421 results about "PERQ" patented technology

Systems and methods for user interface (UI) flagging. The methods involve setting a first visual indicator on or adjacent to a first UI element of a UI when code that generates the first UI element has been added to an application or modified so as to change at least one functional characteristic of the first UI element. The methods also involve setting a second visual indicator on a first UI object of the application when code that generates the first UI object has been modified so as to remove a second UI element therefrom. The visual indicators are set by adding UI flagging code to the code that generates the first UI element and/or first UI object. Also, third visual indicators can be set on or adjacent to second UI objects that have “trails” to the first UI element and/or the first UI object.

An evaluation system evaluates the suitability of an application in a plurality of types of application execution environments based on the characteristics of this application and the usage of this application by a user. The evaluation system displays information denoting the result of this evaluation.

A system and method for performing rapid control prototyping using a plurality of graphical programs that share a single graphical user interface. A first graphical program may be created that models a product being designed. The first graphical program may be deployed on a target device for execution. A second graphical program that performs a measurement function may be created. The target device may be coupled to a physical system. The first graphical program may be executed on the target device to simulate operation of the product. The second graphical program may be executed to measure characteristics of the operation of the physical system and/or characteristics of the operation of the product. A single graphical user interface comprising a first one or more graphical user interface elements for the first graphical program and a second one or more graphical user interface elements for the second graphical program may be displayed.

Techniques are provided for representing and configuring flexible and extensible presentation patterns based on fine-grained architectural building blocks (ABBs). The techniques include defining ABBs, modeling the ABBs in a uniform manner, and creating at least one template using the ABBs, wherein the at least one template includes at least one of pre-configured static characteristics and user-specified service characteristics. In an embodiment of the invention, an exemplary method for designing and managing fine-grained ABBs can include identifying ABBs to compose an architecture for facilitating presentation and interaction between consumers and other elements in a solution, analyzing the ABBs to monitor computing resources used by individual ABBs, selecting a number of running instances of the ABBs based on (i) requests of a pertinent entity and (ii) available resources, and managing life-cycles of ABBs

A real-time approach to detecting aberrant modes of system behavior induced by abnormal and unauthorized system activities indicative of abnormal activity of a software system is based on behavioral information obtained from a suitably instrumented computer program as it is executing. The theoretical foundation is founded on a study of the internal behavior of the software system. As a software system is executing, it expresses a set of its many functionalities as sequential events. Each of these functionalities has a characteristic set of modules that is executed to implement the functionality. These module sets execute with defined and measurable execution profiles among the program modules and within the execution paths of the individual modules, which change as the executed functionalities change. Over time, the normal behavior of the system will be defined by the boundary of the profiles. Abnormal activity of the system will result in behavior that is outside the normal activity of the system and thus result in a perturbation of the system in a manner outside the scope of the normal profiles. Such anomalies are detected by analysis and comparison of the profiles generated from an instrumented software system against a set of nominal execution profiles. Moreover, a method for reducing the amount of information necessary to understand the functional characteristics of an executing software system identifies the common sources of variation among the program instrumentation point frequencies and builds execution profiles based on a reduced set of virtual execution domains.

In one embodiment, a method for allocating resources in a shared resource domain comprises gathering performance data for multiple applications, determining that an application of the multiple applications is not achieving a service level objective (SLO), calculating an additional amount of a resource for the application estimated to cause the application to achieve the SLO, and examining, before initiating reallocation operations, at least one system characteristic to determine whether the calculated additional amount of the resource would improve performance of the application.

The invention relates to a programming language capable of cross-language reusing, and discloses a method for programming and developing software application programs by using a group of certain brief term and syntax rule with natural language semanteme. Through the description of multiple programming language families and the display method of the same thought realizing parts in multiple language development of certain software with an abstract special function, the cross-platform, cross-compiling, convertible and embeddable unified development is realized. Through the compiling tool disclosed by the invention, the same set of codes programmed by the language can be compiled into the applications with different states under different platforms; and the platform characteristics are realized by corresponding compiling tools. Through the converting tool disclosed by the tool, the codes programmed by the language can be converted into other languages as C++, Java, C#, Pascal and Obj-C, and can also be converted into the codes directly executed by the ARM embedded chip. Through the standard developing library disclosed by the invention, the language can be directly embedded into other languages for mixed programming. Through the IDE and the simulator disclosed by the invention, the cross-platform debugging and simulation can be realized.

