Monitoring Revenue Management Practices in the Restaurant Industry—A Systematic Literature Review
Abstract
:1. Introduction
2. Materials and Methods
3. Results and Discussion
3.1. Inventory Management
3.2. Customer Behavior
3.3. Pricing
3.4. Performance Analysis
3.5. Distribution Channels
3.6. The Challenges in Implementing and Adopting RM Practices in the Restaurant Industry
4. Conclusions
4.1. Theoretical Implications
4.2. Practical Implications
4.3. Limitations and Future Research
Author Contributions
Funding
Institutional Review Board Statement
Informed Consent Statement
Data Availability Statement
Conflicts of Interest
Appendix A. Sample of Studies
Authors | Code Main Themes | Code Practices | Data Collection | Methods | Future Research |
Webb et al. (2023) | PR | CB2; CB4; CB5 IM1; IM3 PA2; PA3; PA4; PA5 PR2; PR3; PR4; PR5; PR7; PR8 | Case study Primary source | Quantitative study | Searching during peak times, assessing the competition’s strength when evaluating the Priority Mixed Package, incorporating how the reservation is made, the speed, and the menu adaptation. |
Belarmino and Repetti (2022) | CB | CB5 IM3 PR3; PR5; PR7 | Questionnaire survey and simulation | Quantitative study | Analyzing the distinction among restaurant types and investigating the willingness to pay by market segment. |
Herrera and Young (2022) | CB; PA; PR | CB1; CB3; CB4; CB5 IM1; IM3 PA2 PR2; PR3; PR4; PR5; PR7 | Questionnaire survey | Quantitative study | Conducting the study in other countries, testing alternatives to Revenue Management implementation, and examining the impact of a restaurant on the local community and customer trust. |
Tyagi and Bolia (2022) | PR; DC; IM; PA; CB | CB1; CB4 IM1; IM2; IM3; IM4 PA1; PA3 PR3 | Literature review | Qualitative study | Utilizing management software for various restaurants to assist with distribution channels; customer perception of fairness regarding RM strategies; and evaluation of discount strategies. |
Kim et al. (2020) | CB; IM | CB1; CB3; CB4; CB5 IM1; IM4 PR2; PR3 | Simulation | Quantitative study | Investigating whether background music can have negative effects on customer wait times, utilizing psychological factors. |
Collins et al. (2019) | PR | CB1; CB2 IM3 | Case study | Qualitative and quantitative study | Demonstrating that soft operational research methods can reduce the cognitive load of an analyst. |
Lai et al. (2019) | PR | CB2 IM1; IM2; IM3 PR5 | Literature review | Qualitative study | More specific methods for analyzing a menu item; a holistic approach to restaurant profitability; and practical systems to assist in organizing restaurant data. |
Legg et al. (2019) | CB; IM | CB2; CB6 IM1; IM3 PA3 | Simulation | Quantitative study | Non-parametric models. |
Tang et al. (2019) | CB | CB1; CB2; CB4; CB5 IM1; IM2; IM3 PR2; PR3; PR4; PR5; PR8 | Questionnaire survey | Quantitative study | Specific restaurant revenue management policies, familiarity, demographics of customers with the intention to visit again, and the popularity of a restaurant. |
Thompson (2019) | IM | CB2 IM1; IM3 | Simulation | Quantitative study | Extension of the flexibility of demand timing. |
Etemad-Sajadi (2018) | CB; PR | CB2 PR2; PR3; PR8 | Questionnaire survey | Quantitative study | Long-term observation of consumer behaviors and perceptions over a 5 to 10-year period. |
Denizci Guillet et al. (2018) | PR | CB4; CB5 IM1; IM3 PA3 PR2; PR3; PR5; PR8 | Questionnaire survey | Quantitative study | Table location pricing and sample expansion. |
Mhlanga (2018) | PA | IM1 PA | Primary and secondary sources | Quantitative study | DEA’s technique is valuable for analyzing cost efficiency, as well as the factors that influence it in restaurants. |
Miao et al. (2018) | IM | CB2 IM1; IM3; IM4 PR1 | Case study | Quantitative study | Addressing cancelations; combining adjacent tables; and general application of the proposed optimization method. |
Ng et al. (2018) | DC; PR | CB1; CB5 DC IM1; IM3; IM4 PR3; PR8 | Restaurant distribution channels | Quantitative study | Extending the sampling time and incorporating data from other countries; exploring website popularity, web layouts, and the quantity of information provided. |
Oh and Su (2018) | IM; PR | CB4; CB5 IM2; IM3 | Model | Quantitative study | Specifically investigating aspects related to price discrimination and reservation deposits. |
