Models of Communication
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Six Tips for Teaching Conversation Skills with Visual Strategies
Six Tips for Teaching Conversation Skills with Visual Strategies Six Tips for Teaching Conversation Skills with Visual Strategies Working with Autism Spectrum Disorders & Related Communication & Social Skill Challenges Linda Hodgdon, M.Ed., CCC-SLP Speech-Language Pathologist Consultant for Autism Spectrum Disorders [email protected] Learning effective conversation skills ranks as one of the most significant social abilities that students with Autism Spectrum Disorders (ASD) need to accomplish. Educators and parents list the challenges: “Steve talks too much.” “Shannon doesn’t take her turn.” “Aiden talks when no one is listening.” “Brandon perseverates on inappropriate topics.” “Kim doesn’t respond when people try to communicate with her.” The list goes on and on. Difficulty with conversation prevents these students from successfully taking part in social opportunities. What makes learning conversation skills so difficult? Conversation requires exactly the skills these students have difficulty with, such as: • Attending • Quickly taking in and processing information • Interpreting confusing social cues • Understanding vocabulary • Comprehending abstract language Many of those skills that create skillful conversation are just the ones that are difficult as a result of the core deficits in Autism Spectrum Disorders. Think about it. From the student’s point of view, conversation can be very puzzling. Conversation is dynamic. .fleeting. .changing. .unpredictable. © Linda Hodgdon, 2007 1 All Rights Reserved This article may not be duplicated, -
A Guide to Radio Communications Standards for Emergency Responders
A GUIDE TO RADIO COMMUNICATIONS STANDARDS FOR EMERGENCY RESPONDERS Prepared Under United Nations Development Programme (UNDP) and the European Commission Humanitarian Office (ECHO) Through the Disaster Preparedness Programme (DIPECHO) Regional Initiative in Disaster Risk Reduction March, 2010 Maputo - Mozambique GUIDE TO RADIO COMMUNICATIONS STANDARDS FOR EMERGENCY RESPONDERS GUIDE TO RADIO COMMUNICATIONS STANDARDS FOR EMERGENCY RESPONDERS Table of Contents Introductory Remarks and Acknowledgments 5 Communication Operations and Procedures 6 1. Communications in Emergencies ...................................6 The Role of the Radio Telephone Operator (RTO)...........................7 Description of Duties ..............................................................................7 Radio Operator Logs................................................................................9 Radio Logs..................................................................................................9 Programming Radios............................................................................10 Care of Equipment and Operator Maintenance...........................10 Solar Panels..............................................................................................10 Types of Radios.......................................................................................11 The HF Digital E-mail.............................................................................12 Improved Communication Technologies......................................12 -
Social Communication Skills – the Pragmatics Checklist
SOCIAL COMMUNICATION SKILLS – THE PRAGMATICS CHECKLIST Child’s Name Date .Completed by . Words Preverbal) Parent: These social communication skills develop over time. Read the behaviors below and place an X - 3 in the appropriate column that describes how your child uses words/language, no words (gestures – - Language preverbal) or does not yet show a behavior. Present Not Uses Complex Uses Complex Gestures Uses Words NO Uses 1 Pragmatic Objective ( INSTRUMENTAL – States needs (I want….) 1. Makes polite requests 2. Makes choices 3. Gives description of an object wanted 4. Expresses a specific personal need 5. Requests help REGULATORY - Gives commands (Do as I tell you…) 6. Gives directions to play a game 7. Gives directions to make something 8. Changes the style of commands or requests depending on who the child is speaking to and what the child wants PERSONAL – Expresses feelings 9. Identifies feelings (I’m happy.) 10. Explains feelings (I’m happy because it’s my birthday) 11. Provides excuses or reasons 12. Offers an opinion with support 13. Complains 14. Blames others 15. Provides pertinent information on request (2 or 3 of the following: name, address, phone, birthdate) INTERACTIONAL - Me and You… 16. Interacts with others in a polite manner 17. Uses appropriate social rules such as greetings, farewells, thank you, getting attention 18. Attends to the speaker 19. Revises/repairs an incomplete message 20. Initiates a topic of conversation (doesn’t just start talking in the middle of a topic) 21. Maintains a conversation (able to keep it going) 22. Ends a conversation (doesn’t just walk away) 23. -
Unit – 1 Overview of Optical Fiber Communication
