Consultation unlocks interdisciplinary resources: A community museum evolving in the Kelabit Highlands, Malaysian Borneo

This article discusses the role of community consultation in the process of developing a community museum in the Kelabit Highlands in Sarawak. It reflects on the relationships between heritage conservation, cultural tourism and competing community aspirations.   

Māori women educators’ pedagogy and Kaupapa Māori methodology

This thesis wove three Māori women educators’ pedagogy into the Whatu metaphor, from the findings, continuance and sustenance, every place a learning place and knowing each other. Kaupapa Māori philosophies informed the research methodology, which in turn became an instrument of analysis and subject of my research experience.

Development of microfluidic-based analytical methodology for studying the effects of chemotherapy agents on cancer tissue

Whilst a multitude of techniques have been employed to study the biology of tumour tissue and its response to chemotherapeutic reagents, most current methodologies do not capture the sophistication of the in vivo environment. Microfluidics however offers the ability to maintain and interrogate primary tissue samples in an environment with biomimetic flow characteristics. In this study head and neck squamous cell carcinoma (HNSCC) tumour biopsies have been used to investigate the performance of a microfluidic device for generating clinically-useful information. The response of fresh and cryogenically-frozen primary HNSCC or metastatic lymph node samples to chemotherapy drugs (cisplatin, 5-flurouracil or docetaxel), alone and in combination, were monitored for both proliferation (water-soluble tetrazolium salt metabolism) and cell death biomarker release (lactate dehydrogenase, LDH) “off-chip”. The frozen tissue showed no significant difference in terms of either proliferation or LDH release in comparison with the matched fresh samples. Administration of all drugs caused cell death, in a dose-response manner, with the combination showing the greatest amount of cytotoxicity particularly at days 8 and 9; correlating well with published clinical data. The system described here offers an innovative method for studying the tumour microenvironment in vitro and, through incorporation of relevant analytical modules, provides the basis of a pre-clinical device that can be used to define personalised treatment regimens.

A control methodology for DFIG type wind turbines connected to distribution networks

This paper proposes a decentralised controller design for doubly-fed induction generators (DFIGs) to enhance dynamic performance of distribution networks. The change in the output power due to the variable nature of wind is considered as an uncertain term in the design algorithm. In addition, the interconnection effect of the other subsystems are considered in the design process. The H norm of the uncertain system is found out and simultaneous output-feedback linear controllers are designed based controller is verified on a 16 bus distribution test system for severe disturbances. Simulation results indicate that the designed controller is robust against uncertainties in operating conditions

Motivations for doing interdisciplinary research: Results from an Australian qualitative study

While the literature provides a strong conceptual justification for Interdisciplinary Research (for example: Klein 1990, 1996; Sherif & Sherif, 1969) and a number of studies document the benefits and challenges of such studies (such as: Slatin, Galizzi, Melillo & Mawn 2004; Rhoten, 2004; Lynch 2006; Jacobs & Frickel 2009), there are surprisingly few empirical analyses of the reasons why individual researchers become involved in Interdisciplinary Research projects. Responding to this gap in the extant literature, the current study was undertaken to identify individual influences and motivations for participating in Interdisciplinary Research projects. In this paper we report findings that emerged from 30 interviews with researchers from a wide range of disciplines, as well as different stage of career, on the major reasons why they are drawn to Interdisciplinary Research. As part of the paper we also report the extent to which participants agreed or disagreed with a variety of pitfalls identified in the literature as potential impediments or deterrents to individuals becoming involved in Interdisciplinary studies.

Points in mental space: an interdisciplinary study of imagery in movement creation

As part of a programme of research that is developing tools to enhance choreographic practice, an interdisciplinary team of cognitive scientists, neuroscientists and dance professionals collaborated on two studies examining the mental representations used to support movement creation. We studied choreographer Wayne McGregor's approach to movement creation through tasking, in which he asks dancers to create movement in response to task instructions that require a great deal of mental imagery and decision making

Enriching interdisciplinary connections : student engagement in theory and practice in higher education programs in Australia and the UK

This paper provides insight into how postgraduate students in two pre-service disciplines, namely medicine and education, identify and make meaning of their circumstances in the globalised era of tertiary education.
Drawing on elements of Giddens’ theory of structuration, we discuss some of the tensions students have reported encountering in an era which is characterised by greater internationalisation of the student body and more globalised curricula.

Ubiquitous multicore (UM) methodology for multimedia

For more than a decade now, multimedia developers have usually "ride the waves", so to speak, with the coming of each generation of microprocessors, which allows their applications, designs and programs to usually running more proficiently, efficiently and effectively. This so-called "free" ride seems to be coming to an end, with results of increases clock speeds, the widening of the gap in processor and memory performance, and the tradeoffs that are needed to meet the former two points, with the new multi-core systems. In this paper, we build upon our previous work within multi-core systems, by proposing a ubiquitous multi-core (UM) design. The goal of such a framework is help researchers to plan and implement their multimedia applications so they can take advantage of speed up computations of multi-core systems and allow real-time multimedia. As our experiments show, our UM system increases performance speeds at an average of 100%, with the average execution cost of 1.4ms, showing that multimedia can use multi-core resources efficiently and effectively.