Common use of TIMING PLAN GENERATION Clause in Contracts

TIMING PLAN GENERATION. The Engineer shall perform timing plan generation. a. The Engineer shall perform capacity analysis at each intersection to evaluate the existing timings and to determine the saturation flow rates and the existing Level of Service (LOS). The Engineer shall perform Synchro or PASSER optimization analysis using the existing volumes to determine the best cycle length for each peak period. The Engineer shall summarize these results in a tabular and graphical format. Determining the best cycle length may require coordination with crossing arterials that are in existing systems. b. The Engineer shall generate the time-space diagrams for the morning, midday, afternoon, and Saturday peak periods for each arterial in each specific project. The Engineer shall submit the generated timing plans and time-space diagrams to the State for review. The Engineer shall incorporate the appropriate revisions into the timing plans and time-space diagrams and shall submit the revised timing plans and time-space DocuSign Envelope ID: D3D386F2-9BB1-46C4-A6B5-298DBCC339A1 DocuSign Envelope ID: 289281F7-43A6-4F0C-BC8B-BFB572B13384 Contract No. 36-6IDP5376 PeopleSoft Contract No. 5675 diagrams to the State along with the Preliminary Report. The Engineer shall submit controller timing sheets that are appropriate for each controller manufacturer.

TIMING PLAN GENERATION. The Engineer shall perform timing plan generation. a. The Engineer shall perform capacity analysis at each intersection to evaluate the existing timings and to determine the saturation flow rates and the existing Level of Service (LOS). The Engineer shall perform Synchro or PASSER optimization analysis using the existing volumes to determine the best cycle length for each peak period. The Engineer shall summarize these results in a tabular and graphical format. Determining the best cycle length may require coordination with crossing arterials that are in existing systems. b. The Engineer shall generate the time-space diagrams for the morning, midday, afternoon, and Saturday peak periods for each arterial in each specific project. The Engineer shall submit the generated timing plans and time-space diagrams to the State for review. The Engineer shall incorporate the appropriate revisions into the timing plans and time-space diagrams and shall submit the revised timing plans and time-space DocuSign Envelope ID: D3D386F2F2FBC84C-9BB1FAF2-46C448EB-A6B5B372-298DBCC339A1 AE084F522D98 DocuSign Envelope ID: 289281F7FF5C91A2-43A6ECF2-4F0C41F9-BC8BB9A9-BFB572B13384 7A5C5F04D96D Contract No. 36-6IDP5376 6IDP5370 PeopleSoft Contract No. 5675 5685 diagrams to the State along with the Preliminary Report. The Engineer shall submit controller timing sheets that are appropriate for each controller manufacturer.

TIMING PLAN GENERATION. The Engineer shall perform timing plan generation. a. The Engineer shall perform capacity analysis at each intersection to evaluate the existing timings and to determine the saturation flow rates and the existing Level of Service (LOS). The Engineer shall perform Synchro or PASSER optimization analysis using the existing volumes to determine the best cycle length for each peak period. The Engineer shall summarize these results in a tabular and graphical format. Determining the best cycle length may require coordination with crossing arterials that are in existing systems. b. The Engineer shall generate the time-space diagrams for the morning, midday, afternoon, and Saturday peak periods for each arterial in each specific project. The Engineer shall submit the generated timing plans and time-space diagrams to the State for review. The Engineer shall incorporate the appropriate revisions into the timing plans and time-space diagrams and shall submit the revised timing plans and time-space DocuSign Envelope ID: D3D386F2FDEAC86F-5E2C-4774-9BB180F7-46C4-A6B5-298DBCC339A1 D16ABCDC6AED DocuSign Envelope ID: 289281F7BD8C3DAD-658B-42FA-43A6BFD0-4F0C-BC8B-BFB572B13384 FFECD08D31CF Contract No. 36-6IDP5376 6IDP5371 PeopleSoft Contract No. 5675 5690 diagrams to the State along with the Preliminary Report. The Engineer shall submit controller timing sheets that are appropriate for each controller manufacturer.

TIMING PLAN GENERATION. The Engineer shall perform timing plan generation. a. The Engineer shall perform capacity analysis at each intersection to evaluate the existing timings and to determine the saturation flow rates and the existing Level of Service (LOS). The Engineer shall perform Synchro or PASSER optimization analysis using the existing volumes to determine the best cycle length for each peak period. The Engineer shall summarize these results in a tabular and graphical format. Determining the best cycle length may require coordination with crossing arterials that are in existing systems. b. The Engineer shall generate the time-space diagrams for the morning, midday, afternoon, and Saturday peak periods for each arterial in each specific project. The Engineer shall submit the generated timing plans and time-space diagrams to the State for review. The Engineer shall incorporate the appropriate revisions into the timing plans and time-space diagrams and shall submit the revised timing plans and time-space DocuSign Envelope ID: D3D386F2BC9C016B-5A52-9BB145C4-46C4B28D-A6B5-298DBCC339A1 A91989A94E2D DocuSign Envelope ID: 289281F7DEE8D1E1-43A6E43A-4EEA-8FC1-4F0C-BC8B-BFB572B13384 F207966DDF38 Contract No. 36-6IDP5376 6IDP5368 PeopleSoft Contract No. 5675 5683 diagrams to the State along with the Preliminary Report. The Engineer shall submit controller timing sheets that are appropriate for each controller manufacturer.