www.getmyuni.com Optical Fiber Communication 10EC72 Unit – 1 Overview of Optical Fiber communication 1. Historical Development Fiber optics deals with study of propagation of light through transparent dielectric waveguides. The fiber optics are used for transmission of data from point to point location. Fiber optic systems currently used most extensively as the transmission line between terrestrial hardwired systems. The carrier frequencies used in conventional systems had the limitations in handling the volume and rate of the data transmission. The greater the carrier frequency larger the available bandwidth and information carrying capacity. First generation The first generation of light wave systems uses GaAs semiconductor laser and operating region was near 0.8 μm. Other specifications of this generation are as under: i) Bit rate : 45 Mb/s ii) Repeater spacing : 10 km Second generation i) Bit rate: 100 Mb/s to 1.7 Gb/s ii) Repeater spacing: 50 km iii) Operation wavelength: 1.3 μm iv) Semiconductor: In GaAsP Third generation i) Bit rate : 10 Gb/s ii) Repeater spacing: 100 km iii) Operating wavelength: 1.55 μm Fourth generation Fourth generation uses WDM technique. i) Bit rate: 10 Tb/s ii) Repeater spacing: > 10,000 km Iii) Operating wavelength: 1.45 to 1.62 μm Page 5 www.getmyuni.com Optical Fiber Communication 10EC72 Fifth generation Fifth generation uses Roman amplification technique and optical solitiors. i) Bit rate: 40 - 160 Gb/s ii) Repeater spacing: 24000 km - 35000 km iii) Operating wavelength: 1.53 to 1.57 μm Need of fiber optic communication Fiber optic communication system has emerged as most important communication system. -
Hierarchy of Social/Pragmatic Skills As Related to the Development of Executive Function Created by Kimberly Peters, Ph.D
Hierarchy of Social/Pragmatic Skills as Related to the Development of Executive Function created by Kimberly Peters, Ph.D. Age Pragmatic Skills EF Development/Tasks requiring EF Treatment Ideas/Strategies 0-3 Illocutionary—caregiver attributes Development: - face to face interaction months intent to child actions - behavior is designed to meet - vocal-turn-taking with care-providers - smiles/coos in response immediate needs - attends to eyes and mouth - cognitive flexibility not emerged - has preference for faces - exhibits turn-taking 3-6 - laughs while socializing - vocal turn-taking with care-providers months - maintains eye contact appropriately - facial expressions: tongue protrusion, - takes turns by vocalizing “oh”, raspberries. - maintains topic by following gaze - copies facial expressions 6-9 - calls to get attention Development: - peek-a-boo months - demonstrates attachment - Early inhibitory control emerges - place toys slightly out of reach - shows self/acts coy to Peek-a-boo - tolerates longer delays and still - imitative babbling (first true communicative intent) maintains simple, focused attention - imitating actions (waving, covering - reaches/points to request eyes with hands). 9-12 - begins directing others Development: - singing/finger plays/nursery rhymes months - participates in verbal routines - Early inhibitory control emerges - routines (so big! where is baby?), - repeats actions that are laughed at - tolerates longer delays and still peek-a-boo, patta-cake, this little piggy - tries to restart play maintain simple, -
A Communication Aid Which Models Conversational Patterns
A communication aid which models conversational patterns. Norman Alm, Alan F. Newell & John L. Arnott. Published in: Proc. of the Tenth Annual Conference on Rehabilitation Technology (RESNA ‘87), San Jose, California, USA, 19-23 June 1987, pp. 127-129. A communication aid which models conversational patterns Norman ALM*, Alan F. NEWELL and John L. ARNOTT University of Dundee, Dundee DD1 4HN, Scotland, U.K. The research reported here was published in: Proceedings of the Tenth Annual Conference on Rehabilitation Technology (RESNA ’87), San Jose, California, USA, 19-23 June 1987, pp. 127-129. The RESNA (Rehabilitation Engineering and Assistive Technology Society of North America) site is at: http://www.resna.org/ Abstract: We have developed a prototype communication system that helps non-speakers to perform communication acts competently, rather than concentrating on improving the production efficiency for specific letters, words or phrases. The system, called CHAT, is based on patterns which are found in normal unconstrained dialogue. It contains information about the present conversational move, the next likely move, the person being addressed, and the mood of the interaction. The system can move automatically through a dialogue, or can offer the user a selection of conversational moves on the basis of single keystrokes. The increased communication speed which is thus offered can significantly improve both the flow of the conversation and the disabled person’s control of the dialogue. * Corresponding author: Dr. N. Alm, University of Dundee, Dundee DD1 4HN, Scotland, UK. A communication aid which models conversational patterns INTRODUCTION The slow rate of communication of people using communication aids is a crucial problem. -
Difficult Conversations: Authentic Communication Leads to Greater Productivity
