Abstract: Embodiments of the present disclosure include techniques for moving data. In one embodiment, a schedule definition is defined on one system and sent to an associated CMS. The schedule definition may include a target, objects or packages, source, and time or event to start the transport of associated content. When the time or event occur, the associated CMS retrieves the content from the backend application server and sends an event to another CMS associated with the target backend application server. The content is transported from the associated CMS to the target backend application automatically. Content may be moved automatically between a plurality of systems to synchronize content across a content network.

Abstract: A frequency synthesis circuit includes a first inductor coupled to receive a first input signal at an input frequency, and a second inductor coupled to receive second input signal at the input frequency and out-of-phase relative to the first input signal. The circuit has first and second transistors with control terminals coupled to the first and second inductors, respectively. A first resonant tank of an inductor in parallel with a capacitor is coupled between a power supply terminal and the first transistor. A second resonant tank of an inductor in parallel with a capacitor is coupled between the power supply terminal and the second transistor. The first and second resonant tanks are tuned to a selected harmonic of the input frequency. An injection-locked oscillator has inputs coupled to the first and second transistors.

Abstract: A frequency synthesis circuit includes a first inductor coupled to receive a first input signal at an input frequency, and a second inductor coupled to receive second input signal at the input frequency and out-of-phase relative to the first input signal. The circuit has first and second transistors with control terminals coupled to the first and second inductors, respectively. A first resonant tank of an inductor in parallel with a capacitor is coupled between a power supply terminal and the first transistor. A second resonant tank of an inductor in parallel with a capacitor is coupled between the power supply terminal and the second transistor. The first and second resonant tanks are tuned to a selected harmonic of the input frequency. An injection-locked oscillator has inputs coupled to the first and second transistors.

Abstract: A method for dynamically transferring a texture on a 3D object is disclosed. The method includes receiving a pattern associated with the texture to be applied onto the 3D object; identifying, using a vertex identification-based neural network, a set of vertices of a mesh of the 3D object; generating, using a texture generation-based neural network, respective texturing parameters for each vertex in the set of vertices based on the pattern, wherein the respective texturing parameters comprise a color vector and a displacement vector; generating a textured 3D object by applying the texture on the 3D object using the respective texturing parameters; and rendering a 2D image of the textured 3D object based on a rasterization of the textured 3D object.

Abstract: A frequency synthesis circuit includes a first inductor coupled to receive a first input signal at an input frequency, and a second inductor coupled to receive second input signal at the input frequency and out-of-phase relative to the first input signal. The circuit has first and second transistors with control terminals coupled to the first and second inductors, respectively. A first resonant tank of an inductor in parallel with a capacitor is coupled between a power supply terminal and the first transistor. A second resonant tank of an inductor in parallel with a capacitor is coupled between the power supply terminal and the second transistor. The first and second resonant tanks are tuned to a selected harmonic of the input frequency. An injection-locked oscillator has inputs coupled to the first and second transistors.

Abstract: Embodiments of the present disclosure include techniques for moving data. In one embodiment, a schedule definition is defined on one system and sent to an associated CMS. The schedule definition may include a target, objects or packages, source, and time or event to start the transport of associated content. When the time or event occur, the associated CMS retrieves the content from the backend application server and sends an event to another CMS associated with the target backend application server. The content is transported from the associated CMS to the target backend application automatically. Content may be moved automatically between a plurality of systems to synchronize content across a content network.

Abstract: Mechanisms are disclosed for visualizing and comparing an import and update history of content package objects in an analytic content system. Object to package mapping identifiers corresponding to the content package object are received. A package-identifier object state of a state of the content package object is received corresponding to an imported package associated with a particular package identifier. A modified object state to an original object state is compared prior to re-export of the content package object. The current object state to an original object state of the content package object is compared prior to importing the content package object from the imported package. A visualization of an import history of the content package object is displayed. In response to determining that an issue is present with a most recent import of the one or more content package objects, imports are rolled back to a stable set of objects.

Abstract: Object-based transportation between tenants may provide advantages over persistence layer-based transportation on a cloud platform in situations where persistence layer storage space is limited. Object based transportation involves obtaining a selection from the target tenant application of a set of objects from the plurality of objects and determining objects identifiers for each of the selected set of objects. For each object in the selected set of objects, a request is sent to a source tenant. The requests includes the corresponding object identifier for that object. Corresponding object data is received from the source tenant. At least a portion of the corresponding object data is stored in a target tenant database. An existing object may be updated or a new object may be created.

Abstract: Mechanisms are disclosed for visualizing and comparing an import and update history of content package objects in an analytic content system. Object to package mapping identifiers corresponding to the content package object are received. A package-identifier object state of a state of the content package object is received corresponding to an imported package associated with a particular package identifier. A modified object state to an original object state is compared prior to re-export of the content package object. The current object state to an original object state of the content package object is compared prior to importing the content package object from the imported package. A visualization of an import history of the content package object is displayed. In response to determining that an issue is present with a most recent import of the one or more content package objects, imports are rolled back to a stable set of objects.

Abstract: In an example, a system is adapted to be coupled to a load device having a load clock. The system includes a clock generation device with a pin. The system also includes a capture circuit coupled to the pin and operable to sample a value at the pin. The system includes a D flip-flop having a data input coupled to the capture circuit, a clock input coupled to a clock, and having an output, where the D flip-flop is operable to provide, at the output, a system reference event (SYSREF) signal to align the load clock to the clock, based at least in part on the value at the pin.

