Abstract: In some examples, with respect to help content based application page analysis, pages that are to be analyzed with respect to application help content may be ascertained for an application. A user interaction element may be identified for each of the ascertained pages. Selection of a user interaction element from the identified user interaction elements may be ascertained for a page of the ascertained pages. Responses to inquiries from a decision tree that corresponds to the selected user interaction element may be ascertained for the selected user interaction element. A score that represents relevancy of page help content to the application may be determined based on the ascertained responses. The page help content may be associated with the page and may be part of the application help content.

Abstract: In some examples, with respect to help content based application page analysis, pages that are to be analyzed with respect to application help content may be ascertained for an application. A user interaction element may be identified for each of the ascertained pages. Selection of a user interaction element from the identified user interaction elements may be ascertained for a page of the ascertained pages. Responses to inquiries from a decision tree that corresponds to the selected user interaction element may be ascertained for the selected user interaction element. A score that represents relevancy of page help content to the application may be determined based on the ascertained responses. The page help content may be associated with the page and may be part of the application help content.

Abstract: Examples disclosed herein relate to assigning a capability score to a user based on a set of actions associated with a task performed by the user, receiving a support request from the user, and directing the user to one of a plurality of support options based on the assigned capability score.

Abstract: Example implementations relate to workflow execution. For example, workflow execution may include identifying a plurality of steps of a workflow and a plurality of dependencies corresponding to the plurality of steps, constructing an execution graph for the plurality of workflow steps based on the plurality of dependencies, and executing a plurality of worker executors in a container based on the execution graph, wherein each of the plurality of worker executors are instantiated based on a reference to a worker actor in a bundle registered in a worker repository of the container and wherein each of the plurality of worker executors executes a workflow step of the plurality of workflow steps.

Abstract: There is described a control method for controlling the fuel injection pressure of a common rail injection system of an internal combustion engine, the injection system having a high-pressure pump for supplying high-pressure fuel to the common rail, and for performing, at each engine cycle, a first and at least a second fuel delivery synchronously with respective fuel injections to the engine; a regulating device for regulating the fuel pressure in the common rail; and an electronic control unit supplying the regulating device with a control signal to regulate the fuel pressure in the common rail.

Abstract: There is described a control method for controlling the fuel injection pressure of a common rail injection system of an internal combustion engine, the injection system having a high-pressure pump for supplying high-pressure fuel to the common rail, and for performing, at each engine cycle, a first and at least a second fuel delivery synchronously with respective fuel injections to the engine; a regulating device for regulating the fuel pressure in the common rail; and an electronic control unit supplying the regulating device with a control signal to regulate the fuel pressure in the common rail.

Abstract: A method and apparatus of controlling supercharge pressure following rapid acceleration includes the steps of generating a pressure signal related to the value of the supercharge pressure of an engine; generating a reference signal related to a desired supercharge pressure value; generating a correction signal related to a time derivative of the pressure signal; generating an acceleration output signal as a function of a linear combination of the pressure signal, the reference signal and the correction signal; and supplying the acceleration output signal as a control signal.

Abstract: The method includes the steps of generating a reference injection pressure value as a function of the speed of a diesel engine and of the quantity of fuel supplied to the engine, the reference injection pressure value defining an optimum injection pressure value for steady-state operation of the engine; generating an incremental injection pressure value as a function of the speed of the engine and the supercharge pressure of the engine, the incremental injection pressure value defining the maximum permissible variation in injection pressure between one engine cycle and the next during a transient operating state of the engine; and generating a desired injection pressure value as a function of the reference injection pressure value and the incremental injection pressure value, and such that the variation in injection pressure during the transient operating state of the engine does not exceed the maximum permissible value.