Difficult Conversations: Authentic Communication Leads to Greater Productivity by Martha Lasley Difficult conversations can lead to crisis or harmony. The Chinese word for crisis combines two symbols: danger and opportunity. When it comes to challenging conversations, we usually only remember the first meaning, danger. Real conversations can become highly emotional, trigger old battle wounds, and motivate us to confront, freeze, bolt, or attempt to smooth things over. Or we can choose lively discussions to explore the tension and discover new options. The piano maker Theodore Steinway said, “In one of our concert grand pianos, 243 taut strings exert a pull of 40,000 pounds on an iron frame. It is proof that out of great tension may come great harmony.” Authentic communication can turn tension into creativity and harmony. Imagine yourself at a tense planning meeting where the financial director reports, “To compete profitably, we need to lay off 20% of the workforce.” The marketing director responds, “That’s the stupidest thing I’ve ever heard. We need to lay you off so we can hire new people who are serious about growing the business.” Are you ready to add fuel to the fire, would you prefer to crawl under your chair, or do you have the skills to facilitate an authentic, productive conversation? How do we develop facilitation skills so that we can embrace challenging conversations rather than avoid them? First, we need an effective process that leads to understanding and productivity. While smoothing things over may look quick and easy, in the long run, radical honesty and directness help teams perform at their highest potential. -
How We Talk About How We Talk: Communication Theory in the Public Interest by Robert T
20042004 ICA ICAPresidential Presidential Address Address How We Talk About How We Talk: Communication Theory in the Public Interest by Robert T. Craig This article is a revision of the author’s presidential address to the 54th annual conference of the International Communication Association, presented May 29, 2004, in New Orleans, Louisiana. Using recent public discourse on talk and drugs as an example, it reflects on our culture’s preoccupation with communication and the pervasiveness of metadiscourse (talk about talk for practical purposes) in pri- vate, public, and academic discourses. It argues that communication theory can be used to describe and analyze the common vocabularies of public metadiscourse, critique assumptions about communication embedded in those vocabularies, and contribute useful new ways of talking about talk in the public interest. “Talk to your kids.” “Talk to your kids about drugs.” “Talk to your doctor.” “Talk to your doctor about Ambien.” “Ask you doctor if Lipitor is right for you.” “Ask your doctor if Advair is right for you.” “Talk. Know. Ask.” “Questions: The antidrug.” This collage of quotations selected from recent drug company commercials and antidrug public service announcements highlights a well-known irony in the pub- lic discourse on drugs that is not, however, my main point. Yes, the culture that produced these ads is rather obsessed with drugs. That culture is also rather obsessed with talk or, more generally, with communication. Both obsessions are on display in these ads in interesting juxtaposition. Drugs, in this cultural logic, are powerful and therefore as dangerous as they are desirable. They solve problems and they cause problems. -
AN INTRODUCTION to DGPS DXING V2.3
AN INTRODUCTION TO DGPS DXING: Version 2.3 January 2019 Since this guide first appeared around eighteen years ago, then bearing the title of “ DGPS, QRM OR A NEW FORM OF DX?” it has undergone a number of updates and has been renamed as “ AN INTRODUCTION TO DGPS DXING ”. This has appeared in several versions, with a few minor updates to various listings etc. It is now 2019, and the DGPS DXing hobby has become well established and a regular pastime for many DXers, the article has been updated at regular intervals, but the title remains the same, and hopefully the contents are now more appropriate for DGPS DXers (and newcomers to this mode) in the current period. What is a DGPS Beacon? Differential GPS systems are used to help overcome the limitations in the accuracy of conventional GPS systems. By using a fixed reference point as a comparison and comparing this with positions obtained from a conventional GPS receiver, a more precise and accurate reading can be obtained by the user. A hand-held GPS receiver may be fine if you are on land, but if you're a mariner trying to navigate your way around a rocky Coast in poor weather conditions, an error of 50 feet or more can be life threatening. Of course, that is a greatly simplified summary of what is a complex system, and for most beacon enthusiasts, all you will be aware of is hearing a sound that resembles a RTTY/Navtex signal and appears at various points on the LF Bands band between 283.5 and 325 kHz. -
Know Your Alerts and Warnings