Abstract: Object-based transportation between tenants may provide advantages over persistence layer-based transportation on a cloud platform in situations where persistence layer storage space is limited. Object based transportation involves obtaining a selection from the target tenant application of a set of objects from the plurality of objects and determining objects identifiers for each of the selected set of objects. For each object in the selected set of objects, a request is sent to a source tenant. The requests includes the corresponding object identifier for that object. Corresponding object data is received from the source tenant. At least a portion of the corresponding object data is stored in a target tenant database. An existing object may be updated or a new object may be created.

Abstract: Efficient transport of content packages comprising multiple objects, is achieved utilizing lineage analysis. User selection of an object in a package, triggers a dependency request to a landscape containing the object. The landscape returns a dependencies result, which includes dependencies between the selected object and others present within the landscape. The dependencies result is used to create a dependents tree structure. Based upon the dependents tree and the originally selected object, a lineage view is created and afforded to the user. Example lineage views may comprise spider charts with the selected object at the center. The user may further explore object dependencies by interacting with the lineage view to create other lineage views. Providing intuitive visualization of object dependencies, aids in efficient package transport (e.g., by allowing a user to identify dependent object(s) missing from the package, and/or particular objects having many dependent objects that also require transport).

Abstract: A method comprises determining instance bounds associated with each of one or more structural elements in a document using a machine learning model. The method further comprises determining an error in the instance bounds associated with a particular one of the one or more structural elements. The method further comprises correcting the error in the instance bounds associated with the particular structural element using document content associated with the particular structural element, thereby generating corrected instance bounds associated with the particular structural element. The method further comprises generating a structural map of the document based on the corrected instance bounds.

Abstract: A circuit for subharmonic detection includes in-phase and quadrature mixers, first and second filters, and a processing circuit. The in-phase mixer has a first mixer input and a first mixer output. The quadrature mixer has a second mixer input and a second mixer output, the first mixer input coupled to the second mixer input. The first filter circuit has a first filter input and a first filter output, the first filter input coupled to the first mixer output. The second filter circuit has a second filter input and a second filter output, the second filter input coupled to the second mixer output. The processing circuit has a first input and a second input, the first input of the processing circuit coupled to the first filter output, the second input of the processing circuit coupled to the second filter output.

Abstract: A circuit for subharmonic detection includes in-phase and quadrature mixers, first and second filters, and a processing circuit. The in-phase mixer has a first mixer input and a first mixer output. The quadrature mixer has a second mixer input and a second mixer output, the first mixer input coupled to the second mixer input. The first filter circuit has a first filter input and a first filter output, the first filter input coupled to the first mixer output. The second filter circuit has a second filter input and a second filter output, the second filter input coupled to the second mixer output. The processing circuit has a first input and a second input, the first input of the processing circuit coupled to the first filter output, the second input of the processing circuit coupled to the second filter output.

Abstract: In an example, a system is adapted to be coupled to a load device having a load clock. The system includes a clock generation device with a pin. The system also includes a capture circuit coupled to the pin and operable to sample a value at the pin. The system includes a D flip-flop having a data input coupled to the capture circuit, a clock input coupled to a clock, and having an output, where the D flip-flop is operable to provide, at the output, a system reference event (SYSREF) signal to align the load clock to the clock, based at least in part on the value at the pin.

Abstract: A method comprises determining instance bounds associated with each of one or more structural elements in a document using a machine learning model. The method further comprises determining an error in the instance bounds associated with a particular one of the one or more structural elements. The method further comprises correcting the error in the instance bounds associated with the particular structural element using document content associated with the particular structural element, thereby generating corrected instance bounds associated with the particular structural element. The method further comprises generating a structural map of the document based on the corrected instance bounds.

Abstract: An example apparatus includes: a first flip flop having a first output and a first reset input, a second flip flop having a first data input, a second output, and a second reset input, the second reset input coupled to the first reset input, a logic gate having a first logic input, a second logic input, and a first logic output, the first logic input coupled to the first output and the second logic input coupled to the second output, a delay cell having a delay cell input and a delay cell output, the delay cell input coupled to the first logic output and the delay cell output coupled to the first reset input and the second reset input, and pulse swallowing circuitry having a circuitry input and a circuitry output, the circuitry input coupled to the second output and the circuitry output coupled to the first data input.

Abstract: Techniques are disclosed for identifying document structural elements and correcting errors in the classification and/or location of the identified structural elements. An example method includes determining location and classification for a structural element on a page of the document using a machine learning (ML) model; determining one or more errors in the location and/or classification for the structural element; and correcting each instance of the one or more errors using other content in the document (e.g., content spatially adjacent to the corresponding structural element on the page of the document). The method may further include storing the document and the location and classification (as corrected), and/or generating a structural map of the page of the document based on the location and classification (as corrected). The use of the document content to correct errors greatly enhances the agreement between the identified structural elements and the original document.

Abstract: A frequency synthesizer includes a phase-locked loop (PLL). The PLL includes a first voltage-controlled oscillator (VCO) and a second VCO, each comprising an oscillator, a capacitor bank, and a bias circuit. The capacitor bank is configured to selectably adjust an output frequency of the oscillator. The bias circuit is configured to provide a bias current to the oscillator, and includes a current digital-to-analog converter (IDAC), and an amplifier coupled to the IDAC and configured to drive the oscillator.