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This study aims to create actionable guidelines for pricing decision-making by employing game a theory matrix to forecast the correlation between the average daily rate and the latest ambiance of hotels.

Utilizing a vector error correction model, the research employs game theory to assess the influence of the average daily rate on the hotel's newest atmosphere during both peak season (April–September) and valley season (October–March).

Findings indicate that during the peak season, when the average daily rate rises in resorts and falls in suburban areas, the hotel’s newest atmosphere is at its best in both types of accommodations. During the off-peak season, the hotel’s newest atmosphere is achieved when both resorts and suburban accommodations increase their average daily rates.

There are two study constraints. One is the assumption that hotel guests in both parties prefer not to change hotels, but in fact they would. Two is a limited sample of two resort and suburban markets.

This suggests that the hotel’s newest atmosphere can draw both leisure and business travelers to suburban areas during the low season and more leisure travelers to resorts during the high season.

The study’s findings have implications for revenue related to the hotel’s newest atmosphere and cleanliness for both suburban and resort hotels, particularly when promoting tourism collaboratively.

The study provides valuable insights for hotel managers in analyzing pricing strategies using matrices.

Agricultural workers represent an important part of the population exposed to high heat-related health and productivity risks. This study aims to estimate the heat-related productivity loss (PL) for moderate work activities in sun and shady areas and evaluating the economic cost locally in an Italian farm and generally in the whole province of Florence. Benefits deriving by working in the shade or work-time shifting were provided. Comparisons between PL estimated in Mediterranean (Florence, Italy) and subtropical (Guangzhou, China) areas were also carried out.

Meteorological data were collected during summers 2017–2018 through a station installed in a farm in the province of Florence and by two World Meteorological Organization (WMO)‐certified meteorological stations located at the Florence and Guangzhou airports. These data were used to calculate the wet-bulb globe temperature and to estimate the hourly PL and the economic cost during the typical working time (from 8 a.m. to 5 p.m.) and by advancing of 1 h and 2 h the working time. Significant differences were calculated through nonparametric tests.

The hourly PL and the related economic cost significantly decreased (p < 0.05) by working in the shade and by work-time shifting. Higher PL values were observed in Guangzhou than in Florence. The decrease of PL observed by work-time shifting was greater in Florence than in Guangzhou.

Useful information to plan suitable heat-related prevention strategies to counteract the effects of heat in the workplace are provided. These findings are essential to quantify the beneficial effects due to the implementation of specific heat-related adaptation measures to counter the impending effects of climate change.

Internet forms a popular forum for information exchange between consumers, while online marketing has opened a range of new facilities for companies to promote and sell their products. This article aims to find out if consumer power has increased as a result of comparison websites and access to more information, or whether it has decreased because of unreliable companies and websites that misuse identity concealing features of the Internet. Main question is whether the autonomy of consumers, and therewith the position of power against producers, is restricted by advertisement techniques from producers who are using the Internet, and if there are causes for concern. Attention will be paid to current legislation on consumer protection and on unfair commercial practices, and implications of online shopping are discussed. Methods such as ‘markufacturing’ and comparison websites are discussed explicitly. Some focus points are provided as a first onset to further regulation in order to retain fair power positions between producers and consumers.

The paper aims to discuss the tensions between rock and pop genres at Rock in Rio, the most significant music festival in Brazil (which also has had international editions in Portugal, Spain and the USA), analyzing the construction and consolidation of Rock in Rio as a rock-related brand and mapping the disputes, negotiations and controversies between rock and pop music fans.

The authors analyze those facts from a framework composed by discussions about musical genres (Frith, 1996; Blacking, 1995), social constructions about rock and pop, as well as debates about taste as performance (Hennion, 2007) on digital platforms. The corpus consists of 58 posts published between 2018 and 2019 in the period prior to Rock in Rio 2019, analyzed qualitatively.

By recalling the history of Rock in Rio, the authors demonstrate that the discourses and strategies involving the festival are contradictory, which reflects on disputes about the meanings of festivals on social media. A diverse set of controversy was found, such as discussions about the artists' authenticity as well as arguments that refer to the social constructions linked to certain musical genres.

The paper analyzes the Rock in Rio music festival from a perspective that is not observed very often, offering insights about the relevance of music genres as mediators of the perception of the festival as a brand and the controversies involving fans and anti-fans.

While remanufactured products represent an increasingly researched phenomenon in the literature, not much is known about consumers' understanding and acceptance of such products. This study explores this issue in the context of the theory of perceived risk (TPR), investigating return policy leniency and distribution channel choice as potential factors to foster remanufactured products' sales.

This research utilizes an experimental design composed of a pre-test and a scenario-based main experiment to explore how return policy leniency might mitigate consumers' perceived risk and how their related purchase intention differs across two types of retail distribution channel structures (i.e. brick-and-mortar vs. online).