KNOW YOUR ALERTS AND WARNINGS Receiving timely information about weather conditions or other emergency events can make all the difference in knowing when to take action to be safe. Local police and fire departments, emergency managers, the National Weather Service (NWS), the Federal Emergency Management Agency (FEMA), the Federal Communications Commission (FCC), the National Oceanic and Atmospheric Administration (NOAA), and private industry are working together to make sure you can receive alerts and warnings quickly through several different technologies no matter where you are–at home, at school, at work, or in the community. For those with access and functional needs, many messages are TTY/TDD compatible and many devices have accessible accommodations. Review this fact sheet to make sure you will receive critical information as soon as possible so you can take action to be safe. Be sure to share this information with your family, friends, and colleagues. And remember to keep extra batteries for your mobile phone or radio in a safe place or consider purchasing other back-up power supplies such as a car, solar-powered, or hand crank charger. Organized by FEMA, the Integrated Public Alert and Warning System (IPAWS) is the Nation’s alert and warning infrastructure. IPAWS It provides an effective way to alert and warn the public about INTEGRATED emergencies using the Emergency Alert System (EAS), Wireless PUBLIC ALERT AND Emergency Alerts (WEA), NOAA Weather Radio All Hazards, WARNING SYSTEM and other public alerting systems from a single interface. IPAWS is used to send notifications for three alert categories— Presidential, AMBER, and Imminent Threat. -
Communication Theory and the Disciplines JEFFERSON D
Communication Theory and the Disciplines JEFFERSON D. POOLEY Muhlenberg College, USA Communication theory, like the communication discipline itself, has a long history but a short past. “Communication” as an organized, self-conscious discipline dates to the 1950s in its earliest, US-based incarnation (though cognate fields like the German Zeitungswissenschaft (newspaper science) began decades earlier). The US field’s first readers and textbooks make frequent and weighty reference to “communication theory”—intellectual putty for a would-be discipline that was, at the time, a collage of media-related work from the existing social sciences. Soon the “communication theory” phrase was claimed by US speech and rhetoric scholars too, who in the 1960s started using the same disciplinary label (“communication”) as the social scientists across campus. “Communication theory” was already, in the organized field’s infancy, an unruly subject. By the time Wilbur Schramm (1954) mapped out the theory domain of the new dis- cipline he was trying to forge, however, other traditions had long grappled with the same fundamental questions—notably the entwined, millennia-old “fields” of philos- ophy, religion, and rhetoric (Peters, 1999). Even if mid-century US communication scholars imagined themselves as breaking with the past—and even if “communica- tion theory” is an anachronistic label for, say, Plato’s Phaedrus—no account of thinking about communication could honor the postwar discipline’s borders. Even those half- forgotten fields dismembered in the Western university’s late 19th-century discipline- building project (Philology, for example, or Political Economy)haddevelopedtheir own bodies of thought on the key communication questions. The same is true for the mainline disciplines—the ones we take as unquestionably legitimate,thoughmostwereformedjustafewdecadesbeforeSchramm’smarch through US journalism schools. -
Obtaining Contents of Communications
2013 ORS 165.5401 Obtaining contents of communications (1) Except as otherwise provided in ORS 133.724 (Order for interception of communications) or 133.726 (interception of oral communication without order) or subsections (2) to (7) of this section, a person may not: (a) Obtain or attempt to obtain the whole or any part of a telecommunication or a radio communication to which the person is not a participant, by means of any device, contrivance, machine or apparatus, whether electrical, mechanical, manual or otherwise, unless consent is given by at least one participant. (b) Tamper with the wires, connections, boxes, fuses, circuits, lines or any other equipment or facilities of a telecommunication or radio communication company over which messages are transmitted, with the intent to obtain unlawfully the contents of a telecommunication or radio communication to which the person is not a participant. (c) Obtain or attempt to obtain the whole or any part of a conversation by means of any device, contrivance, machine or apparatus, whether electrical, mechanical, manual or otherwise, if not all participants in the conversation are specifically informed that their conversation is being obtained. (d) Obtain the whole or any part of a conversation, telecommunication or radio communication from any person, while knowing or having good reason to believe that the conversation, telecommunication or radio communication was initially obtained in a manner prohibited by this section. (e) Use or attempt to use, or divulge to others, any conversation, telecommunication or radio communication obtained by any means prohibited by this section. (2) (a) The prohibitions in subsection (1 )(a), (b) and (c) of this section do not apply to: (A) Officers, employees or agents of a telecommunication or radio communication company who perform the acts prohibited by subsection (1 )(a), (b) and (c) of this section for the purpose of construction, maintenance or conducting of their telecommunication or radio communication service, facilities or equipment.