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The aim of this study was to develop a multi‐professionally agreed list of adverse events, which may act as a prompt for clinical incident reporting in trauma and orthopaedics and to determine what healthcare professionals understand by the term adverse event. A modified Delphi process with healthcare professionals working in trauma and orthopaedics (242) in three NHS trusts was performed. The process involved initial brainstorming sessions, a two‐round Likert‐style postal questionnaire and final focus group discussion. The initial brainstorming sessions generated a list of 224 adverse events to be included in the first round of the postal questionnaire. They included 83 causes of adverse events, 36 health and safety related adverse events and 105 clinical adverse events. Following the second round questionnaire and focus group discussion, a final list of 20 adverse events was produced. There were variations between professional groups in terms of validity scoring of individual adverse events. Overall, medical staff gave a lower rating to the adverse events than the other two professional groups. There were also variations between professional groups in terms of response rates. The modified Delphi process proved to be a successful tool for generating a multi‐professionally agreed list of adverse events and for understanding what healthcare professionals understand by the term adverse event.

This paper identifies factors that support and hinder image transfer in sports sponsorships. It develops a framework of drivers of image transfer and tests the proposed hypotheses empirically at a large sporting event with a number of different sponsors. The results suggest that event-sponsor fit has a positive impact and is the main driver of the strength of image transfer. Event involvement also positively affects image transfer, but the magnitude of this effect is lower. Sponsorship exposure does not have a significant influence. However, there is an interaction between event-sponsor fit and sponsorship exposure, indicating that higher exposure leads to an increased image transfer if the fit between event and sponsor is high. Implications of results for the choice and design of sport sponsorships are discussed and further areas of research identified.

The study investigated the frequency of adverse life events and prevalence of MD recorded for clients with intellectual disabilities (ID) in a medium secure unit, using data from an electronic patient record (EPR) system. Prevalence of MD was calculated on the basis of ICD‐10 diagnoses and a 38‐item checklist was developed to investigate adverse/traumatic life events for sub‐samples with and without MD. High rates of MD were reported overall, particularly of schizotypal and delusional disorders and disorders of personality. Adverse life events including abuse, bereavement and relationship difficulties had been documented by clinicians. The overall number of recorded events was significantly higher for clients diagnosed with a MD. Associations between MD and life events have been reported previously, but not in a forensic ID population. The study contributes to a growing body of literature highlighting the relationship between life events and mental health in people with ID, offering further information for service development and clinical practice.

Fault tree analysis (FTA) is a technique widely used in the study of the reliability of industrial systems and to quantify risks associated with potentially hazardous systems. Most of the studies carried out are related to how to construct a fault tree and how to carry out qualitative and quantitative analysis. However, this paper studies an approach for prioritisation and optimum resource allocation by making use of the FTA technique. The basic idea is to develop a simple procedure for the ranking of basic elements in the complex system, so that maximum increase in reliability can be achieved. We compare our approach with the existing basic event importance measures, and show that the simple approach is easy to apply and provides ranking that is similar to other more complicated approaches. In addition, the new ranking approach can be used at the initial stages of fault tree construction as it does not require the whole fault tree to be completely developed.

This article aims to provide a critical review of the articles included in this special issue and highlight their findings and contribution to events, festivals and destination management research.

The article critically reviews methodologies, findings, themes and conclusions offered by each article included in this special issue.

The articles in the special issue identify the latest thematic trends in events, festivals and destination management research and propose conceptual frameworks for event and festival life cycle trajectories. They build on previous research confirming how accessible tourism and a balanced event portfolio can increase the sustainability and competitiveness of the destination. Based on sound methodologies, they offer specific theoretical and practical implication for the successful planning, marketing and management of events, festivals and destinations. They provide suggestions on how event innovation, participatory sport events, mega sport events, food and wine festivals and meetings, incentives, conferences and events (MICE) can assist in the marketing and branding of the tourism destination.

The articles in this special issue lay the foundation for future research in events, festivals and destination management. Articles in this special issue apply various research methods and analysis, indicating the growth of event and festival research. Research methods and analysis techniques used in the special issue include content/theme analysis, case studies, qualitative studies and questionnaires. The research articles and methodologies used in this issue should help both researchers and industry practitioners.

This study highlights key findings, theoretical and practical implications and contributions of the articles included in this special issue. It provides a holistic view of events, festivals and destination management research and suggests areas for future research.

The purpose of this paper is to research integrating web text resources and mine its emergence.

With the understanding of characteristics of internet resources, this paper will focus on solving the problem of text resource aggregation in open environment and its emergence showed during aggregation over time. The authors process these text resources, both in space and time dimension, through viewing them as an event stream evolving over time, and attempt to discover the evolutionary event patterns and furthermore, to mine the emergence of text content.

