Data Projection Sample Clauses

Data Projection. The Engineer shall prepare and submit for approval to the State a methodology for the projection of multimodal volumes including transit, HOV and single occupancy vehicles within the study corridor for the opening design year (2025), interim design year (2030) and the ultimate design year (2040). The Engineer shall coordinate with the State and the Houston- Galveston Area Council (H-GAC) to utilize the regional travel demand model in order to gather demand within the corridor during the projected years. Model runs shall be conducted that incorporate all planned network improvements expected in the study corridor. These scenarios shall be termed the “No-build” scenarios for the corresponding projection years and will be used as a projected baseline for comparison purposes in the PEL Study. The No-build demand model runs and gathered historical volumes shall be used to produce projected daily and design hourly volumes for the corridor in the corresponding projection years. A technical memorandum shall be prepared tabulating the projected corridor volumes with graphics and line diagrams.
Sample 1
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Data Projection. The Engineer shall prepare and submit for approval to the State a methodology for the projection of multimodal volumes within the study corridor for the opening design year, interim design year and the ultimate design year. The Engineer shall coordinate with the State and DocuSign Envelope ID: F30041C2-2CD0-40EA-B2F7-45DA235A97DB the H-GAC to utilize the regional travel demand model in order to gather demand within the corridor during the projected years. Our team will then utilize this regional travel demand model and export the sub area (limits as defined under existing conditions) into VISUM to assist in the multimodal analysis when testing alternatives. Calibration parameters from the existing conditions will be carried over to the No-build conditions modeling. In the case that H- GAC will not allow the Engineer to perform model analysis independently, additional coordination will be required to obtain and manipulate projected volumes. Model runs shall be conducted that incorporate all planned network improvements expected in the study corridor. These scenarios shall be termed the No-build scenarios for the corresponding projection years and will be used as a projected baseline for comparison purposes in the PEL Study. The No- build demand model runs and gathered historical volumes shall be used to produce projected daily and design hourly volumes for the corridor in the corresponding projection years. A technical memorandum shall be prepared tabulating the projected corridor volumes with graphics and line diagrams. The Engineer shall provide the following deliverables:
Sample 1
Data Projection. The Engineer shall prepare and submit for approval to the State a methodology for the projection of multimodal volumes within the study corridor for the opening design year (2025), interim design year (2035) and the ultimate design year (2040). The Engineer shall coordinate with the State and the Houston-Galveston Area Council (H-GAC) to utilize the regional travel demand model in order to gather demand within the corridor during the projected years. The Engineer shall review and refine H-GAC’s regional travel demand model to accurately reflect the existing highway system and committed/programmed transportation improvements included in H-GAC’s financially constrained 2040 Regional Transportation Plan (RTP) in the study corridors. Year 2015 daily traffic volumes estimated by H-GAC’s travel demand model will be compared to actual traffic volumes counts obtained and collected as part of this study to determine the accuracy of H-GAC’s regional model in reflecting existing travel demands and the areas needing adjustment and factoring for estimating future travel demands and measures of effectiveness (XXXx). These scenarios shall be termed the No-build scenario for the corresponding projection years and will be used as a projected baseline for comparison purposes in the PEL Study. The No-build demand model runs and gathered historical volumes shall be used to produce projected daily and design hourly volumes for the corridor in the corresponding projection years. A technical memorandum shall be prepared tabulating the projected corridor volumes with graphics and line diagrams. The Engineer shall provide the following deliverables:
Sample 1

Related to Data Projection

  • Projections As of the Closing Date, to the best knowledge of Borrower, the assumptions set forth in the Projections are reasonable and consistent with each other and with all facts known to Borrower, and the Projections are reasonably based on such assumptions. Nothing in this Section 4.17 shall be construed as a representation or covenant that the Projections in fact will be achieved.

  • Project Monitoring Reporting Evaluation A. The Project Implementing Entity shall monitor and evaluate the progress of its activities under the Project and prepare Project Reports in accordance with the provisions of Section 5.08(b) of the General Conditions and on the basis of indicators agreed with the Bank. Each such report shall cover the period of one

  • Budget The System Agency allocated share by State Fiscal Year is as follows:

  • Business Plan The Lenders shall have received a satisfactory detailed business plan of the Borrowers for fiscal years 1996 - 2002 and a satisfactory written analysis of the business and prospects of the Borrowers for the period from the Closing Date through the final maturity of the Term Loans.

  • Project Information Except for confidential information designated by the City as information not to be shared, Consultant agrees to share Project information with, and to fully cooperate with, those corporations, firms, contractors, public utilities, governmental entities, and persons involved in or associated with the Project. No information, news, or press releases related to the Project, whether made to representatives of newspapers, magazines, or television and radio stations, shall be made without the written authorization of the City’s Project Manager.

  • Updated Information Submission by Interconnection Customer The updated information submission by the Interconnection Customer, including manufacturer information, shall occur no later than one hundred eighty (180) Calendar Days prior to the Trial Operation. The Interconnection Customer shall submit a completed copy of the Electric Generating Unit data requirements contained in Appendix 1 to the LGIP. It shall also include any additional information provided to the Participating TO and the CAISO for the Interconnection Studies. Information in this submission shall be the most current Electric Generating Unit design or expected performance data. Information submitted for stability models shall be compatible with the Participating TO and CAISO standard models. If there is no compatible model, the Interconnection Customer will work with a consultant mutually agreed to by the Parties to develop and supply a standard model and associated information. If the Interconnection Customer's data is materially different from what was originally provided to the Participating TO and the CAISO for the Interconnection Studies, then the Participating TO and the CAISO will conduct appropriate studies pursuant to the LGIP to determine the impact on the Participating TO’s Transmission System and affected portions of the CAISO Controlled Grid based on the actual data submitted pursuant to this Article 24.3. The Interconnection Customer shall not begin Trial Operation until such studies are completed and all other requirements of this LGIA are satisfied.

  • Project Monitoring Reporting and Evaluation The Recipient shall furnish to the Association each Project Report not later than forty-five (45) days after the end of each calendar semester, covering the calendar semester.

  • Meteorological Data Reporting Requirement (Applicable to wind generation facilities only) The wind generation facility shall, at a minimum, be required to provide the Transmission Provider with site-specific meteorological data including: • Temperature (degrees Fahrenheit) • Wind speed (meters/second) • Wind direction (degrees from True North) • Atmosphere pressure (hectopascals) • Forced outage data (wind turbine and MW unavailability)

  • SERVICE MONITORING, ANALYSES AND ORACLE SOFTWARE 11.1 We continuously monitor the Services to facilitate Oracle’s operation of the Services; to help resolve Your service requests; to detect and address threats to the functionality, security, integrity, and availability of the Services as well as any content, data, or applications in the Services; and to detect and address illegal acts or violations of the Acceptable Use Policy. Oracle monitoring tools do not collect or store any of Your Content residing in the Services, except as needed for such purposes. Oracle does not monitor, and does not address issues with, non-Oracle software provided by You or any of Your Users that is stored in, or run on or through, the Services. Information collected by Oracle monitoring tools (excluding Your Content) may also be used to assist in managing Oracle’s product and service portfolio, to help Oracle address deficiencies in its product and service offerings, and for license management purposes.

  • Forecasts Any forecasts provided by DXC shall not constitute a commitment of any type by DXC.

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