Guo and Zheng (2017) | DC; PR | CB1; CB3 IM3 PR3 DC | Simulation | Quantitative study | The suggestion of a model with stochastic demand to provide more comprehensive management implications, realistically reflecting the changing behavior of loyal customers; application of an integrated model in a scenario of unobservable private information, using an asymmetric information game to address this issue. Additional information, such as geographic area and population density/restaurants, may be considered in the future. |
Heo (2017) | PA | CB4 IM1; IM3; IM4 PA3; PROPASM | Literature review | Qualitative study | Applying indicators to empirical studies; discovering how optimal revenue management decisions for restaurants would differ using these new measures as opposed to RevPASH. |
Song and Noone (2017) | CB; PA | CB1; CB4 IM1; IM2; IM4 PA4 PR3; PR8 | Simulation | Quantitative study | Examine the relative effects of various service encounter pacing methods on customer satisfaction and establish a consistent implementation method for on-site rhythm-related strategies. Apply this study to other countries. |
Tse and Poon (2017) | IM | CB4; CB5 IM1; IM2; IM3 PR3; PR5 | Secondary sources | Quantitative study | To investigate the relationship between group size and no-show/cancelation rates; develop information technologies to assist managers in handling dynamic demand fluctuations and customers arriving at different times and staying for varying durations; examine customer sensitivity to prices without compromising revenue management; and explore the use of customer databases to personalize services. |
Vieveen (2018) | CB | CB1; CB2; CB5 IM2; IM3; IM4 PA1 | Literature review | Qualitative study | Anticipating meal duration more accurately; increased application of overbooking; implementation of a loyalty program: a more personalized approach with customers. |
J. F. Wang et al. (2017) | IM | CB2; CB5; CB6 IM1; IM3; IM4 PA3; PA5 PR3; PR5 | Discrete-event simulation models | Quantitative study | Make reservations according to the duration of the meal to increase RevPASH; implement SPM models; cut-off models to optimize revenue; harmonization of reservations and walk-ins to adjust arrival patterns and resource limitations. |
Bacon et al. (2016) | PR | CB1; CB3; CB5 IM4 | Questionnaire survey | Quantitative study | Effects of location on pricing decisions; price elasticity could be measured by location, cuisine, and each individual restaurant attribute. |
Gregorash (2016) | IM | CB1; CB5 IM3; IM4 PA3 PR5 | Secondary sources | Quantitative study | Customer interviews on motivations for making reservations; aligning marketing with revenue management; and differences in restaurant customer spending based on location and other specific demographic data, such as age, income, gender, and ethnicity. |
Heo (2016) | DC | CB4 DC IM3; IM4; PR3; PR8 | Restaurant distribution channels | Quantitative study | Incorporating other countries to understand differences; introducing technology such as mobile applications to implement revenue management practices; expanding distribution channels and reservations through foreign websites; analyzing psychological factors influencing consumer behavior in the search for products on group shopping platforms. |
Mathe-Soulek et al. (2016) | PR | CB1; CB2 PR3; PR5; PR7 | Secondary sources | Quantitative study | Examining how the introduction of new products impacts overall revenue changes, research and development costs, and restaurant profits; investigating perceptions of health benefits and product performance; analyzing promotions. |
Zheng and Guo (2016) | DC; PR | CB1 DC IM3 PR3 | Simulation | Quantitative study | Stochastic market demand causing management implications in game-based analysis of information; optimal global solution for a restaurant. |
Noone and Maier (2015) | DC; PA; PR | CB1; CB2; CB3 IM1; IM2; IM3; IM4 PA1; PA3 PR3; PR5 | Literature review | Qualitative study | The role of managers in customer perceptions of value and quality influencing choice behavior; upselling practices and positioning more likely to stimulate customer purchases; impact of revenue management practices on customer loyalty, satisfaction, and purchasing. |
Thompson (2015a) | IM | CB2 IM3; IM4 | Simulation | Quantitative study | Investigate flexibility in arrival times; propose more comprehensive models; and integrate the stochastic nature of the problem. |
Thompson (2015b) | IM | IM1; IM3; IM4 | Simulation | Quantitative study | Investigate offering a more limited menu; examine the effects of reducing demand or increasing prices during peak periods under conditions of higher excess demand. |
