5. A grand tour of exoplanets

‘A grand tour of exoplanets’ explores exoplanets. Since there are far too many known exoplanets already for many of them to get familiar names such as the Solar System planets have, they are identified by a two-part naming convention. The first part of the name is the star they orbit, and the second part is a lower-case letter indicating the order in which the planet associated with that star was discovered. There are two main ways that exoplanets are found: the radial velocity (RV) technique and the transit method. Planets can be characterized by their instellation and by size or mass.

An analysis of the issues and benefits in EDRMS Implementation - A case study in a NZ public sector organisation

<p>Purpose – The purpose of this paper is to study the issues occurred and benefits gained during this recent Electronic Document and Records Management System (EDRMS) implementation within the resolution team, legal team and ministerial services team of a New Zealand public organisation so that it can benefit future organisation-wide implementation. Design/Methodology/approach – Interview questions were developed based on literature review and semi-structured interview was used to collect data from key users of affected business units as well as EDRMS administrators. Interview results were then compared with pre-defined critical successful factors (CSFs) which include: top management support, mature recordkeeping practices, business classification schemes and effective user cooperation, on-going training and support, Well-planned change strategy and communication to find if there is any potential gap within this implementation. Findings – Issue such as: Lack of early user buy-in or Lack of senior management support arising during the implementations was direct result of violating EDRMS CSFs. Thus, for future deployment, project team needs to correct the issue based on CSFs. However, there are also benefits gained during this implementation which include: Improves overall information quality and efficiency and Enhancing the retention of knowledge base, etc. Practical implications – Before creating a new file in the EDRMS system, users need to do a search first to check if there is any existing file to avoid duplication. Moreover, business rules around naming convention should be in place before the implementation to guide the users to properly name EDRMS files or folders to avoid duplication. Originality/value – This paper will assist the case organisation or any other NZ public organisations for any future EDRMS deployment.</p>

An analysis of the issues and benefits in EDRMS Implementation - A case study in a NZ public sector organisation

<p>Purpose – The purpose of this paper is to study the issues occurred and benefits gained during this recent Electronic Document and Records Management System (EDRMS) implementation within the resolution team, legal team and ministerial services team of a New Zealand public organisation so that it can benefit future organisation-wide implementation. Design/Methodology/approach – Interview questions were developed based on literature review and semi-structured interview was used to collect data from key users of affected business units as well as EDRMS administrators. Interview results were then compared with pre-defined critical successful factors (CSFs) which include: top management support, mature recordkeeping practices, business classification schemes and effective user cooperation, on-going training and support, Well-planned change strategy and communication to find if there is any potential gap within this implementation. Findings – Issue such as: Lack of early user buy-in or Lack of senior management support arising during the implementations was direct result of violating EDRMS CSFs. Thus, for future deployment, project team needs to correct the issue based on CSFs. However, there are also benefits gained during this implementation which include: Improves overall information quality and efficiency and Enhancing the retention of knowledge base, etc. Practical implications – Before creating a new file in the EDRMS system, users need to do a search first to check if there is any existing file to avoid duplication. Moreover, business rules around naming convention should be in place before the implementation to guide the users to properly name EDRMS files or folders to avoid duplication. Originality/value – This paper will assist the case organisation or any other NZ public organisations for any future EDRMS deployment.</p>

The russification legacy of historical monuments of Uzbekistan

This article illustrates the naming convention of historical monuments by the Russian Empire and the Soviet Union in Uzbekistan. The Russification is a form of cultural assimilation during which the non-Russian communities whether voluntary or involuntary gave up their culture or statehood or language in favor of the Russian culture. Undeniably, the Russification in the naming convention of Uzbekistan’s historical monuments still bears its legacy. For instance, the names of archaeological finding on the territories of Selengur—Kulbulak and Teshiktash—pronounced in the Russian phonetics rather than Uzbek. Rather, Kulbulak is ought to be spelled Qulbuloq; and, Teshiktash—Teshiktosh.

