10 results about "Property value" patented technology

A graphics processing system that provides a micromap defining property values for sub-regions of a primitive of a scene to be rendered; and generates a first tree representation of the micromap; and applies a first barycentric rotational transform to the micromap and for the first barycentric rotational transform generates a second tree representation of the micromap; and selects one of the first or second tree representations for processing as the selected tree representation. The selected tree representation of a micromap is used when it is desired to determine whether and / or how a ray interacts with a sub-region of a primitive, the tree representation of the micromap is traversed to determine a property value for the sub-region of the primitive.

The invention relates to a method for estimating a lifetime curve of at least one technical component, in particular a vehicle assembly or a vehicle component, comprising the following method steps: - Generating design data (350) for at least one technical component with a multitude of parameters and / or settings and / or properties of the technical component, - Transforming the design data (350) into a quantum state (450) by a quantum processor (430), wherein the quantum state (450) comprises each parameter, each parameter value, each property, each property value, each setting and each setting value of the engineering component as a single state (455); - Applying at least one quantum algorithm (470) to the quantum state (450), wherein the quantum algorithm (470) includes at least one quantum amplitude estimation; - Determining relevant states (490) from measurements of the quantum state (450), - Performing simulations with the relevant states (490) to model simulation results (570); - Analyzing the simulation results (570) and calculating a lifetime curve (580) for the technical component; - Output of the lifetime curve (580) as output data (750) for use in adapting the technical component.

According to an embodiment of the present invention, an apparatus for optimizing property values of a three-dimensional object by volume of homogeneous properties is an apparatus for optimizing property values of a three-dimensional object, which are unique properties of a material, the apparatus comprising: a homogenous property volume division unit that divides a three-dimensional object into volumes of homogenous properties by which properties are distinguished; an initial property value allocation unit that allocates initial property values to the divided volumes, respectively; an electrode arrangement unit that arranges a plurality of electrodes on the surface of the three-dimensional object; a measurement condition setting unit that sets at least one of a voltage and current applied to the plurality of arranged electrodes; a measurement result derivation unit that applies at least one of the voltage and current to the plurality of electrodes according to the setting of the measurement condition setting unit and measures at least one of a voltage and current generated in the plurality of electrodes; and a volume-specific property value optimization unit that performs a simulation according to the same conditions as the electrode arrangement unit and the measurement condition setting unit, and determines property values by volume to minimize a difference between a measurement value from the measurement result derivation unit and a simulation performance value. Therefore, there is an effect of dividing the three-dimensional object into volumes of homogeneous properties and then deriving optimized property values by volume of homogeneous properties.

A relation between design conditions and property prediction values of a target substance is visualized to be easily grasped. A standard design determination unit configured to determine a standard design condition representing a design condition in a target substance produced using two or more material substances, a neighboring design generation unit configured to generate a plurality of neighboring design conditions by changing one design value with respect to the standard design condition, a property prediction unit configured to predict two or more property values under each of the plurality of neighboring design conditions, and a visualization unit configured to arrange symbols corresponding to the plurality of neighboring design conditions, on a plane having the design value and a first property value as axes, in a color representation corresponding to a second property value, are included.

The present disclosure provides techniques and solutions for determining the completeness of a collection of datatype instances. Completeness can reflect the degree to which instances include values for instance properties. A first collection of instances is received, each including one or more instance types and stored as one or more data types in a data structure. The instance types define properties of the instances, and some instances lack values for certain properties while having values for others. A first completeness metric for a first instance type is determined by analyzing the presence or absence of property values and comparing unfilled properties to a defined set. If the first completeness metric does not meet a threshold, actions are taken, such as adjusting a computing process to access a second collection of instances or receiving values for missing properties.

The invention relates to a method for operating a production system (1) in which blanks (2) as semifinished product are processed with specific process parameters to form components (4), comprising the steps of: determining a sequence in which the blanks (2) are intended to be processed in the production system (1) (S1), determining a discontinuity between successive blanks (2) on the basis of at least one semifinished product property of each blank (2) in question and / or a parameter and / or an environmental state of a cutting system (S2), classifying the determined discontinuity on the basis of at least one property value and / or historical data (S3), and outputting an instruction signal for the production system (1) according to the classification of the determined discontinuity (S4). The invention further relates to a computer program, to a data carrier and to a production system (1).

Systems and methods of graphics processing in which property values for sub-regions of primitives are defined by micromaps. A property value defined for a sub-region of a primitive by a micromap is used during ray tracing to determine whether and / or how a ray interacts with the sub-region of the primitive. A tree representation of a micromap is generated, and a property value for a primitive sub-region is determined by traversing the tree representation of the micromap.

The present disclosure provides techniques and solutions for determining the completeness of a collection of datatype instances. Completeness can reflect the degree to which instances include values for instance properties. A first collection of instances is received, each including one or more instance types and stored as one or more data types in a data structure. The instance types define properties of the instances, and some instances lack values for certain properties while having values for others. A first completeness metric for a first instance type is determined by analyzing the presence or absence of property values and comparing unfilled properties to a defined set. If the first completeness metric does not meet a threshold, actions are taken, such as adjusting a computing process to access a second collection of instances or receiving values for missing properties.

Various aspects of the present disclosed technology relate to techniques for retargeting free-form layout features. In a retargeting process, anchor points are selected on boundary lines of layout features based on one or more predetermined conditions. Property values comprising spacing values and linewidth values for each of the anchor points are then determined. Based on the determined property values, positions of the anchor points are adjusted to derive new anchor points. Retargeted layout features are derived by using splines as interpolating curves passing through the new anchor points or as approximating curves passing near to but not necessarily through the new anchor points.