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I-66 Multimodal Study Final Report - Virginia Department of ...

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<strong>Multimodal</strong> PackagesOther suggested techniques include providing real-time transit, parking, and travel time informationvia dynamic message signs along I-<strong>66</strong>. This would be implemented in conjunction withretr<strong>of</strong>itting park-and-ride lots with an advanced parking management system (APMS), whichwould track parking space availability and communicate directly with the parking informationsigns.I-95/I-395 Corridor InitiativesIn the I-95/I-395 Corridor, ICM strategies are considered under four scenarios: incident management,adverse weather conditions, a special event, or as a travel demand management(TDM) strategy (to address recurring congestion to achieve a targeted modal-shift to ease congestionwithin the corridor project limits). Several ICM strategies are being studied as part <strong>of</strong>an ongoing I-95/I-395 ICM study. The key areas <strong>of</strong> focus are:Information Sharing and Dissemination – Improving information dissemination to informusers <strong>of</strong> the network (e.g., different facilities, modes) about current conditions. Figure 3.41shows an example <strong>of</strong> displaying real-time multimodal travel information on a dynamic messagesign.Figure 3.41 <strong>Multimodal</strong> Travel Times on Dynamic Message SignsOperational Improvement <strong>of</strong> Network Junctions and Interfaces – Improving operations atlocations where facilities interface, be it freeway ramps, park-and-rides, or highway merges.Capacity and Demand Management – Short- and long-term capacity and demand can bemanaged using several tools such as Active Traffic Management (ATM) or Adaptive RampMetering (ARM) strategies based on real-time data, or through the enhancement <strong>of</strong> transitservices along the corridor. ATM strategies included are Hard Shoulder Running (HSR) andQ-Warning. Speed advisories also are planned as part <strong>of</strong> a lane control strategy, especially inareas where queue back-ups are significant.Promotion <strong>of</strong> Cross-Network Route/Modal Shifts – Improve information dissemination andinfrastructure along corridors (using Variable Message Signs, for example) to enable users tochange routes due to delays or use available alternative modes during a trip. Potential elementsto support such efforts on a highway and transit segment, include providing locationsfor information kiosks, queue warnings, and linkages to transit options.Institutional Coordination – Facilities and services within the corridor are operated by differentagencies. Strong and interfaced communication among highway and transit agencies is anI-<strong>66</strong> <strong>Multimodal</strong> <strong>Study</strong> 3-61

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