Von Massow and McAdams (2015) | PR | PR7 | Case study Primary source | Quantitative study | Analysis of food residues in various commercial operations of food services; impact of different waste management strategies on customer experience and restaurant profit margins. |
Bujisic et al. (2014) | CB; PR | CB2; CB4; CB5 IM2; IM3 PA3 PR4 | Interviews | Qualitative study | Entry fees and price sensitivity to develop appropriate pricing strategies; perception of fairness in revenue management principles and recommending strategies to optimize costs and prices without negatively impacting customer satisfaction or the environment; application of dynamic pricing (integration of specialized software). |
Guerriero et al. (2014) | IM | IM1; IM3; IM4 PA3 PR1; PR4 | Simulation | Quantitative study | Verify that booking control policies perform better than the first come, first served. |
Seo and Hwang (2014) | IM; PA | CB1; CB2 IM1 PA5 PR2; PR3 | Observation | Quantitative study | Long-term observation in various restaurants and across different countries; diverse factors such as age, relationship status, familiarity level, special occasions of customers, interactions with employees, service failures, and table characteristics should be studied in the future. |
Heo et al. (2013) | IM; PR | CB1; CB2; CB4 IM1; IM3 PA3 PR2; PR3; PR5; PR6; PR7; PR8 | Questionnaire survey | Quantitative study | Exploration of the effects of perceived limited capacity in various contexts, identification of additional factors that may affect consumer evaluations of price information, analysis of cognitive processing as a mediator to understand the underlying mechanism of scarcity effects, and consideration of customer reactions in advantageous situations. |
Kimes and Beard (2013) | PR | CB2; CB3; CB4 IM1; IM2; IM3; IM4 PA1; PR5 | Literature review | Qualitative study | Further studies on psychological principles of pricing; table mix; reservation systems that take into account demand, meal duration, customer value, and table allocation; menu design; promotion; and customers. |
Bloom et al. (2012) | CB; IM | CB1; CB2 IM1 | Case study | Quantitative study | Conducting a study based on the efficiency of waitstaff in casual dining restaurants to predict meal duration, considering mealtime, group size, and waitstaff efficiency; assessing the impact of atmospheric factors on meal duration; and examining the influence of wine service on meal duration. |
Noone et al. (2012) | CB | CB1 IM1 | Questionnaire survey | Quantitative study | Across diverse industries and various countries; testing other variables that influence the relationship between perceived pace and satisfaction. |
Varini et al. (2012) | CB; PR | CB1; CB2; CB3; CB5 DC IM2; IM3 | Simulation | Quantitative study | Revenue management practices such as dynamic pricing; new tools and approaches to optimize revenue; maximizing the return on time and money; and utilization of new technologies. |
Barth (2011) | IM; PA; PR | CB2 IM GERAL PA1; PA3 PR3; PR5 | Simulation | Quantitative study | Empirical tests. |
Karmarkar and Dutta (2011) | CB; IM | CB2; CB4; CB6 IM1; IM2; IM3; IM4 PA3 PR1; PR2; PR3; PR4 | Simulation | Quantitative study | Varying service times and demands; combining tables to accommodate larger groups. |
Kimes (2011b) | CB; IM | CB4 IM1; IM2 | Questionnaire survey | Quantitative study | Explore in depth the factors of perceived fairness, restaurant forecasting, best booking methods, and customer mix. |
Kimes (2011a) | DC | CB1; CB2 DC IM3; IM4 | Restaurant distribution channels | Qualitative study | Identifying how revenue management and distribution methods implemented in other industries can be adapted to assist restaurants in effectively managing demand and devising new methods to address specific challenges. |
Kwon and Jang (2011) | CB; PR | CB1; CB4 PR3; PR7 | Questionnaire survey | Quantitative study | Expand the sample size; investigate the impact of consumer attitudes towards a specific brand on the effects of price bundling; extend to other restaurant categories. |
Thompson (2011a) | PA | CB6 IM1; IM3; IM4 PA3 PR5 | Questionnaire survey and simulation | Quantitative study | Extended exploration of the impact of cherry-picking on customer satisfaction, analysis of the ethical implications of cherry-picking, and investigation of the effectiveness of different cherry-picking strategies. |
Thompson (2011b) | IM | CB1; CB6 IM3; IM4 PA3 | Simulation | Quantitative study | Impact of rounding rules on naïve methods and evaluation of using the best among the four naïve table combinations as a starting point for a Simulated Annealing-based heuristic. |