The invention discloses a target variable protocol data unit codec code automatic generation implementation method. Firstly, a target platform characteristic description file is written, the file describes the basic conventional characteristics of the specific target platform, then a PDU description file is written to describe composition of inner elements of PDU, a system automatically analyzes the PDU description file and generates an abstract syntax tree irrelevant to the target platform according to the content thereof, and then the system traverses the abstract syntax tree and generates a data dictionary relevant to the target platform by utilizing the characteristic of the target platform, and finally a code template base is written and PDU codec code directing to the specific target platform is generated. The system applying the method can conveniently generate PDU codec code supporting various target platforms, and especially the target platform and template to generate code can be completely customized without modifying the code generation system.

The invention provides an NURBS direct interpolation method and device with processing characteristics considered. According to the method, an equation with multiple constraint conditions is established with machine tool kinematics, dynamic characteristics and tool path working conditions considered, pre-interpolation processing is completed, and a feed speed sequence is obtained; an off-line speed planning module searches for and determines an overproof area of tangential acceleration, and readjustment is carried out on the overproof area by adopting an S-shaped acceleration/deceleration mode; real-time interpolation is carried out on each interpolation period through the adjusted speed sequence, the interpolation device enables the position information of interpolation points to pass through a servo controller and drives a servo motor to complete real-time on-line interpolation through a dynamic link library technology. According to the NURBS direct interpolation method and device with the processing characteristics considered, the multiple constraint conditions such as single axial acceleration limit, Jerk limit and curvature characteristics are made to be met by the interpolation, the machining efficiency under the small curvature condition is improved, the capacity of coordination control over machining quality and machining efficiency is further improved, and machine tool vibration or system vibration can be avoided effectively.

A method for modifying design constraints based on observed performance includes measuring a characteristic of a plurality of devices manufactured in a process flow. A design constraint associated with the characteristic is defined. A performance metric relating the performance of the devices as a function of the measured characteristic and the design constraint is generated. The design constraint is modified based on the performance metric. A manufacturing system includes a metrology tool and a design rule monitor. The metrology tool is configured to measure a characteristic of a plurality of devices manufactured in a process flow. The design rule monitor is configured to receive a design constraint associated with the characteristic, generate a performance metric relating the performance of the devices as a function of the measured characteristic and the design constraint, and modify the design constraint based on the performance metric.

One or more embodiments of the invention provide a method, apparatus, and article of manufacture for defining mating properties of a graphical component in a computer-implemented drawing program. An option to create a first constraint interface for a first geometric characteristic of a first component is initiated. In response to the initiation, a dialog window for specifying settings for the first constraint interface regardless of whether a second constraint interface is currently displayed is displayed. The settings define mating properties for how the first geometric characteristic of the first component mates with the second constraint interface. Once specified, the first constraint interface of the first geometric characteristic is persisted with the first component.

Systems and methods are provided for automatically provisioning resources based on application characteristics. In accordance with an embodiment, a system can include a computer, including a computer readable medium and processor, and a template engine, executing on the computer. The template engine is configured to receive applications and associated metadata. The system can also include a virtualized environment, and a plurality of templates, each defining a different resource available within the virtualized environment. When the template engine receives an application and associated metadata, the template engine determines resource requirements for the application based on the associated metadata, compares the resource requirements with the plurality of templates, identifies appropriate templates for the resource requirements, and provisions resources in the virtualized environment using the appropriate templates. Hardware resources can then be allocated dynamically according to the needs of the virtualized environment.

The embodiment of the invention provides a dynamic calculation unloading and resource allocation method and device based on Q learning, and the method comprises the steps: calculating the total calculation resources of an MEC server based on the calculation task parameters of UE, the performance parameters of the UE, the channel parameters between the UE and an AP, and the mobile edge, and constructing an optimization problem model; and determining the optimal solution of the optimization problem model based on Q learning, wherein the optimal solution comprises an unloading decision of the UE,a percentage of computing resources allocated to the UE by the MEC server, and a percentage of spectrum resources allocated to the UE by the AP. According to the calculation unloading and resource allocation method and device based on Q learning provided by the embodiment of the invention, and meanwhile, the actual calculation unloading and resource allocation characteristics in the time-varyingMEC system are considered, the delay threshold of the task and the limited resource capacity constraint of the system, and the joint optimal scheme of calculation unloading and resource allocation based on Q learning is determined, thereby further reducing the energy consumption of the UE.