russification legacy of historical monuments of Uzbekistan

This article illustrates the naming convention of historical monuments by the Russian Empire and the Soviet Union in Uzbekistan. The Russification is a form of cultural assimilation during which the non-Russian communities whether voluntary or involuntary gave up their culture or statehood or language in favor of the Russian culture. Undeniably, the Russification in the naming convention of Uzbekistan’s historical monuments still bears its legacy. For instance, the names of archaeological finding on the territories of Selengur—Kulbulak and Teshiktash—pronounced in the Russian phonetics rather than Uzbek. Rather, Kulbulak is ought to be spelled Qulbuloq; and, Teshiktash—Teshiktosh.

857Data harmonisation of Australian and New Zealand ambulance service datasets

Background Australia has eight state-based ambulance services and New Zealand (NZ) has two. Significant variation between their datasets compromises cross-border research opportunities and translation of research to improve patient care. Ambulance data harmonisation has occurred in the United States and United Kingdom however, to-date no data harmonisation has occurred in Australia. This study aims to compare ambulance service variables in Australia and NZ to identify opportunities and barriers for harmonisation. Method Available 2019 variables were mapped to each other and several international standardized terminology systems to identify variations and similarities in variable names and definitions, and harmonisation opportunities. Results Four Australian ambulance services used one electronic patient care record (ePCR) system, three used other ePCR systems, one used paper-based records and both NZ services used one ePCR system. Only the NZ services had mapped their variables to two international standardised terminology systems. Barriers to harmonisation included the variables collected, the variable definitions and the variable naming convention. The core variables available for mapping varied and numbered from 27-69. Differences included similar variable names having different definitions, variables that should have different definitions having the same, and naming convention for similar/same variables differing between services. Conclusions Ambulance service data harmonisation in Australia and NZ is possible and presents significant opportunities for improvement in patient outcomes and performance audit. It would facilitate quality, large-scale, high-impact collaborative national and international research. Key Message There is an opportunity for Australian and NZ ambulance services to harmonise their data to conduct large scale international research.

The Use of Maximum Entropy to Enhance Wave Intensity Analysis: An Application to Coronary Arteries in Hypertrophic Obstructive Cardiomyopathy

Background: Wave intensity analysis is useful for analyzing coronary hemodynamics. Much of its clinical application involves the identification of waves indicated by peaks in the wave intensity and relating their presence or absence to different cardiovascular events. However, the analysis of wave intensity peaks can be problematic because of the associated noise in the measurements. This study shows how wave intensity analysis can be enhanced by using a Maximum Entropy Method (MEM).Methods: We introduce a MEM to differentiate between “peaks” and “background” in wave intensity waveforms. We apply the method to the wave intensity waveforms measured in the left anterior descending coronary artery from 10 Hypertrophic Obstructive Cardiomyopathy (HOCM) and 11 Controls with normal cardiac function. We propose a naming convention for the significant waves and compare them across the cohorts.Results: Using a MEM enhances wave intensity analysis by identifying twice as many significant waves as previous studies. The results are robust when MEM is applied to the log transformed wave intensity data and when all of the measured data are used. Comparing waves across cohorts, we suggest that the absence of a forward expansion wave in HOCM can be taken as an indication of HOCM. Our results also indicate that the backward compression waves in HOCM are significantly larger than in Controls; unlike the forward compression waves where the wave energy in Controls is significantly higher than in HOCM. Comparing the smaller secondary waves revealed by MEM, we find some waves that are present in the majority of Controls and absent in almost all HOCM, and other waves that are present in some HOCM patients but entirely absent in Controls. This suggests some diagnostic utility in the clinical measurement of these waves, which can be a positive sign of HOCM or a subgroup with a particular pathology.Conclusion: The MEM enhances wave intensity analysis by identifying many more significant waves. The method is novel and can be applied to wave intensity analysis in all arteries. As an example, we show how it can be useful in the clinical study of hemodynamics in the coronary arteries in HOCM.

