Abstract: The present disclosure relates to extending workload provisioning using a low-code development platform. Some embodiments include a medium having instructions to provide an interface for creating a custom resource in a virtualized environment, the interface including a first portion configured to receive summary information corresponding to the custom resource, and a second portion configured to receive a schema corresponding to the custom resource. Some embodiments include creating the custom resource according to the summary information and the schema.

Abstract: Methods, apparatus, systems and articles of manufacture are disclosed to generate virtual resource provisioning visualizations. An example apparatus includes a visualization generator to generate a visualization based on a comparison of first provisioning requirements from a blueprint to parameters associated with the cloud computing environment, the first provisioning requirements associated with the provisioning of the virtual resource to the cloud computing environment, a blueprint controller to adjust one or more of the first provisioning requirements to one or more second provisioning requirements in response to determining that the first provisioning requirements are not satisfied based on the visualization, and a deployment controller to deploy the virtual resource to the cloud computing environment based on the one or more second provisioning requirements.

Abstract: Methods, apparatus, systems and articles of manufacture are disclosed to generate virtual resource provisioning visualizations. An example apparatus includes a visualization generator to generate a visualization based on a comparison of first provisioning requirements from a blueprint to parameters associated with the cloud computing environment, the first provisioning requirements associated with the provisioning of the virtual resource to the cloud computing environment, a blueprint controller to adjust one or more of the first provisioning requirements to one or more second provisioning requirements in response to determining that the first provisioning requirements are not satisfied based on the visualization, and a deployment controller to deploy the virtual resource to the cloud computing environment based on the one or more second provisioning requirements.

Abstract: An article for de-embedding parasitics and/or acting as an on-wafer calibration standard is disclosed. In particular, some articles in accordance with the present invention provide structures on integrated circuits that mitigate the severity of parasitics Furthermore, some articles in accordance with the present invention are well-suited for use with conductive substrates that operate at high frequencies. In an illustrative embodiment, conductive elements are used to construct structures near and/or around the leads on the integrated circuit. When the structures are grounded, the structures function to (at least) partially shield the leads to and from the DUT in a manner that is analogous to stripline, microstrip and coaxial cable. Because the electric fields emanating from the leads terminate in the grounded structure and not in the conductive substrate of the integrated circuit, the severity of the parasitics in the leads in mitigated.

Abstract: An integrated circuit is disclosed that comprises structures that confine, shield and/or manipulate the electric fields generated within the integrated circuit so as to improve the performance of the integrated circuit. Such structures include, but are not limited to, transmission lines, capacitors, inductors, filters, and couplers. Although embodiments of the present invention are advantageous for use on many integrated circuits, they are particularly well suited for use with integrated circuits that are disposed on conductive substrates and that operate at high frequencies.