Kizildag et al. (2010) | PR | CB2 PR3; PR7 | Secondary sources | Quantitative study | Application of Revenue Management (RM) concepts in table management, in-depth analysis of evaluation models used in table management; growth strategies for risk management, investment, and value creation in the strategy. |
Thompson (2010) | CB | CB2 | Literature review | Qualitative study | Factors affecting restaurant profitability; customer demand forecasting through methods and metrics; customer expenses; impact on profitability, and exploration of decision-making processes. |
Hwang and Yoon (2009) | CB | CB1; CB4; CB5 IM4 | Simulation | Quantitative study | Interior features such as atmosphere, environment, lighting, seating comfort, restaurant size and layout, restaurant service and other arrangements, seating configurations, and the impacts of social factors can be studied in the future. |
Noone and Mattila (2009) | CB | CB1; CB5 | Questionnaire survey | Quantitative study | Research is needed in other services to generalize the results. |
Thompson (2009) | CB; IM | CB4; CB6 IM1; IM3; IM4 | Simulation | Quantitative study | Create a simulation model that captures the nuances and interdependencies in a real system |
Thompson and Sohn (2009) | IM; PA | IM1; IM3; IM4 PA3 | Simulation | Quantitative study | Empower academic researchers to ensure that their results are not tainted by inaccuracies in RevPASH calculations. |
Chan and Chan (2008) | IM | CB2; CB6 IM1; IM2; IM3; IM4 PA3 PR2; PR8 | Interviews | Qualitative study | In-depth research on entry fees and price sensitivity to develop appropriate pricing strategies; recommending strategies to optimize costs and prices without negatively impacting customer satisfaction or the environment in these establishments; implementation of dynamic pricing in beverage establishments (integration of specialized software). |
Kimes (2008) | CB | CB2 DC IM1; IM2; IM3; IM4 | Simulation | Quantitative study | Balancing the costs associated with technology adoption with potential benefits; carefully assessing the effects on customer and employee satisfaction; considering the revenue potential associated with proper technology adoption. |
Heide et al. (2008) | CB; PR | CB1; CB5 IM3 PR2; PR3; PR6; PR7 | Questionnaire survey | Quantitative study | The study of corporate customers should be considered in future research to analyze the design of pricing strategies that meet the demands of this group. |
Palmer and McMahon-Beattie (2008) | PR | CB1; CB2; CB4 PR3 | Questionnaire survey | Quantitative study | To study a set of diverse environmental characteristics and correlate them with customer trust. |
Thompson and Kwortnik (2008) | IM | CB1; CB2 IM1; IM2; IM3; IM4 | Simulation | Quantitative study | Study of overbooking and no-shows; application of various sampling techniques and result robustness; examination of different control factors influencing the relationship between perceived pace and customer satisfaction; investigation of meal duration reduction. |
Noone et al. (2007) | CB; IM | CB1; CB2 | Questionnaire survey | Quantitative study | Generalization of results; different types of restaurants; influence of the relationship between perceived pace and customer satisfaction. |
McGuire and Kimes (2006) | CB | CB1; CB4; CB6 IM3 | Questionnaire survey | Quantitative study | Understand what customers consider to be the reference transaction in restaurant waiting situations; better understand the difference between reference transaction violations that have financial implications and those that do not. |
Kimes and Thompson (2005) | IM | IM1; IM2; IM4 PA2 PR1; PR2; PR3 | Simulation | Quantitative study | In-depth exploration of capacity management; enhancement of NaïveIP models by incorporating factors such as demand intensity and variations in customer values based on group size; assessment of the impact of different table assignment rules; expansion of the investigation to other sectors. |
Kimes (2004) | PA | CB2 IM1; IM2; IM3; IM4 PA3 PR2; PR3 | Simulation | Quantitative study | Verify similar results in other studies. |
Kimes and Robson (2004) | IM; PA | CB1 IM1; IM4 PA3 | Case study Primary source | Quantitative study | Maximizing revenue through a different SPM; opportunities to fine-tune restaurant operations |