TIMING PLAN GENERATION. The Engineer shall perform timing plan generation. a. The Engineer shall perform capacity analysis at each intersection to evaluate the existing timings and to determine the saturation flow rates and the existing Level of Service (LOS). The Engineer shall perform Synchro or PASSER optimization analysis using the existing volumes to determine the best cycle length for each peak period. The Engineer shall summarize these results in a tabular and graphical format. Determining the best cycle length may require coordination with crossing arterials that are in existing systems. b. The Engineer shall generate the time-space diagrams for the morning, midday, afternoon, and Saturday peak periods for each arterial in each specific project. The Engineer shall submit the generated timing plans and time-space diagrams to the State for review. The Engineer shall incorporate the appropriate revisions into the timing plans and time-space diagrams and shall submit the revised timing plans and time-space DocuSign Envelope ID: D3D386F2D3D960FD-9BB1BE0E-44B3-46C4803B-A6B5-298DBCC339A1 B86D69AFA793 DocuSign Envelope ID: 289281F7D1D750F4-43A6C3E4-4F0C4ADA-8F53-BC8B-BFB572B13384 8D32970E4F27 Contract No. 36-6IDP5376 6IDP5364 PeopleSoft Contract No. 5675 5689 diagrams to the State along with the Preliminary Report. The Engineer shall submit controller timing sheets that are appropriate for each controller manufacturer.

TIMING PLAN GENERATION. The Engineer shall perform timing plan generation. a. The Engineer shall perform capacity analysis at each intersection to evaluate the existing timings and to determine the saturation flow rates and the existing Level of Service (LOS). The Engineer shall perform Synchro or PASSER optimization analysis using the existing volumes to determine the best cycle length for each peak period. The Engineer shall summarize these results in a tabular and graphical format. Determining the best cycle length may require coordination with crossing arterials that are in existing systems. b. The Engineer shall generate the time-space diagrams for the morning, midday, afternoon, and Saturday peak periods for each arterial in each specific project. The Engineer shall submit the generated timing plans and time-space diagrams to the State for review. The Engineer shall incorporate the appropriate revisions into the timing plans and time-space diagrams and shall submit the revised timing plans and time-space DocuSign Envelope ID: D3D386F204C16B52-9BB16FE2-46C44CCA-85E1-A6B5-298DBCC339A1 65F1BBF3295C DocuSign Envelope ID: 289281F74ADCA196-43A6070B-414B-84B9-4F0C-BC8B-BFB572B13384 71706552ABDA Contract No. 36-6IDP5376 6IDP5366 PeopleSoft Contract No. 5675 5681 diagrams to the State along with the Preliminary Report. The Engineer shall submit controller timing sheets that are appropriate for each controller manufacturer.

TIMING PLAN GENERATION. The Engineer shall perform timing plan generation. a. The Engineer shall perform capacity analysis at each intersection to evaluate the existing timings and to determine the saturation flow rates and the existing Level of Service (LOS). The Engineer shall perform Synchro or PASSER optimization analysis using the existing volumes to determine the best cycle length for each peak period. The Engineer shall summarize these results in a tabular and graphical format. Determining the best cycle length may require coordination with crossing arterials that are in existing systems. b. The Engineer shall generate the time-space diagrams for the morning, midday, afternoon, and Saturday peak periods for each arterial in each specific project. The Engineer shall submit the generated timing plans and time-space diagrams to the State for review. The Engineer shall incorporate the appropriate revisions into the timing plans and time-space diagrams and shall submit the revised timing plans and time-space DocuSign Envelope ID: D3D386F20FF49D32-9BB1D279-46C44718-A6B5-298DBCC339A1 B36E-004C4194E751 DocuSign Envelope ID: 289281F733059790-43A69D6A-4832-4F0C8E47-BC8B-BFB572B13384 37328128C4A4 Contract No. 36-6IDP5376 6IDP5430 PeopleSoft Contract No. 5675 5682 diagrams to the State along with the Preliminary Report. The Engineer shall submit controller timing sheets that are appropriate for each controller manufacturer.