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There is an increased research interest in the recent phenomenon of Chinese small and medium‐sized businesses (SMEs) going abroad. The paper aims to enrich the literature by proposing a “Flying High, Landing Soft” curriculum helping Chinese SMEs going abroad. This innovative entrepreneurial curriculum is based on the Soft Landings program originally developed by the National Business Incubation Association. The objective of the curriculum is to provide a platform for students at various levels (undergraduate, graduate, and executive education) and business communities to engage in China‐USA‐Brazil entrepreneurship.

The “Flying High, Landing Soft” curriculum, consisting of three core elements (resources and networks; five steps process of coaching; cultivating storytellers), is grounded in the theories of input‐process‐output model of strategic entrepreneurship and docility‐based distributed cognition.

A “Flying High, Landing Soft” curriculum was developed to help the Chinese SMEs to invest in USA and Brazil. The curriculum is designed to take advantage of resources from the participating entities with the impact of enriching our students' educational experience and enabling business communities to engage in global business opportunities. The “Flying High, Landing Soft” curriculum is a win‐win program for everyone involved.

The curriculum is based on the Soft Landings International Incubator Designation program originally developed by the National Business Incubation Association. Since there is a need for the soft landings companies to go global, there is also a need for students to go global; the “Flying High, Landing Soft” curriculum is a merge of these two concepts.

The authors have developed a curriculum that links China‐USA‐Brazil entrepreneurs, investors, students and institutions to collaborate in order to help individuals to exploit market opportunities as well as use the process to educate students. This form of entrepreneurship curriculum is a contribution to our understanding about entrepreneurship, especially international entrepreneurship of SMEs.

The purpose of this paper was to present a soft landing control strategy for a biped robot to avoid and absorb the impulsive reaction forces (which weakens walking stability) caused by the landing impact between the swing foot and the ground.

First, a suitable trajectory of the swing foot is preplanned to avoid the impulsive reaction forces in the walking direction. Second, the impulsive reaction forces of the landing impact are suppressed by the on-line trajectory modification based on the extended time-domain passivity control with admittance causality that has the reaction forces as inputs and the decomposed swing foot’s positions to trim off the forces as the outputs.

The experiment data and results are described and analyzed, showing that the proposed soft landing control strategy can suppress the impulsive forces and improve walking stability.

The main contribution is that a soft landing control strategy for a biped robot was proposed to deal with the impulsive reaction forces generated by the landing impact, which enhances walking stability.

This paper analyses the collapse of credit booms into soft landings or systemic banking crises.

A discrete-time competing risks duration model is employed to disentangle the factors behind the length of benign and harmful credit booms.

The results show that economic growth and monetary authorities play the major role in explaining the differences in the length and outcome of credit booms. Moreover, both types of credit expansions display positive duration dependence, i.e. both are more likely to end as they grow older, but hard landing credit booms have proven to be longer than those that land softly.

This paper contributes to our understanding of what affects the length of credit booms and why some end up creating havoc and others do not. In particular, it calls the attention to the important role that Central Bank independence plays regarding credit booms length and outcome.

To disseminate information on a new scope of Service for building projects that embodies post occupancy evaluation.

The paper draws upon recent practical experience in the field by the author and examples the background and detail of the new scope of service.

The results of field experience are exampled. Topical research is used to underpin the recommendations.

This paper contains the justification for a novel method of delivering new buildings and the detail of the methodology. It will be of practical value to project managers, estates directors and facilities managers.

The purpose of this paper is to discuss the autonomous navigation and guidance scheme for future precise and safe planetary landing.

Autonomous navigation and guidance schemes are proposed based on inertial measurement unit (IMU) and optical navigation sensors for precise and safe landing of spacecrafts on the moon and planetary bodies. First, vision‐aided inertial navigation scheme is suggested to achieve precise relative navigation; second, two autonomous obstacle detection algorithms, based on grey image from optical navigation camera and digital elevation map form light detection and ranging sensor, respectively, are proposed; and third, flowchart of automatic obstacle avoidance maneuver is also given out.

This paper finds that the performance of the proposed scheme precedes the traditional planetary landing navigation and guidance mode based on IMU and deep space network.

The presented schemes need to be further validated by the mathematical simulations and hardware‐in‐loop simulations, and then they can be used in the real flight missions.

The presented schemes are applicable to both future planetary pin‐point landing missions and sample return missions with little modification.

This paper presents the new autonomous navigation and guidance scheme in order to achieve the precise and safe planetary landing.

This paper aims to focus on deliberate actions by the building client to integrate knowledge of facilities management, in particular building operation, in design and construction of sustainable facilities. Examples of current practices are studied to answer the following questions: Which initiatives to enable operational friendly and sustainable buildings are currently used by building clients in Denmark? Which initiatives could be appropriate to use in the future, and which parties are in the best position to implement the various initiatives?