Kimes and Thompson (2004) | IM | CB1 IM1; IM2; IM3; IM4 PA3 | Simulation | Quantitative study | The development of the optimal blend in other industries may be considered in the future, as well as the effects of prediction errors and table-combining policies. |
Susskind et al. (2004) | CB; PR | CB3; CB4 IM1; IM3 PR2; PR3; PR8 | Questionnaire survey | Quantitative study | The connection between customer demands and the restaurant’s unique capacity to meet those demands, as well as service plans and the optimization of employee productivity, is regarded as a subject for future investigation. |
Bertsimas and Shioda (2003) | CB | CB2; CB4; CB6 IM1; IM2; IM3 PA3 PR1; PR2 | Simulation model | Quantitative study | Expanding the model to support dynamic capacity and enable table mobility; incorporating dropout and waiver; conducting additional empirical tests. |
Kimes and Wirtz (2003) | CB; DC; PR | CB2; CB4; CB5 DC IM2; IM3 PR3; PR5; PR8 | Questionnaire survey | Quantitative study | It should address the perception of fairness in pricing practices and revenue management duration across other sectors. Additionally, it should investigate how these revenue management practices are perceived in different countries. |
Kimes (1999) | CB | IM1 PA3 PR3 | Simulation | Quantitative study | Establishing a reference framework, including the types of data to be collected, potential data sources, and the analysis and interpretation of gathered information; integrating revenue management information to enhance RevPASH. |
Kimes et al. (1999) | CB | IM1; IM3 PA3 | Literature review | Qualitative study | Implementation of RM strategies, emphasizing the impact of these approaches on RevPASH and financial performance, along with the deployment of training and incentive programs for managers and employees. |
Kimes et al. (1998) | PR | IM1; IM2; IM3 PA1; PA3 PR2; PR3 | Literature review | Qualitative study | Utilization of a framework to assist restaurant managers in identifying revenue management opportunities and developing appropriate strategies for managing duration and implementing differentiated pricing approaches. |
Cross (1997) | PR | CB2; CB6 IM3 | Literature review | Qualitative study | Before going ahead with RM, think very carefully about all the elements that make up the RM of the company- |
Notes: CB—consumer behavior; CB1—customer relationship; CB2—demand forecasting; CB3—elasticity; CB4—fairness perception; CB5—willingness to pay; CB6—willingness to wait; DCs—distribution channels; IM—inventory management; IM1—meal duration management; IM2—overbooking; IM3—reservations; IM4—table mix; PA—performance analysis; PA1—menu engineering; PA2—RevPAS; PA3—RevPASH; PA4—RevPAST; PA5—SPM; PR—pricing—PR1—bid price; PR2—demand-based pricing; PR3—discounts; PR4—dynamic price; PR5—menu pricing; PR6—peak load pricing; PR7—price bundling; PR8—rate fences. |
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Code | Restaurant RM Practices | Restaurant Application | Challenges |
---|---|---|---|
IM1 | Meal duration management |
|
|
IM2 | Overbooking |
|
|
IM3 | Reservations |
|
|
IM4 | Table mix |
|
|
CB1 | Customer relationship |
|
|
CB2 | Demand forecasting |
|
|
CB3 | Elasticity |
|
|
CB4 | Fairness perception |
|
|
CB5 | Willingness to pay |
|
|
CB6 | Willingness to wait |
|
|
PR1 | Bid price |
|
|
PR2 | Demand-based pricing |
|
|
PR3 | Discounts |
|
|
PR4 | Dynamic price |
|
|
PR5 | Menu pricing |
|
|
PR6 | Peak-load pricing |
|
|
PR7 | Price bundling |
|
|
PR8 | Rate fences |
|
|
PA1 | Menu engineering |
|
|
PA2 PA3 PA4 PA5 | Indicators |
|
|
DC | Distribution channel |
|
|
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Malheiros, C.; Gomes, C.; Lima Santos, L.; Campos, F. Monitoring Revenue Management Practices in the Restaurant Industry—A Systematic Literature Review. Tour. Hosp. 2025, 6, 44. https://doi.org/10.3390/tourhosp6010044
Malheiros C, Gomes C, Lima Santos L, Campos F. Monitoring Revenue Management Practices in the Restaurant Industry—A Systematic Literature Review. Tourism and Hospitality. 2025; 6(1):44. https://doi.org/10.3390/tourhosp6010044
Chicago/Turabian StyleMalheiros, Cátia, Conceição Gomes, Luís Lima Santos, and Filipa Campos. 2025. "Monitoring Revenue Management Practices in the Restaurant Industry—A Systematic Literature Review" Tourism and Hospitality 6, no. 1: 44. https://doi.org/10.3390/tourhosp6010044
APA StyleMalheiros, C., Gomes, C., Lima Santos, L., & Campos, F. (2025). Monitoring Revenue Management Practices in the Restaurant Industry—A Systematic Literature Review. Tourism and Hospitality, 6(1), 44. https://doi.org/10.3390/tourhosp6010044