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We analysed the unequal treatment of target groups and the role of technology in Dutch smart mobility policy, by looking into the connected bike projects of Maastricht and Brabant. In doing so we combined insights from the Social Construction of Policy Design frameworks and Science and Technology Studies. We identified four target groups, receiving a differential treatment in policy. Difference in treatment is driven by the variety of incentives used to encourage behaviour change. We conclude that car users are the winners, while students benefit the least from these projects. In this preferential treatment, technology plays a crucial role. This raises pertinent questions about social equity and the contribution to sustainability of smart mobility technologies in the mobility system.

I am a bike-sharing activist at New Mexico State University (NMSU) and am using quantum storytelling, as well as ethnographic, methods to study its bike-sharing implementation process. Moreover, quantum storytelling is, by its very nature, an intervention into the process it observes and, in this case, utilized as a means to encourage the university-governing entities to support and fund a bike-sharing program. Quantum storytelling is formally defined as “the interplay of quantum understandings with storytelling processes,” including their counternarratives (Boje, 2014, p. 100). It is not human dramatic action simply put into text or context. Rather, it is establishing a pattern of assemblages of actants – human, nonhuman (animals, plants, etc.), and material (in this case, bikes, paths, and so on) – and providing a storytelling that accounts for their inseparable spacetimemattering (Boje, 2014; Boje & Henderson, 2014). Additionally, quantum storytelling helps make explicit what Heidegger (1962) calls fore-having, fore-structuring, fore-conception, fore-telling, and fore-caring (as developed Boje, Svane, & Gergerich, in review). It allows for antenarrative preview of the way to operationalize bike-sharing through visual media, including pictures, documents, five-year plans, campus maps, bikes, and the riders themselves. Through this presentation, I will show embodied practices stemming from quantum storytelling, and do so using both a Barthean S/Z and Bojean antenarrative analysis of the bikeshare implementation process.

This study explores how sharing platforms achieve platform loyalty through various operation management strategies.

A multiple case study method has been conducted in two Chinese sharing economy industries: ride- and bike-sharing. Data were collected through 30 semi-structured interviews with managers from four platform companies (DiDi, Uber China, ofo and Mobike). Individual case studies were developed from the triangulation of all existing data. Concurrent with the development of these individual case studies was a cross-case analysis. Emerging patterns have been identified and compared to previous findings in the literature to build upon and modify the existing knowledge base and to formulate a series of propositions.

Platform asset characteristics and mergers and acquisitions affect supply network readiness and operational capacity, respectively, and this effect would consequently contribute to achieving platform loyalty through user satisfaction. Moreover, externality, as a moderator, may influence the strength of the relationship between satisfaction and platform loyalty.

The proposed theoretical model provides an overarching framework for sharing platform companies to design and operate their businesses while carefully examining the situations, contexts and actions of users and other stakeholders and choosing an appropriate strategic mechanism to drive platform growth.

This study is one of the first to empirically explain how firms in a sharing economy sector could gain platform loyalty by adopting an expectation–confirmation theory perspective.

Purpose – This chapter explores the functions of institutional setting, technical requirements and local city characteristics as they affect the implementation of sustainable urban travel policies in China under the pressure of fast motorization and the constraints of energy and resource limitations.

Methodology – We reviewed the documents related to sustainable urban transport vision in China from central government and compared the motorization and urban transport policy at local city level in relation to social equity, urban transport finance, as well as the challenge of an ageing society.

Findings – The concept of sustainable development had been widely talked about in China but has not yet been effectively translated into actions in urban transport. There is a need to strengthen the synchronization of central government and local government strategies on sustainable transport in order to achieve less car-dependent cities.

Research limitations/implications – We need more research to understand the specific characteristics of the Chinese urban transport system and the constraints on the implementation of sustainable transport policy at a local level.

Practical and social implications – The achievement of a higher share of walking and cycling will greatly improve sustainable urban mobility, in terms of social equity, quality of urban life and also fossil energy consumption.

Originality – Current policy documents and implementation practice were analysed to provide the reader with a deep understanding of urban transport policy in China.

