Browsing by Subject "Performance Measures"
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Item Performance Measurement in Small Texas Metropolitan Planning Organizations(2012-10-16) Moore, Devin 1984-Performance measurement has grown in importance within transportation agencies due to decreased and stipulated funding and federal focus on system performance. A shift has occurred in how transportation planning and decision making historically took place including a rise in prominence of the Metropolitan Planning Organization (MPO). The public, state and local agencies, and other stakeholders are mutually served by the regional MPO to assure that transportation funding allocation and project selection meet the regional needs and coordinate the transportation planning process to provide a seamless transportation system. The recent Federal transportation funding program MAP-21 establishes performance measures for each MPO in coordination with the State department of transportation (DOT). Small MPOs, those which serve populations of less than 200,000 people, differ vastly from larger MPOs in the amount of funds available and authority to allocate funds as well as the resources that are available to perform a performance measurement program. Small MPOs often lack the resources to identify and use performance measures, even though performance measurement at the MPO level has promoted efficient decision-making in large MPOs. This research strives to find by interviews and surveys of the small Texas MPOs if the use of certain performance measures in small MPOs can be financially upheld with limited resources and budget. This thesis is timely in relation to the MAP-21 performance measurement requirements as it shows that performance measurement is, at this time, difficult to impossible based on small Texas MPOs? very limited resources. Due to the estimated costs of basic performance measurement programs and the difficulty in quantifying the tangible benefits, the use of performance measurements in small Texas MPOs is unlikely. Small Texas MPOs listed potential performance measurement program benefits such as: project prioritization, funding allocation, and showing the public that professional planning is useful. It was found that any potential benefits of performance measurements are limited when dealing with small communities with fairly obvious transportation problems. The estimated cost of a basic performance measurement program in a small Texas MPO was determined to be around $150,000 per year. This cost exceeded both their abilities to fund a performance measurement program and the perceived benefits of such an effort. This research suggests the following performance measures are most likely to be beneficial when proven cost effective: V/C ratios, travel times, crash rates (safety) and VMT. These measures are often easily accessible and could be beneficial in the long-range planning of a local transportation system. However, fiscal and staffing limitations, along with realities of planning for a small community make the use of performance measures difficult. The results of this study can aid the Secretary of Transportation in understanding the limited technical capacities of small Texas MPOs in regards to performance measurement.Item Revised process for work zone decision-making based on quantitative performance measures(Texas A&M University, 2008-10-10) Hartmann, Thomas WayneWork zones create one of the most challenging environments for drivers. Implementing work zones on urban freeways creates many issues, especially with respect to mobility. Decisions made regarding the work zone should be informed by quantitative data, collected in work zones, to ensure that the mobility impacts of the work zone treatments implemented are mitigated. A new decision-making process, which addresses the shortcomings in the current decision-making processes, was developed through the course of this research. The new process incorporates a Performance Measure/Treatment matrix, which recommends multiple performance measures, each of which is chosen to measure the mobility impacts particular to a specific work zone implementation. Most importantly, the revised decision-making process incorporates a feedback loop. Quantitative data collected in work zones is analyzed after the work zone is complete, to determine the impacts specific decisions had on mobility in the work zone. The lessons learned in previous work zones are then incorporated into the decision-making process, lessening the mobility impacts of future work zones. This thesis develops the new decision-making process, and examines the issues with the application of the process.