The study is a hermeneutic multi-method study, which consists of a review of former research, a case study and a survey. It starts with theoretical background based on earlier research with the aim to identify initiatives to ensure the use of operational knowledge in building design. Hereafter, the paper presents, analyses and discusses two studies: a case study of current practices at a university campus organisation and a survey of five swimming facilities. All cases are from Denmark.

In all, 31 initiatives to enable use of operational knowledge in building design were initially identified. In the case study, 11 additional initiatives were found. The case study and the survey of swimming facilities show different degrees of implementation, varying from 18 to 31 initiatives implemented. However, the studies show that introducing the initiatives is not sufficient; it takes deliberate actions to get the initiatives well implemented. Within the building client organisation, three main actors should care for implementing the initiatives: Top management, building client division and operation division.

Research-based literature on practices in relation to knowledge transfer from operation to design is limited. This paper provides insights into deliberate efforts on transferring knowledge from operation to design among Danish building clients.

An index language usually incorporates various methods for improving recall and/or precision when searching. Recall devices tend to increase the size of retrieved document sets, while precision devices tend to reduce them. The most common recall and precision devices are described in general terms and their usage in several thesauri is examined. The thesauri looked at relate to databases available for searching in the ESA IRS online information system at one time or another and include the NASA Thesaurus; Thesaurus of Engineering and Scientific Terms; Thesaurus of Metallurgical Terms; Subject Headings used by the USAEC; Subject Headings for Engineering; INIS Thesaurus and the INSPEC Thesaurus. The extent to and the way in which the recall and precision devices are used in the ESA IRS online system for controlled and uncontrolled subject term searching are discussed.

The purpose of this paper is to summarise the main post occupancy evaluation (POE) techniques currently available and illustrate which method would be the most appropriate as a performance enhancement tool within higher education (HE) facilities.

The history of, and barriers to using POE as a performance enhancement tool are analysed through an extensive literature review.

Despite a historic resistance to POE by construction professionals, interest has emerged in recent years, particularly with government clients and public funded projects, with a focus on the outputs of a project as opposed to the inputs. While plenty of methods exist, only a few are specifically suited to evaluate the building performance of educational facilities to maximise student success and productivity.

Practitioners and academics who are interested in the various POE methods will find this review relevant in order to choose which method is most appropriate for the assessment needs of HE facilities.

Research on POE has been emerging in the field of facilities management for commercial and domestic buildings, but little attention has been drawn to HE buildings; although they are a great contributor to individual success and society. This paper provides an historic overview of POE while also assessing its scope, identifying drivers and barriers to it, and outlining the various methods by which it can be conducted.

Evaluate the post occupancy performance of a typical “traditional” building using multiple post occupancy evaluation (PoE) protocols against design intents to learn lessons about their suitability in meeting UK's climate change reduction targets. The paper aims to discuss these issues.

PoE studies of a single case study, Norton Park, using three PoE methodologies. Gaps and overlaps between the PoE protocols are assessed and their role in improving energy and carbon emission performance of traditional buildings is explored.

Refurbishment of the type undertaken in this case study could halve the energy use in traditional buildings with comparable savings in CO₂ emission.

Traditional buildings could positively contribute to achieving climate change reduction targets; regular feedback loops improve performance over time.

Quantification of the likely national benefit of focusing retrofit actions on traditional buildings is explored.

The research study demonstrates that very high levels of energy saving can be achieved when traditional buildings are refurbished. In addition on-going monitoring and PoE studies highlight opportunities to optimise the performance of traditional buildings.

Against the background of earlier publications on the future of facilities management (FM) and acknowledging digitalization and sustainability as two major shaping forces, the purpose of this paper is to place contributions to the special issue in the perspective of current opportunities for FM research.

After a review of publications since the 1980s, dealing with the future of FM, there is an analysis of how the forces of digitalization and sustainability have emerged over five decades. The articles of this special issue are introduced against this background. Opportunities for future FM research are identified, and the relation between research, education and practice is discussed.

Megatrends outlined in the 1980s still shape how FM develops. Digitalization supports sustainability not only through workplace change and building design but also through performance measurement, certification schemes and an awareness of the wider urban context.

Opportunities for FM research are created by digitalization and concerns with sustainability, combining environmental and social aspects. Relations between organizations studied in an FM context are important. Within organizations, employee issues and risk management are emphasized.

Policies and schemes for sustainable buildings should be linked to sustainable FM more clearly. The relation between research, education and practice needs to be consolidated as a basis for research and development, as illustrated by a number of studies belonging to this special issue. To reach the goals of sustainable development, we need to develop the knowledge and theoretical frameworks that can be applied to and used by practice. The recent ISO FM definition appears as narrow and should be extended to recognize facilities’ life-cycle issues as well as broader urban and social concerns.

This paper highlights the importance of basing FM research on an understanding of the fundamental forces that shape change.