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operated poorly under the proposed design conditions <br />(queue spillback into adjacent intersections). Staff will <br />implement a 2 -phase approach, constructing the design <br />features that do not impact vehicle operations with <br />overlay projects and look for grant funding to provide <br />controlled pedestrian and bicycle crossing at the 800+ <br />vehicle ramp locations. Staff will be applying for Cycle <br />10 HSIP grants through CalTrans to install rectangular <br />rapid flashing beacons and associated crossing striping. <br />• Applicant: City of Pleasanton <br />• Staff Contact(s): Mike Tassano <br />36. Bernal Avenue at Nevada Transportation/Traffic Project <br />Street Traffic Signal <br />Installation <br />Nevada Street is currently under construction to connect Stanley Boulevard to Bernal <br />Avenue. When completed the increased volume on Nevada Street requires a traffic signal <br />to be constructed at Bernal Avenue. When properly used, traffic signals are valuable <br />devices for the control of vehicular and pedestrian traffic. They assign the right-of-way to <br />the various traffic movements and profoundly influence traffic flow while reducing the <br />frequency and severity of certain types of crashes, especially right-angle collisions. <br />• Status Under Review <br />• Next Steps/Details: The Nevada Street extension has been constructed. The <br />traffic signal contract has been awarded to Ray's Electric. <br />The contractor is currently reviewing the construction <br />contract and gathering bonding documents <br />• Applicant: City of Pleasanton <br />• Staff Contact(s): Mike Tassano <br />Traffic flnerations <br />37. Automated Traffic Signal Transportation/Traffic Project <br />Performance Measures <br />The City was awarded the Innovative Deployments to Enhance Arterials (IDEA) <br />Challenge Grant. This grant encourages local agencies to implement cutting edge <br />technological solutions to help improve travel time, safety, and traffic operations <br />reliability for all modes of transportation. The City will implement Automated Traffic <br />Signal Performance Measures (ATSPM) technology that can measure the performance of <br />a single signalized intersection or a corridor of signalized intersections, as well as provide <br />origin and destination data of vehicles. Some performance measures include, but are not <br />limited to, travel time, travel speed, traffic volumes, and delay. The data can be measured <br />against historical data to better understand traffic trends, efficiency, and understand travel <br />patterns, all of which will aid staff in improving overall traffic operations. Lastly, this <br />project will look to integrate other traffic related data, such as Waze, to achieve a <br />comprehensive set of information between the city's traffic signals and the road user <br />Page 15 of 23 <br />