The proposed methods are generally applicable to text stream data and have many potential applications in text resource aggregation in open environment.

The main limitation is availability of data.

The paper presents a very useful method for text resource aggregation in an open environment.

The paper presents a new method to integrate web text resources and mine its emergence.

City branding has become a very popular activity all over the globe. In this paper the authors aim to show the importance of sports events in city re‐branding strategies, and how businesses take advantage of such opportunities to increase their incomes.

A new framework is presented that is based on four different alternatives for city re‐branding strategies based on sport events. These four re‐branding strategies are derived from two main dimensions: the locus of the sports event (local vs international) and the longevity of the sports event (one‐off vs continual).

Prospective hosts of mega or international sports events must ensure that people all over the world see their city as a leisure, tourism and consumption center and not just a sports arena. Conversely, when hosting medium or minor sports events, planners must aim for these sport events to increase residents' civic pride.

This conceptual paper demonstrates how city planners and decision makers can leverage their city image and its business sector's potential to earn from this event directly and indirectly, based on the aforesaid four re‐branding strategies: Mega sports events, International sports events, Medium sport events, and Minor sport events.

This article deals with four types of sports event strategies at the same time, whereas other investigations tend to deal with only a single type.

This paper aims to present a method for calculating the top event probability of a fault tree with priority AND gates.

The paper makes use of Merle's temporal operators for obtaining the minimal cut sequence set of a dynamic fault tree. Although Merle's expression is based on the occurrence time of an event sequence, the paper treats the expression as an event containing the order of events. This enables the authors to treat the minimal cut sequence set by using the static fault tree techniques. The proposed method is based on the sum of disjoint products. The method for a static FT is extended to a more applicable one that can deal with the order operators proposed by Merle et al.

First, an algorithm to obtain the minimal cut sequence set of dynamic fault trees is proposed. This algorithm enables the authors to analyze reasonably large scale dynamic fault trees. Second, the proposed method of obtaining the top event probability of a dynamic fault tree is efficient compared with an inclusion‐exclusion based method proposed by Merle et al. and a conventional Markov chain approach. Furthermore, the paper shows the top event probability is derived easily when all the basic events have exponential failure rates.

The methodology presented shows a new solution for calculating the top event probability of dynamic fault trees.

Adverse events and patient care-related adverse events are a challenging universal problem, among elder residents of geriatric facilities. The aim of this study was to examine which types of adverse events are characteristic of the geriatric center studied and which of the nursing staff reported this event.

Data were retrieved from the computerized adverse event management system at a large geriatric center in central Israel, and all adverse events reported over the past three years were examined.

The study findings indicate that the most common type of adverse event was falls. Older nurses with greater seniority in the facility show a higher tendency to report adverse events. In addition, registered nurses were found to report more often than practical nurses.

This study highlights the important role that nurses can play in reporting and reducing adverse events. The role of the nurse is becoming increasingly complex, especially in geriatric facilities, which serve people with complex mental and physical states who are more susceptible to adverse events to begin with.

Despite the large number of adverse events, few studies have been undertaken on adverse events in geriatrics in general, and in nursing homes and long-term facilities in particular. Answers to these questions will enable improvement in the quality of care provided and ensure a safe care environment for residents. Systematically examining types of adverse events and the characteristics of those who do and do not report them, can contribute to improvement of processes in the healthcare system in general, and in the facility in particular. Additionally, efficient investigation can improve the behavior of those who enable adverse events.

The purpose of this paper is to present a distributed multiple mobile robot system that provides a collaborative control and simulation environment.

A CORBA‐based cooperative system is designed to implement a robotic layered cooperative mechanism. The mechanism has three layers: mission, transport and execution. In order to realize a flexible and effective communication in the cooperative mechanism, an extended robot event service (federated event service) is proposed to improve the cooperative system's real time performance.

Experimentation has proved the validity and effectiveness of the system. The federated event service's latency is approximately 9 percent less than the standard event service latency when the CPU is determined.

The robotic modularized system includes the map‐building, path‐planning, robot task‐planning, simulation and actual robot control function modules, and uses CORBA to integrate the whole system. It is easy to implement a layered cooperative mechanism for multiple mobile robots. Given the problem on multiple robots cooperation latency, a useful extended robot event service is proposed.

The paper focuses on the distributed functional modular architecture, and the multiple robots cooperative layered mechanism. In the mechanism, an extended robot event service (federated event service) is proposed to reduce the cooperative system's real time latency. The conducted experiment validates the proposed system with a good performance for multiple mobile robots' cooperation.