for devices selected from a menu. A list is compiled of selected devices, including location and relational information for each device. Selected graphical information from the electronic as-built file is then converted into a preferred SCADA graphical user interface.

Abstract: A software object authorization system includes the ability to select signers who must approve a software object before it is downloaded to a process control system. The signers are presented with a form allowing them to authenticate their identity with a username and a password. Signers that have authenticated their identity may approve or reject the software object. A software object is authorized when all approvals needed for that software object have been received. Authorized software objects may then be downloaded to the process control system.

Abstract: The invention provides an optimization device for a unitary apparatus that can obtain optimum characteristics as a combined apparatus, without losing user's selectivity and unitary apparatus's versatility. The optimization device includes an optimization process section that optimizes dynamic characteristics of the unitary apparatus using genetic algorithms and fuzzy inference, with functional characteristics of a combined apparatus as evaluation reference.

Abstract: In a server that communicates with a large number of pieces of information equipment, a communication schedule between the server and the information equipment is created in an appropriate and efficient manner.

Abstract: Code and data are cloned in a multiprocessor system in order to permit each processor to run concurrently a separate invocation of a program. Each processor uses the same address translation for shared access to the program code in a shared memory, and a different address translation for access to a respective private read-write data region in the shared memory. Initialization of a private data region is performed by copying data from a shared read-only memory region, such as the program region, to the private data region. Some static constructors may access a shared read-write data area that should not be reinitialized by the clone processor. In this case, a working copy of a data region is made, the address translation is remapped for access to the working copy, the static constructors are run, and then the mapping is returned for normal access to the shared data.

Abstract: A composite design optimization process for designing a laminate part includes steps for generating a globally optimized 3-D ply definition for a laminate part, optimizing the 3-D ply definition at the individual tow level, subsequently generating a feedback signal providing tow specific information, and modifying the 3-D ply and 3-D tow definition responsive to the feedback signal. A laminate part constructed using a composite design optimization process and a composite design optimization system used in designing a laminate part, comprising circuitry for generating globally optimized 3-D ply and 3-D tow definitions for a laminate part are also described.

Abstract: A control apparatus comprises a control unit, a portable computer, a receiving module and a controller. The control unit includes a connector, a laser-pointer transmission circuit, a control circuit, a transmission module and a chargeable battery. A power switch button and a set of operating buttons are provided on the control unit and respectively connect the control circuit. In the portable computer, a connection socket is internally mounted to engage with the connector of the control unit when the control unit is inserted in the portable computer. The connection socket is connected to a circuit control unit of the portable computer that controls the execution of a user's command. When the control unit is detached from the portable computer, the portable computer can be remotely controlled directly by means of the control unit.

Abstract: A system including a user input device for controlling a position of medical equipment is described. In an example embodiment, the user input device is configured to be coupled to the medical equipment and is responsive to an operator input representation of a desired movement of the equipment. A processor determines a direction in which the operator desires the equipment to move based on a device output.

Abstract: The invention relates to a method and a device, whereby a galvanometer actuator (7) that is connected to the element and a control unit are provided. Said unit generates a control signal for the actuator for adjusting the element according to a desired position time history that can be freely predetermined, whereby the control unit detects the control signal by means of the desired position time history and by considering a model (4) consisting of the unit of the actuator and the element. Said model is a time discrete state space model and is selected in such a way that said model can predict the position time history of the element for a time history of the control signal and with predetermined exactness, whereby said time history of the control signal can be freely predetermined. The predetermined desired position time history is verified by the control unit and by means of a preliminary filter and is modified with regard to the feasibility thereof if required.

Abstract: Methods for optimization of oil well production with deference to reservoir and financial uncertainty include the application of portfolio management theory to associate levels of risk with Net Present Values (NPV) of the amount of oil expected to be extracted from the reservoir. Using the methods of the invention, production parameters such as pumping rates can be chosen to maximize NPV without exceeding a given level of risk, or, for a given level of risk, the minimum guaranteed NPV can be predicted to a 90% probability. An iterative process of generating efficient frontiers for objective functions such as NPV is provided.

Abstract: NIR spectra are often pre-processed in order to remove systematic noise such as base-line varation and multiplicative scauer effects. This is done by differentiating the spectra to first or second derivatives, by Mtltiplicative Siga Correction (MSC), or by sirnilar filtering methods. This pre-processinp may, however, also remove infosmaion fror The spectra regarding Y (the measured response variable in multivarate calibration applications). Provided is a variant ofPLS that can be used to achieve a signal correction that is as close to orthogonal as possible to a given Y-vector or Y-matrix (430). Thus, ensung that the signal correction removes as little information as possible regarding Y. In the case when the number of X-variables, in an X matrix, K exceeds the number of observations N, strict orthogonality is obtined. A filter (470) according to the present invention is named Orthogonal Signal Correction (OSC).