Traffic Engineering. The City will provide, as appropriate, street names signs, traffic control devices, and other traffic system design improvements to the area.
Traffic Engineering. Definition: Contractor will develop a capacity forecast based on the Company provided demand parameters. Contractor will identify forecasted channel, capacity and site configuration requirements. Procedure: Based on the Company provided market segmentation (% mobile, residential, business, etc.), penetration and subscriber usage pattern (mou/sub,mE/sub) a [***] year capacity analysis forecast will be developed to determine site configuration (omni/sector), number of RF channels and carriers, and capacity cell addition. This analysis will be performed on a per sector basis during the Detailed Site Design procedure. Contractor is required to meet AT&T standards for the percentage of blocking, which requirements will be provided by the Company. Deliverable: This information will be provided in each Design Review Report identifying the following: number of channels and erlangs per sector, cell configuration, capacity cells.
Traffic Engineering. The GEC shall review preliminary and final sheets including intelligent transportation systems (ITS), traffic signals, illumination, electrical details, signing and pavement markings. The GEC shall review each for accuracy and completeness at the 30, 60, 90 and 100 percent stages of development.
Traffic Engineering. DKS will provide the following construction engineering support services under this contract amendment:
Traffic Engineering. (WBS 8.1 SOW) The Contractor shall provide:
Traffic Engineering. Traffic Control Plans ‐ Detailed traffic control plans (TCP) will be prepared based on the approach and the number of construction phases decided in the conceptual TCP as part of the study. TCP will be designed according to the latest edition of The Texas Manual on Uniform Traffic Control Devices.
Traffic Engineering. DEFINITION: Contractor will develop a capacity forecast based on the Company provided demand parameters. Contractor will identify forecasted channel, capacity and site configuration requirements. PROCEDURE: Based on the Company provided market segmentation (% mobile, residential, business, etc.), penetration and subscriber usage pattern (mou/xxx.xX/xxx) a ten (10) year capacity analysis forecast will be developed to determine site configuration (omni/sector), number of RF channels and carriers, and capacity cell addition. This analysis will be performed on a per sector basis during the Detailed Site Design procedure. Contractor is required to meet AT&T standards for the percentage of blocking, which requirements will be provided by the Company. DELIVERABLE: This information will be provided in each Design Review Report identifying the following: number of channels and erlangs per sector, cell configuration, capacity cells.
Traffic Engineering. The ENGINEER shall complete a Traffic Signal Warrant Analysis for review and approval by TxDOT.
Traffic Engineering a. Coordinate with Client to establish a thorough understanding of the project as well as to obtain all available information. This scope assumes that one (1) land use/density plan will be considered in the analysis. Analysis of more than one (1) land use/density plan is beyond the scope of this proposal and will be considered extra work.
Traffic Engineering a. Effective 7/1/82, regrade Xxxxxxx from p.g. 31 to p.g. 32. Effective 11/16/86, from p.g. 32 to p.g. 34.
