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This book guides healthcare professionals, hospital administrators, and medical interpreters in the United States (and internationally) in ways to better communicate with Deaf and Hard of Hearing (D/HH) patients and sign language interpreters in healthcare settings. It also provides an overview of the healthcare communication issues with healthcare professionals and D/HH patients, and the advantages and disadvantages of using in-person interpreters vs. video remote interpreting (VRI). Due to technology development, hospital administrators have popularized the use of VRI and reduced the number of in-person interpreting services, which have negatively affected the quality of medical interpreting services and patient-provider communication. The COVID-19 pandemic also has accelerated the move toward more VRI, particularly in the US. The book addresses an understudied aspect of access and is written by an international deaf researcher from Japan who uses American Sign Language (ASL) and English as non-native languages. In order to identify appropriate interpreting services for specific treatments, the author focuses on healthcare professionals' and D/HH patients' interpreting preferences for critical and non-critical care in the US, and offers a new theoretical framework, an Ecology of Health Communication, to contextualize and analyze these preferences. The ecological matrix and its five analytical dimensions (i.e., physical-material, psychological, social, spatial, and temporal) allow readers to understand how these dimensions influence healthcare professionals' and D/HH patients' interpreting preferences as well as the treatment outcomes. This book concludes by prioritizing the use of an appropriate interpreter for specific treatments and allocating funds for in-person interpreters for critical care treatments. Deaf Rhetoric: An Ecology of Health Communication is primarily designed for healthcare professional students and professionals, hospital administrators, medical interpreters, VRI companies, and healthcare researchers. Scholars interested in the communication preferences of healthcare professionals and deaf people also will find this text useful. The book counters some of the power differences between healthcare providers and those who use medical services, and subtly reminds others that deaf people are not solely the receivers of medical care but actually are full people. The field of health care is growing and medical schools are increasingly called on to address cultural competencies; this resource provides a needed intervention.
This volume is intended as an innovating reader for both interpreting practitioners as well as scholars, engaging with the multifaceted question addressed in the title “Why linking up with video?”. The chapters in this volume deal with this question from different perspectives. On the one hand, the volume continues the ongoing discussion on the pros and cons of video-based interaction for the interpreting profession, exploring the implications and applications when interpreters and their clients link up through video technology. On the other hand, the chapters also explore the potential of video technology for research on interpreting, hence raising the question in which way high-quality video recordings of interpreters in the booth, participants involved in interpreter-mediated talk, etc. may be instrumental in gaining new insights. In this sense, the volume strongly ties in with the fast-growing field of multimodal (interaction) studies, which makes use of video recordings to study the relationship between verbal and nonverbal resources, such as gestures, postural orientation, gaze and head movements, in the construction of meaning in communication.
The two volumes IFIP AICT 545 and 546 constitute the refereed post-conference proceedings of the 11th IFIP WG 5.14 International Conference on Computer and Computing Technologies in Agriculture, CCTA 2017, held in Jilin, China, in August 2017. The 100 revised papers included in the two volumes were carefully reviewed and selected from 282 submissions. They cover a wide range of interesting theories and applications of information technology in agriculture. The papers focus on four topics: Internet of Things and big data in agriculture, precision agriculture and agricultural robots, agricultural information services, and animal and plant phenotyping for agriculture.