The invention discloses an 8051-or-AVR-based multi-core singlechip teaching experimental platform, and belongs to the field of embedded computers. The hardware of the platform comprises a mainboard, and two circuit boards of an AVR adapter plate; an 8051 singlechip adopts AT89S52; an AVR singlechip adopts ATMEGA32; AT89S52 can be directly inserted into the mainboard for work and at the moment, the platform works in an 8051 mode; ATMEGA32 can be inserted into the mainboard for work through the AVR adapter plate, the AVR adapter plate transforms ATMEGA32 pin encapsulation form into AT89S52 pin encapsulation form and at the moment, the platform works in an AVR mode. The mainboard consists of a power supply, a basic functional part and an interface communication part. A platform software system is divided into two layers, namely a driving layer and an application layer; the driving layer finishes the encapsulation of hardware resources of two singlechips; the application layer is a comprehensive demonstration program having 14 experiments, runs with support of the driving layer, and is irrelevant with hardware.

A system operation management server computer (server) and related methods are disclosed. The server is programmed to learn the features of and relations among computer devices from various types of data related to the computer devices and build a knowledge graph (KG) to represent IT infrastructure. The server is also programmed to manage a collection of issue resolution rules each mapping the states of certain computer devices that characterize a known issue and a known resolution of the known issue. In response to receiving a support bundle that contains data related to a target computer system that has encountered an unknown issue the server is programmed to determine which issue resolution rules are applicable to the support bundle based on the KG and transmit a recommendation for resolving the unknown issue.

The invention discloses a three-dimensional graphic design platform-based intelligent wire cutting programming method and system. The method includes the following steps that: adjacency grouping is performed on curved surfaces to be cut, the visibility and machinability of the curved surfaces to be cut are judged, and adjacent curved surface boundaries are obtained through the visibility and machinability; and whether the curved surfaces to be cut are regular curved surfaces are judged, the processing trajectories of the curved surfaces are calculated according to the characteristics of the curved surfaces; and processing parameters are set, and a line cutting path generator generates universal cutting path trajectory codes of a specified processing type based on the processing trajectories of the curved surfaces. According to the invention, the wire cutting automatic programming system is desgined based on a current mainstream three-dimensional design software NX three-dimensional graphic design platform; full-3D line cutting programming is adopted, data are transmitted seamlessly, and no man-made turnover is involved; and line cutting technologies are integrated, intelligent operation is carried out, and therefore, manual operation strength can be decreased, and the stability of the data can be improved.

The embodiment of the invention provides a defect detection method and system for a cross-architecture firmware heap memory. The method comprises the steps: acquiring an application program in a simulator and firmware, and analyzing the application program in the simulator based on a binary translation technology, so as to enable the application program to be matched with a preset test environmentsystem architecture; and performing mapping to generate a shadow memory by traversing and executing the registered heap memory read-write hook function and the heap memory allocation hook function, and executing a preset memory defect detection algorithm based on the shadow memory to obtain a heap memory defect detection result. According to the embodiment of the invention, the cross-platform characteristic of the execution module is simulated; a detection tool does not need to be deployed into equipment where firmware is located, the unpractical requirement that a traditional memory detection tool needs to be deployed in the device is greatly overcome, the firmware test efficiency is improved, the problem that the storage space of the IoT device is limited is solved, and meanwhile, the memory defect detection module also provides an effective solution for detecting various heap memory defects in a cross-architecture firmware scene.

The invention relates to the field of computer graphics, and provides a BIM rendering method and equipment based on a lightweight device, and a computer readable storage medium, so as to prevent program flash back while accelerating BIM rendering. The method comprises the following steps: analyzing the complexity, dynamic and static characteristics and/or geometrical characteristics of a buildingthree-dimensional model according to geometrical structure data of the building three-dimensional model; generating a corresponding hierarchical bounding box tree structure, a binary segmentation space tree structure or an octree structure according to an analysis result obtained by analyzing the complexity, the dynamic and static characteristics and/or the geometrical characteristics of the three-dimensional model of the building so as to record information of the three-dimensional model of the building; and based on an algorithm of a hierarchical bounding box tree structure, a binary segmentation space tree structure or an octree structure, reading information of the building three-dimensional model from a memory, and rendering an effective part of the building three-dimensional model. According to the technical scheme, when the building three-dimensional model is rendered, memory occupation can be reduced, and therefore the rendering process can be accelerated.