Abstract:Simulation studies suggest that pooled on-demand services (also referred to as Demand Responsive Transport, ridesharing, shared ride-hailing or shared ridesourcing services) have the potential to bring large benefits to urban areas while inducing limited time losses for their users. However, in reality, the large majority of users request individual rides (and not pooled rides) in existing on-demand services, leading to increases in motorised vehicle miles travelled. In this study, we investigate to what exten… Show more
“…They found that the willingness to share rides is at first a time-cost tradeoff. Alonso-Gonza´lez et al (12) examined the value of time and reliability for urban pooled ondemand service. With an experimental approach, they found that the value of time for pooled on-demand services ranged from 7.88 to 10.80 euros per hour.…”
Section: Theoretical Foundationsmentioning
confidence: 99%
“…In the case of a high utilization of ridepooling vehicles, the reduction of the number of vehicles on the road as well as the distances covered are particularly higher, compared with other new mobility services. Theoretically, ridepooling offers economic, environmental, and societal benefits (10)(11)(12)(13).…”
Ridepooling is a new mobility service mainly for people in cities and urban areas. By matching the routes of customers with similar start and end points while driving in an optimally pooled manner, meaningful reductions in road traffic and related emissions can be achieved. Such services must meet customers’ demands appropriately to achieve sustainable customer acceptance. Service providers face diverse customer expectations and prejudices that differ from those toward existing transportation modes. Today, most ridepooling trips are conducted with only one customer, confirming impressions of non-optimal operation. Using a survey-based approach, possible relevant constructs for the acceptance of and intention to use ridepooling services are analyzed. Testing constructs from the Unified Theory of Acceptance and Use of Technology 2 and environmental awareness, partial least squares analysis was performed with the software SmartPLS to investigate a dataset of 224 respondents. Results suggest that attitude toward use, perceived usefulness, and performance expectancy have an influence on the behavioral intention to use ridepooling services. In contrast, environmental awareness, price value, and effort expectancy do not have such an influence. The study expands the literature about customer acceptance of ridepooling service as well as new mobility services in general. Further, the paper provides research implications and recommendations for the development and implementation of the ridepooling concept for service providers.
“…They found that the willingness to share rides is at first a time-cost tradeoff. Alonso-Gonza´lez et al (12) examined the value of time and reliability for urban pooled ondemand service. With an experimental approach, they found that the value of time for pooled on-demand services ranged from 7.88 to 10.80 euros per hour.…”
Section: Theoretical Foundationsmentioning
confidence: 99%
“…In the case of a high utilization of ridepooling vehicles, the reduction of the number of vehicles on the road as well as the distances covered are particularly higher, compared with other new mobility services. Theoretically, ridepooling offers economic, environmental, and societal benefits (10)(11)(12)(13).…”
Ridepooling is a new mobility service mainly for people in cities and urban areas. By matching the routes of customers with similar start and end points while driving in an optimally pooled manner, meaningful reductions in road traffic and related emissions can be achieved. Such services must meet customers’ demands appropriately to achieve sustainable customer acceptance. Service providers face diverse customer expectations and prejudices that differ from those toward existing transportation modes. Today, most ridepooling trips are conducted with only one customer, confirming impressions of non-optimal operation. Using a survey-based approach, possible relevant constructs for the acceptance of and intention to use ridepooling services are analyzed. Testing constructs from the Unified Theory of Acceptance and Use of Technology 2 and environmental awareness, partial least squares analysis was performed with the software SmartPLS to investigate a dataset of 224 respondents. Results suggest that attitude toward use, perceived usefulness, and performance expectancy have an influence on the behavioral intention to use ridepooling services. In contrast, environmental awareness, price value, and effort expectancy do not have such an influence. The study expands the literature about customer acceptance of ridepooling service as well as new mobility services in general. Further, the paper provides research implications and recommendations for the development and implementation of the ridepooling concept for service providers.
“…These two aspects are the first to be evolved to accommodate changing needs and would feed back to the applicability and reliability of new transit options. The reflexive part is ongoing and has been reported in our earlier studies from both the perspective of the users (demand side) and the governance of FPTs ( Ali, 2017 ; Alonso-González, Liu, Cats, van Oort, & Hoogendoorn, 2018 ; Sharmeen & Meurs, 2019 ). The tactical aspects, although come across somewhat indirectly, needs more thought and knowledge of the FPT systems to be developed and communicated, as came across from the interviews conducted so far.…”
“…The authors disentangled the sharing aspect of time-cost trade off, i.e., to what extent individuals are willing to detour in order to get a discounted fare. They found the willingness to share rides primarily depended on the time-cost trade-offs [29]. In another study conducted in Ghana, it was found that young people of that region were more inclined to use a rideshare service due its convenience and cost advantages over conventional taxis [30].…”
Corporate employees like to save the time they spend commuting to work. However, public transport in many emerging cities is not scheduled. Only big enterprises can afford scheduled staff buses. Rideshare services (e.g., Uber, Lyft, Pathao) can be a good alternative but are not affordable for every individual. This study aims to design a group rideshare service as a sustainable alternative for potential employees. For that purpose, it is important to know their commuting pattern. A survey was carried out on 314 employees of 20 Small and Medium Enterprises (SMEs) working in one office complex. This paper reports their current travel pattern in terms of distance, cost, time, and mode of transportations to measure their potentiality to use a group rideshare service uniquely designed for a work commute. This paper recommends that employees living within a distance of 2.5–15 km, currently using motorized vehicle for their work commute, who can spend $40 USD a month for work commute and agree to a mutually-determined commuting schedule are the most fitting potential users for an effective and financially sustainable rideshare service for the studied community. The same methodology can be used to obtain the potential ride share users to design a ride share model for other similar communities.
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