Transit AVL/CAD Mobile Data Communications Feasibility Study


Book Description

This study is the second phase of a three-phase project that may result in the deployment of a statewide, multi-modal electronic payment system. Phase I of the project was completed in March, 2002 and focused on conducting a feasibility study in assessing the opportunities to develop and deploy a statewide, multi-modal electronic payment system. At the conclusion of Phase I, two recommendations were proposed for pilot programs. The purpose of the Phase II effort is to identify general requirements for a radio voice/data communications subsytem to support deploying a regional GPS-based Automatic Vehicle Location / Computer Aided Dispatch (AVL/CAD) system. This system could integrate onboard Mobile Data Terminals (MDTs) and central AVL/CAD software with the radio data communications infrastructure. The MDTs would allow frequent updates for dispatch on location, schedule and route adherence, driver-dispatch text messaging and driver schedule and route adherence feedback. This report will examine existing communications systems available to the transit agencies in the three regions: Bangor, Lewiston-Auburn and greater Portland. These systems will be evaluated in terms of area coverage, initial and recurring operating costs, feasibility, and AVL/CAD suitability. Alternative public and private networks for use in addressing communications needs will also be reviewed.




Automated Cost Recovery


Book Description




Mass Transit


Book Description




Peninsula Transportation District Commission Route Deviation Feasibility Study


Book Description

Many urban transit providers are faced with the problem of declining ridership on traditional fixed route services in low density suburban areas. As a result, most fixed route services in such areas are not economically viable for the transit provider. Ridership levels on such routes could be increased by adding more flexibility to the fixed route structure by replacing the fixed route with a route deviation service. The higher level of service offered by route deviation has the potential to attract non-traditional transit riders. Another reason why transit providers are turning to route deviation is the passage of the Americans with Disabilities Act (ADA) in 1990, which has brought forth new and greater responsibilities for transit agencies. With the law mandating that certain disabled persons must be provided complementary paratransit service at a nominal cost, public transportation providers were suddenly faced with the challenge of providing traditional fixed-route transit service while also serving individuals with disabilities. There are three categories of paratransit-eligible riders under the ADA: 1. Those who cannot independently board, ride, disembark from accessible vehicles. 2. Those who can independently board and ride an accessible bus but an accessible vehicle is not available for the route and time desired. 3. Those who have a specific impairment that prevent them from boarding or riding a bus. ADA requires that only the first of the three categories be provided service, and only if they want to travel within 3/4 mile of an existing fixed route. To accomplish this, around 550 fixed route systems across the nation have increased or added the availability of paratransit services (Balog, 1997). Consequently, there has been a notable and steady increase in the demand for paratransit by disabled people in the post-ADA era. Since the cost of providing accessible paratransit is definitely higher than the cost of accessible fixed route, the increased demand for paratransit is burdening transit agencies (Balog, 1997). Also, some individuals with disabilities currently using paratransit services could effectively use accessible fixed route services at a lower cost to the transit provider. This has led a number of transit providers to look for new options to encourage paratransit riders to use fixed route services. Most of these options are centered on improving the level of service of fixed route operations and making them more accessible to individuals with disabilities (Balog, 1997). One such option that has been tried by a few transit agencies in rural and suburban areas, with much success, is route deviation service. Route deviation has the potential to meet the challenges faced by urban public transportation providers in a more efficient manner than the current two service practice. Route deviation transit has been used effectively in a limited number of rural and small urban areas of the United States (Rosenbloom, 1996) and some suburban areas. However, it has not been proven to be effective in a large urban area. Currently, the Peninsula Transportation District Commission (Pentran) operates a fixed-route bus system with 13 routes in a service area composed of the cities of Hampton, Newport News and York County. Additionally, Pentran provides paratransit services for the disabled under the mandates of the 1990 Americans with Disabilities Act (ADA).







Update '98


Book Description




Computer-aided Scheduling and Dispatch in Demand-responsive Transit Services


Book Description

The scope of this synthesis is to (1) search out useful information on the use of computer-aided scheduling and dispatch (CASD) in demand-responsive transit (DRT) services, (2) develop an amalgamation or compendium of the current knowledge and successful practices used in computerizing the functions necessary to efficiently and effectively operate such DRT services, and (3) report on measures used to resolve specific problems in planning and implementing CASD. The ultimate objective in compiling a considerable storehouse of information is to make this information available to the public transit community. Private and nonprofit organizations that are providing DRT services will similarly benefit from a review of these results.




Practices to Protect Bus Operators from Passenger Assault


Book Description

Ch. 1. Introduction. Background. Project objectives. Technical approach to project. Report organization -- ch. 2. Literature summary. Transit security. Workplace violence. Bus operator training and selection. Video surveillance. Self-defense. Bus operator perspective. International studies -- ch. 3. Survey results. Characteristics of survey respondents. Security provider. Fare and rules enforcement. Standard operating procedures. Definition of "assault". Assault characteristics. Training. Employee assistance. Data collection and reporting. Methods to address operator assaults. Bus operator selection methods. Impact of violence against operators. Effective measures -- ch. 4. Operator protection measures : technology and information management. Barriers. Information management and crime analysis. Video surveillance. Audio surveillance. Automatic vehicle location system. Transit operations decision support system. Emergency communications. DNA kits.







Bus Rapid Transit Practitioner's Guide


Book Description

Introduction -- Planning framework -- Estimating BRT ridership -- Component features, costs, and impacts -- System packaging, integration, and assessment -- Land development guidelines.