INTERACTIONS IN CONVERSATIONS BETWEEN THREE PEOPLE IN PODCAST: A STUDY OF PRAGMATICS

The interaction process between each party can affect the course of the conversation. This study aims to investigate the characteristics of podcast conversations and the communication style used between two interviewers and one resource person in Catatan Psikologi's podcast entitled Quarter Life Crisis. This study used qualitative methods with a conversational analysis (CA) approach as well as collaborative communication and competitive communication theories. The process of conversations transcription used the conventions written by Du Bois. The results showed minimal response phenomena, interruptions, and overlaps in the conversation, leading to collaborative communication both at the word and sentence. However, the collaborative communication style has a more significant emergence. Based on the analysis above, the parties involved in the communication tried to build togetherness and cooperation which can be seen in the narrative. When one speaker told a story, the others also participated in the conversation by providing minimal responses, showing sympathy, and also comments or opinions.

Seeing it clearly: How to use graphics to guide collaborative consultation in pregnancy

Objective This study aims to examine the use of decision aids which may improve shared decision making through an exploration of risk apprehension and modes of collaborative communication. Conclusions Decision aids such as graphics have a key role in facilitating shared treatment decision making, perhaps particularly in perinatal mental health care. They are most useful within a trusting, two-way conversation.

Cooperative Selection and Communications for Internet of Everything in 6G Ultra-mMTC IoT Networks

<p>Although Cooperative Communications (CC) already exists in 4G LTE/5G, performance improvement is just not enough, hence, how to apply collaborative technology in 6G to achieve Internet of Everything and improve communication quality significantly is one of most important issues. As 5G communications standard has gradually established recently, CC has been one of most critical communication technologies which plays a founding role on Internet of Everything in 6G networks. Thus, in this study we propose new 6G enabled ultra-massive Machine Type Communication (mMTC) framework based on space-ground integrated networks, and consider that collaborative ideology has been regarded as foundation theory which widely exists in future multiple hybrid scenarios, such as, Cognitive-Internet of Things (C-IoT) networks, UAVs (Unmanned Aerial Vehicles) communications, air-space-ground integrated networks, underwater acoustic communication and so on. Besides, we discuss other key communication technologies that are closely combined with unique communication scenes, and elaborate critical problems that shall be solved in 6G ultra-mMTC Internet of Everything networks. Furthermore, we discuss extreme low-complexity and fast ultra-massive relays selection algorithm to apply in all sorts of future 6G scenarios. At last, it is concluded that for arbitrary two communication points (source/destination devices, sensors, relays, IoT nodes and so on), ideology of nodes selection of collaborative communication is theory of foundation to realize and optimize communication transmission in 6G Internet of Everything ultra-mMTC networks. </p>

Cooperative Selection and Communications for Internet of Everything in 6G Ultra-mMTC IoT Networks

<p>Although Cooperative Communications (CC) already exists in 4G LTE/5G, performance improvement is just not enough, hence, how to apply collaborative technology in 6G to achieve Internet of Everything and improve communication quality significantly is one of most important issues. As 5G communications standard has gradually established recently, CC has been one of most critical communication technologies which plays a founding role on Internet of Everything in 6G networks. Thus, in this study we propose new 6G enabled ultra-massive Machine Type Communication (mMTC) framework based on space-ground integrated networks, and consider that collaborative ideology has been regarded as foundation theory which widely exists in future multiple hybrid scenarios, such as, Cognitive-Internet of Things (C-IoT) networks, UAVs (Unmanned Aerial Vehicles) communications, air-space-ground integrated networks, underwater acoustic communication and so on. Besides, we discuss other key communication technologies that are closely combined with unique communication scenes, and elaborate critical problems that shall be solved in 6G ultra-mMTC Internet of Everything networks. Furthermore, we discuss extreme low-complexity and fast ultra-massive relays selection algorithm to apply in all sorts of future 6G scenarios. At last, it is concluded that for arbitrary two communication points (source/destination devices, sensors, relays, IoT nodes and so on), ideology of nodes selection of collaborative communication is theory of foundation to realize and optimize communication transmission in 6G Internet of Everything ultra-mMTC networks. </p>

Enhanced Communication Skills

Good communication is considered fundamental to high-quality palliative care. Communication includes serious illness conversations with patients and family caregivers, collaborative communication across teams and disciplines, and communication with community providers. This chapter explores definitions, evidence-based research, training, and best clinical practices in three areas of enhanced communication. Narrative medicine promotes empathy, patient-centered listening, and life review through reflective journaling, writing, and self-reflection. Goals-of-care discussions, which may include advance care planning, ensure that providers align care with what matters most to the patient. The family meeting is used to facilitate communication, discuss the illness experience, present treatment choices, and facilitate end-of-life decision-making. Quality healthcare mandates training for healthcare clinicians in communication using a systematic approach.