A Statistical Analysis of 10-pin Bowling Scores and an Examination of the Fairness of Alternative Handicapping Systems

Using data on approximately 1240 games of bowling we examine the statistical properties of 10-pin bowling scores. We find evidence that that the distribution of bowling scores is approximately log-normally distributed with a common variance across players. This allows us to consider the effectiveness of alternative handicapping systems in allowing less skilled bowlers to compete against more skilled opponents. We show that the current system mitigates against bowlers of low skill and propose a new system which we show works well in equalising the playing field across all match-ups.

Improved self-gain in deep submicrometer strained silicon-germanium pMOSFETs with HfSiOx/TiSiN gate stacks

The self-gain of surface channel compressively strained SiGe pMOSFETs with HfSiOx/TiSiN gate stacks is investigated for a range of gate lengths down to 55 nm. There is 125% and 700% enhancement in the self-gain of SiGe pMOSFETs compared with the Si control at 100 nm and 55 nm lithographic gate lengths, respectively. This improvement in the self-gain of the SiGe devices is due to 80% hole mobility enhancement compared with the Si control and improved electrostatic integrity in the SiGe devices due to less boron diffusion into the channel. At 55 nm gate length, the SiGe pMOSFETs show 50% less drain induced barrier lowering compared with the Si control devices. Electrical measurements show that the SiGe devices have larger effective channel lengths. It is shown that the enhancement in the self-gain of the SiGe devices compared with the Si control increases as the gate length is reduced thereby making SiGe pMOSFETs with HfSiOx/TiSiN gate stacks an excellent candidate for analog/mixed-signal applications

The impact of self-heating and SiGe strain-relaxed buffer thickness on the analog performance of strained Si nMOSFETs

The impact of the thickness of the silicon–germanium strain-relaxed buffer (SiGe SRB) on the analog performance of strained Si nMOSFETs is investigated. The negative drain conductance caused by self-heating at high power levels leads to negative self-gain which can cause anomalous circuit behavior like non-linear phase shifts. Using AC and DC measurements, it is shown that reducing the SRB thickness improves the analog design space and performance by minimizing self-heating. The range of terminal voltages that leverage positive self-gain in 0.1 μm strained Si MOSFETs fabricated on 425 nm SiGe SRBs is increased by over 100% compared with strained Si devices fabricated on conventional SiGe SRBs 4 μm thick. Strained Si nMOSFETs fabricated on thin SiGe SRBs also show 45% improvement in the self-gain compared with the Si control as well as 25% enhancement in the on-state performance compared with the strained Si nMOSFETs on the 4 μm SiGe SRB. The extracted thermal resistance is 50% lower in the strained Si device on the thin SiGe SRB corresponding to a 30% reduction in the temperature rise compared with the device fabricated on the 4 μm SiGe SRB. Comparisons between the maximum drain voltages for positive self-gain in the strained Si devices and the ITRS projections of supply-voltage scaling show that reducing the thickness of the SiGe SRB would be necessary for future technology nodes

Collab Works 2019 Head LX Bundle

Collab Works 2019 Lighting Department Documentation Bundl

Venting, joining and educating: motivations for knowledge sharing in the UK police blogosphere.

This article examines motivations for knowledge sharing in blogs written by police officers. It draws on the findings of a research project completed in 2011 based on content analysis of 63 blogs

The factors that influence care home residents’ and families’ engagement with decision-making about their care and support: an integrative review of the literature

BACKGROUND: As care homes play an important role in the lives of an increasing number of older people, it is pivotal to understand how residents’ and their families engage in decision-making about their care and support. Internationally, there is an increasing emphasis in long-term care settings on the right of residents to be actively involved in all aspects of decision-making about their care and support. However, the steps necessary to achieving a culture of shared decision-making in long-term care settings remain unclear. The aim of this literature review is to summarise what is known in the literature about the factors that influence care home residents’ and families’ engagement with decision-making about their care and support. METHODS: An integrative literature reviews was carried out, guided by the methodological framework proposed by Whittemore and Knafl (2005). CINAHL, Medline Ovid and ProQuest Health and Medical databases were searched for relevant articles from 2011 to 2021. A three-step method was used, including the use of reference and citation management software to manage search results and identify duplicate citations. Abstracts and full texts were reviewed by two reviewers. Details of the selected articles were then extracted using the Data Extraction Form. RESULTS: In total, 913 articles were located and 22 studies were included in the final analysis. The thematic analysis identified three main themes that illustrate the complexities of shared decision-making in care homes: (a) a positive culture of collaborative and reciprocal relationships; (b) a willingness to engage and a willingness to become engaged; and (c) communicating with intent to share and support rather than inform and direct. CONCLUSION: The implementation of shared decision-making in care homes is highly dependent on the support and nurturing of collaborative and reciprocal relationships between residents, families, and staff. Part of this process includes ascertaining the willingness of residents and families to become engaged in shared decision-making. Communication skills training for staff and guided approaches that view decision-making as a supportive process rather than a once off event are essential prerequisites for implementation. SUPPLEMENTARY INFORMATION: The online version contains supplementary material available at 10.1186/s12877-022-03503-8

What wild dogs want: habitat selection differs across life stages and orders of selection in a wide-ranging carnivore

Habitat loss is a key threat to the survival of many species. Habitat selection studies provide key information for conservation initiatives by identifying important habitat and anthropogenic characteristics influencing the distribution of threatened species in changing landscapes. However, assumptions about the homogeneity of individual choices on habitat, regardless of life stage, are likely to result in inaccurate assessment of conservation priorities. This study addresses a knowledge gap in how animals at different life stages diverge in how they select habitat and anthropogenic features, using a free-ranging population of African wild dogs living in a human-dominated landscape in Kenya as a case study. Using GPS collar data to develop resource selection function and step selection function models, this study investigated differences between second order (selection of home range across a landscape) and third order (selection of habitat within the home range) habitat selection across four life history stages when resource requirements may vary: resident-non-denning, resident-heavily-pregnant, resident-denning and dispersing

Using nvivo™ for literature reviews: The eight step pedagogy (N7+1)

While a literature review is a necessary milestone to be completed by all researchers in a timely and efficient manner, it is often one of the most difficult aspects of the research journey. Moreover, traditional approaches often leave novice researchers, to struggle with the conceptualisation of their literature review, now complicated by the overwhelming quantity of research available online. This paper presents a rationale the use of Qualitative Data Analysis Software (QDAS) programs for literature reviews. QDAS tools allow the researcher to explore large amounts of textual documents to see patterns. These programs are often overlooked by novice researchers due to their complexity and the lack of expertise provided to assist them. To combat this dilemma our paper outlines the N7+1 approach to using Nvivo11™ for literature reviews. Through this approach researchers can develop an “auditable footprint,” keep everything in one place, and go paperless