Details of the implementation Sample Clauses

Details of the implementation. The chosen model for the CAE workflow is a classic CFD simulation of the airflow around a motorbike (Figure 3). It is a popular OpenFoam example for the SimpleFoam solver. SimpleFoam is a steady-state solver for incompressible flows with turbulence modelling which is used to solve Navier- Xxxxxx equations with a RANS approximation. With these results the different aerodynamic coefficients like drag or lift can be determined. The size of the example model has been increased from approx. 200,000 to approx. 40,000,000 elements, modifying blockMeshDict and snappyHexMeshDict files, to run a medium-sized real use case. Input name: motorBike Number of elements: 41,631,282 OpenFOAM version: v1812
Sample 1
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Details of the implementation. TensorFlow [5] is an end-to-end open-source platform for machine learning. It has a comprehensive, flexible ecosystem of tools, libraries and community resources that lets researchers push the state-of-the-art in ML and developers easily build and deploy ML powered applications. The chosen pre-trained classification model (ssd_mobilenet_v2_coco) [7, 9, 10] is a Single- Shot multi-box Detection (SSD) network (MobileNetV2) [11] implemented on the TensorFlow [5] framework (part of the TensorFlow object detection API) [5]. It intends to perform object detection, going straight from image pixels to bounding box coordinates and class probabilities on detected objects. This model has been trained on the Microsoft Common Objects in Context (XX XXXX) [10] image dataset. The XX XXXX [7, 9, 10] dataset is a large-scale object detection, segmentation, key-point detection, and captioning dataset. The dataset consists of 328K images of 91 object types, with a total amount of data of 18GB. In the dataset, the objects are labelled using per- instance segmentations to aid in precise object localization. The model input is a single image in RGB format while the outputs are the detected objects (classes) and their locations (bounding boxes) in the image. The steps that the model performs internally are: - Obtain the detected bounding boxes with their corresponding classes and confidences for a given image - Inspect which classes are detected - Visualize each detection - Visualize all the boxes predicted by the net scaled by their “objectless” measures - Visualize all the boxes scaled by the probability that they contain an object The object detection workflow proposed for the HEROES platform follows these steps as represented on Figure 6:
Sample 1
Details of the implementation. Details for the original Traffic Channel deployment are available in the SmartTrek report (Xxxxxx 2001). Presented below is the equivalent information for the new TrafficTV implementation.
Sample 1

Related to Details of the implementation

  • Project Implementation 2. The Borrower shall:

  • Implementation Specifications 1. The accounting shall contain the date, nature, and purpose of such disclosures, and the name and address of the person or agency to whom the disclosure is made.

  • Implementation of the Report 1. The Panel report shall be final and binding on the disputing Parties. 2. If the report issued by the Panel determines that a Party has not conformed with its obligations under this Agreement, the Party complained against shall eliminate the non- conformity. 3. The Party complained against shall comply with the recommendation of the Panel promptly or, if not practicable, within a reasonable period of time. The Parties shall agree on reasonable period of time within 30 days of the notification of the report of the Panel. In any case, such reasonable period of time shall not exceed 300 calendar days after the release of the report.

  • PURPOSE AND IMPLEMENTATION This Umbrella Agreement (hereinafter referred to as the "Agreement" or "Umbrella Agreement") shall be for the purpose of collaborative research, development, and testing opportunities on various topics of mutual interest to enable advanced understanding of aeronautics, science, and space systems research and development and to provide workforce development in Science, Technology, Engineering, and Mathematics (STEM) while furthering NASA’s research and development goals. The Parties shall execute one (1) Annex Agreement (hereinafter referred to as the "Annex") concurrently with this Umbrella Agreement. The Parties may execute subsequent Annexes under this Umbrella Agreement consistent with the purpose and terms of this Umbrella Agreement. This Umbrella Agreement shall govern all Annexes executed hereunder; no Annex shall amend this Umbrella Agreement. Each Annex will detail the specific purpose of the proposed activity, responsibilities, schedule and milestones, and any personnel, property, or facilities to be utilized under the task. This Umbrella Agreement takes precedence over any Annexes. In the event of a conflict between the Umbrella Agreement and any Annex concerning the meaning of its provisions, and the rights, obligations and remedies of the Parties, the Umbrella Agreement is controlling.

  • Implementation Program 1. The Borrower shall:

  • Unsafe Working Conditions (a) No Employee shall be disciplined for refusal to work on a job which is deemed unsafe by:

  • Joint Network Implementation and Grooming Process Upon request of either Party, the Parties shall jointly develop an implementation and grooming process (the “Joint Grooming Process” or “Joint Process”) which may define and detail, inter alia:

  • Unbundled Loop Modifications (Line Conditioning 2.5.1 Line Conditioning is defined as routine network modification that BellSouth regularly undertakes to provide xDSL services to its own customers. This may include the removal of any device, from a copper Loop or copper Sub-loop that may diminish the capability of the Loop or Sub-loop to deliver high-speed switched wireline telecommunications capability, including xDSL service. Such devices include, but are not limited to, load coils, excessive bridged taps, low pass filters, and range extenders. Excessive bridged taps are bridged taps that serves no network design purpose and that are beyond the limits set according to industry standards and/or the XxxxXxxxx XX 00000.

  • COOPERATION IN IMPLEMENTATION On demand of the other Spouse and without undue delay or expense, each Spouse shall execute, acknowledge, or deliver any instrument, furnish any information, or perform any other acts reasonably necessary to carry out the provisions of this Agreement. If a Spouse fails to execute any document as required by this provision, the court may appoint the court clerk or his or her authorized designee to execute the document on that Xxxxxx’s behalf.

  • Modification of the Programme 1. Unless otherwise explicitly stipulated in this programme agreement, any modification of the Programme is subject to prior approval by the FMC.

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