Facilitating compliance with BIM ISO 19650 naming convention through automation

Purpose To foster effective implementation of building information modelling (BIM), it is guided by standards and protocols that require files naming in a format, containing a string of letters and digits in a tightly defined manner, which is perceived to be time-consuming, error-prone and serves as a barrier to BIM adoption. This paper aims to present a BIM-based plug-in solution (Auto-BIMName) that facilitates automated naming in compliance with BIM standards. Design/methodology/approach The Auto-BIMName portal has an information management system (IMS) for generating a master information delivery plan (MIDP), which serves as pre-requisites to effective file naming. Once the naming schema is implemented through text input controls for a project name, volume, level and number, the Revit plugin communicates with its IMS to fetch the name string or concatenate the string in line with the ISO 19650 convention, where the IMS is unused. The system was validated through a simulated collaborative project. Findings System testing and evaluation confirmed that the Auto-BIMName will ease the process of file naming, thereby facilitating collaboration efficiency, naming consistency across project teams and lifecycle stages, ease of file naming, time-saving and inducement for BIM implementation, etc. By linking information from MIDP in the BIM execution plan, the platform enhanced information management processes and improved coordination across project teams and lifecycle stages. Originality/value Apart from demonstrating how the automated naming platform enhances project performance, information management and coordination, the paper provides a practical demonstration of how the construction industry will benefit from enhanced digitalisation and process automation.

BANYUMAS PROPER NAMES: STRUCTURE AND CULTURAL REFLECTION

Proper name is a linguistic symbol that reflects people’s perspectives and thoughts over something. This study aims to reveal current naming convention in Banyumas from linguistic perspective and to describe naming classification which covers list of proper names, their sociocultural background, the meanings, and the functions. This study used descriptive-qualitative method with snowball technique for the sampling. Banyumas proper names are dominated by the use of monomorphemic form. The languages used to give proper names come from local language, Bahasa Indonesia, as well as foreign languages.The naming structure covers first name, functioning as gender and birth order markers; middle name, containing ethnical or foreign element; and last name, containing family name. Naming reference mostly uses adjectives, famous figures’ names, nature elements, flower names, puppet characters’ names, and/or numbers and symbols. Prefix su- also characterizes some proper names in Banyumas. Cultural reflection from Banyumas proper names is that the proper names chosen by the name givers, mostly parents, resemble their hope and prayer for their children. Proper name as a part of culture and folklore becomes ethnical identity for the people themselves.

Salmonella nomenclature in the genomic era: a time for change

Salmonella enterica nomenclature has evolved over the past one hundred years into a highly sophisticated naming convention based on the recognition of antigens by specific antibodies. This serotyping scheme has led to the definition of over 2500 serovars which are well understood, have standing in nomenclature and, for the majority, biological relevance. Therefore, it is highly desirable for any change in naming convention to maintain backwards compatibility with the information linked to these serovars. The routine use of whole genome sequencing and the well-established link between sequence types and serovars presents an opportunity to update the scheme by incorporating the phylogenetically relevant sequence data whilst preserving the best of serotyping nomenclature. Advantages include: overcoming the variability in antibody preparations; removing the need to use laboratory animals and implementing a truly universal system. However, the issue of trying to reproduce the phenotyping gold standard needs to be relaxed if we are to fully embrace the genomic era. We have used whole genome sequence data from over 46,000 isolates of Salmonella enterica subspecies enterica to define clusters in two stages: Multi Locus Sequence Typing followed by antigen prediction. Sequence type—serotype discrepancies were resolved using core SNP clustering to determine the phylogenetic groups and this was confirmed by overlaying the antigenic prediction onto the core SNP clusters and testing the separation of clusters using cgMLST Hierarchical Clustering. This allowed us to define any major antigenic clusters within an ST—here called the MAC type and written as ST-serovar. Using this method, 99.96% of Salmonella isolates reported in the UK were assigned a MAC type and linked to a serovar name taken from the Kauffmann and White scheme. We propose a change for reporting of Salmonella enterica sub-types using the ST followed by serovar.