Motorcycle is one of the popular modes of transport in developing countries. However, the statistics related to accidents show that motorcycles are the most vulnerable vehicles. Research studies have revealed that half of all the possible types of motorcycle injuries could be reduced or prevented using effective protective clothing. Facts and figures emphasize that this is high time to develop a safety jacket for motorbike riders. This paper aims to develop an innovative, integrated automatic air-inflated tubeless jacket to prevent major injuries in fatal accidents.

Two accelerometers integrated near the front axle, an angle sensor and the electronic control unit (ECU) were used to detect the collision or accident. The sensors were fixed on the bike and connected with the ECU via a bluetooth device that was always at the activated stage. The fused sensors were emulated with the ECU under laboratory conditions. The trigger signal generated by the crash discriminant algorithm triggered the chemical reaction to generate N2 gas and inflate the tubeless safety jacket.

Under laboratory conditions, it was found that the signal generated by the ECU unit ejected approximately 15 litres of N2 gas in volume to fill the jacket within 100 milliseconds, which was less than the approximate estimated falling time of the rider 120 milliseconds.

The existing developments of airbag systems in motorbikes are mounted on the motorbikes' frame, following the airbag systems in automobiles. These developments cannot fully protect the rider due to differentiation in crash dynamics and respective positions of the rider at the point of impact. Though few safety jackets and airbag vests are developed, the airbag deployment is activated when rider and motorbike separated during a collision using a tether-triggering mechanism. The authors designed the jacket so that inflation is activated not only by crash sensors but also on the fusion of multiple sensors based on a crash discriminative algorithm. The airbag deployment mechanism is incorporated with the jacket and acts as a safety jacket during a collision.

The purpose of this paper is to elaborate on the interactive conflicts between business and governmental authorities in the regulatory process of an emerging business model: sharing economy. Focusing on bike sharing system, the study also investigates the conflict-handling strategy of bike sharing companies and government regulation.

An evolutionary game model is introduced to illustrate the interactive conflict between bike sharing companies and government regulation, combined with system dynamics (SD) to simulate the evolutionary conflict-handling strategies between the two players.

The dynamic strategies of the two players are observed, and under five conditions the conflict outcomes are evolutionary stable states. Simulations show that each party sacrifices part of its interest and adjust its strategy according to that of the other, indicating the conflict-handling strategy as a compromising mode. Furthermore, the strategies of bike sharing companies are sensitive to additional operation and maintenance costs for producing low-quality bicycles and costs of positive regulation, which provides theoretical guidance for regulatory authorities.

The station-less bike sharing come up in China recently, and it is an important research field of entrepreneurship. Owing to the uniqueness and novelty of the phenomenon, conflicts and challenges exist during the regulation process. Thus, the study practically contributes to the conflict-handling strategies of businesses and government under the context of sharing economy. Methodologically, as a novel issue with less available data to carry out empirical research, this study combines evolutionary game theory with SD to shed light on the complex interactions between businesses and government. The research method can be applied to other entrepreneurial studies.

Smart mobility is a major guideline in the development of Smart Cities’ transport systems and management. The issue of transition into green, secure and sustainable transport modes, such as using bicycles, should be implemented in this case, along with the subjectivism of management.

The proposed technology reflects the Smart Bicycle vehicle model, which tracks cyclists and weather conditions and turns to electric motors in critical circumstances.

This reduces the physical load and battery consumption of cyclists which affects the Smart Cities’ ecology positively.

In Smart Vehicle Bicycle Communication Transport, the vehicle movement optimization technique is used for traffic scenarios to analyze traffic signaling systems that give better results in variable and dense traffic conditions.

This paper aims to discuss the place-making processes of street art within the context of Toronto, Canada, and potential for street art as alternative tourism to contribute to new urban tourism and encourage urban regeneration in the city.

The study applies reflexive thematic analysis to analyse secondary data sources such as reports, maps, videos, websites, news articles and official documents alongside photographic documentation and field research.

Street art in Toronto has been found to coincide closely with processes of creative place-making. While there is some indication that municipal street art organizations and destination marketing organizations are aware of the possibilities for street art to contribute to tourism in the city, it remains an untapped resource for new urban tourism. As a component of creative place-making, it has great potential as a form of alternative tourism to regenerate a still struggling tourism economy.

This paper explores the nascent research area and practical application of street art as an alternative form of urban tourism in Toronto, Canada. It also fills a gap by connecting the concept of creative place-making with street art, urban regeneration and tourism specifically; a focus that needs wider attention.