The investigation into the efficacy of return policy leniency within two retail distribution channel settings (i.e. brick-and-mortar vs. online) illustrates that providing a lenient return policy is an effective “cue” in increasing consumer purchase intention for remanufactured products. While prior literature has established that consumers value return policy leniency for new products, the authors provide empirical evidence that this preference also applies to remanufactured products. Notably, that return policy preference holds true in both channel settings (i.e. brick-and-mortar vs. online) under consideration. Additionally, and contrary to the authors’ predictions, consumers perceived remanufactured products sold via both channel settings as equally risky, thus highlighting that both are appropriate distribution channels for remanufactured products. Finally, while research on new products provides some initial guidance on consumer perceptions of quality and risk, the study provides empirical evidence into the difference of perceived risk with regard to new versus remanufactured products.

By employing the TPR, this research explored the role played by two supply chain management related factors (returns policy and channel structure) in reducing consumer's perceived risk and increasing purchase intention. In doing so, this study answers the call for more consumer-based supply chain management research in a controlled experimental research setting.

This work examines the interplay between power, status and style. Building on the dual role of power and status as two primary sources of social influence in contemporary consumer society, we propose that stylistic choices associated with greater status can imbue the wearer with greater feelings of power. We focus on a pervasive stylistic choice for women – whether to wear heels – and test two critical relationships regarding consumers' choice of heels that can act as a bridge between status and power. First, we propose that the stylistic choice of wearing heels increases wearers' perceived status (but not perceived power) – the heeled status-enhancement hypothesis, whereby (1) wearing heels increases wearers' perceived status (but not perceived power) among observers and (2) lacking power (vs having power or baseline) yields greater desire for heels over flats. Second, we propose that an increase in status stemming from wearing heels increases consumers' feelings and behaviours of high power – the status–power transfer hypothesis. Three studies confirm the use and perception of heels as status symbols and provide support for both hypotheses. We show that wearing heels (vs flat shoes) makes individuals feel and behave more powerfully by thinking more abstractly and taking more actions, two hallmarks of high power, but only when heels are worn conspicuously (i.e., the wearer knows the observer sees them). In addition, these effects are mediated by wearer's feelings of power and unexplained by perceptions of sexiness. Implications for the literatures on style, status, power and conspicuous consumption are discussed.

This study investigated the building energy, glare and daylight performance of overhang using building simulation software Energyplus in order to identify an optimal depth in hot summer and cold winter zone. A typical building with different window-to-wall ratios (WWR) was modeled and different overhang depths were considered. Results showed that the optimal overhang depths are 0.9m (WWR=0.15), 1.16m (WWR=0.3) and 1.62m (WWR=0.57), respectively. The total energy savings from overhang design can be ranging from about 3% to 24% depending on WWR and overhang depth. Moreover, the regression relationship between optimal overhang depth and WWR is given to help identify the best overhang dimension at the design stage. The potential energy saving performance for different WWRs then can be roughly inferred according to a total energy saving chart without building energy simulation. In conclusion, to be applicable in buildings, an overhang depth of 0.6-0.8m is suitable in this region since it has a balance in energy performance and aesthetic appearance.

In this chapter, we explore ‘unanticipated excess’ through the lens of our own doctoral research projects, which are presented as distinct vignettes: Reade’s digital ethnography of young women’s relations with ‘fitspo’ (fitness inspiration) content on Instagram, Moran’s social media ethnography of African young people in Australia and Lyall’s show-and-tell interviews with users of digital self-tracking devices. While our projects differ in many ways, we share research practices that did not fully anticipate the challenges of digitalised research fields. In coming to terms with our unanticipated excess, we reflect on inescapable moments and uneasy feelings from our fieldwork. In so doing, we argue that excess need not be considered a ‘failure’ – to establish boundaries, to filter data or to engage in objective analysis – but should rather be seen as an important part of reflexive research practice. Excess holds possibilities and potentials to foster care and camaraderie between digital scholars and can push us and our work – empirically, methodologically and ethically – in new directions. It also presents an opportunity to continue to champion integrity over production as we move forward in our personal and collective research journeys.

The purpose of this paper is to develop a usable configuration management for Archistar, which utilizes secret sharing for redundantly storing data over multiple independent storage clouds in a secure and privacy-friendly manner. Selecting the optimal secret sharing parameters, cloud storage servers and other settings for securely storing the secret data shares, while meeting all of end user’s requirements and other restrictions, is a complex task. In particular, complex trade-offs between different protection goals and legal privacy requirements need to be made.

A human-centered design approach with structured interviews and cognitive walkthroughs of user interface mockups with system administrators and other technically skilled users was used.

Even technically skilled users have difficulties to adequately select secret sharing parameters and other configuration settings for adequately securing the data to be outsourced.

Through these automatic settings, not only system administrators but also non-technical users will be able to easily derive suitable configurations.

The authors present novel human computer interaction (HCI) guidelines for a usable configuration management, which propose to automatically set configuration parameters and to solve trade-offs based on the type of data to be stored in the cloud. Through these automatic settings, not only system administrators but also non-technical users will be able to easily derive suitable configurations.