In examining the careers of communist and liberal actors, screenwriters, playwrights, and directors in Hollywood from the late 1920s to the present, this book uses studio and PCA correspondence, FBI files, film and theater reviews, and other sources to reveal how all of these artists were concerned with and active in the cinema of social protest. It covers the works of those liberal stars and directors who collaborated with communist artists in New York and Hollywood, including John Garfield, Canada Lee, Frances Farmer, Paul Robeson, James Edwards, and Paul Muni; liberal filmmakers like Philip Dunne; and ex-communists (and HUAC-friendly witnesses) like Elia Kazan, Edward Dmytryk, and Robert Rossen. It also looks at the activities of the Communist Party in Hollywood and the far-reaching influence of the Soviet Union.

An examination of telepresence technologies through the lens of contemporary artistic experiments, from early video art through current “drone vision” works. "Telepresence” allows us to feel present—through vision, hearing, and even touch—at a remote location by means of real-time communication technology. Networked devices such as video cameras and telerobots extend our corporeal agency into distant spaces. In Here/There, Kris Paulsen examines telepresence technologies through the lens of contemporary artistic experiments, from early video art through current “drone vision” works. Paulsen traces an arc of increasing interactivity, as video screens became spaces for communication and physical, tactile intervention. She explores the work of artists who took up these technological tools and questioned the aesthetic, social, and ethical stakes of media that allow us to manipulate and affect far-off environments and other people—to touch, metaphorically and literally, those who cannot touch us back. Paulsen examines 1970s video artworks by Vito Acconci and Joan Jonas, live satellite performance projects by Kit Galloway and Sherrie Rabinowitz, and CCTV installations by Chris Burden. These early works, she argues, can help us make sense of the expansion of our senses by technologies that privilege real time over real space and model strategies for engagement and interaction with mediated others. They establish a political, aesthetic, and technological history for later works using cable TV infrastructures and the World Wide Web, including telerobotic works by Ken Goldberg and Wafaa Bilal and artworks about military drones by Trevor Paglen, Omar Fast, Hito Steyerl, and others. These works become a meeting place for here and there.

Get a hands-on introduction to the medical office electronic health record! Learning the Medical Office Workflow, 2022 Edition provides clear, step-by-step instructions to all the medical assisting simulations in SimChart® for the Medical Office (SCMO), Elsevier’s fully educationally designed simulated electronic health record (EHR). You’ll become acclimated to these simulations by completing more than 50 hours of practice tasks that address essential ABHES and CAAHEP competencies — that’s more practice than any other electronic health record education tool on the market. This procedure manual uses screen shots and best practices to make it easier for you to work through SimChart for the Medical Office tasks and assignments in order to master documentation skills. Intuitive and realistic learning environment provides you with a safe classroom environment in which to develop key documentation skills. UNIQUE! 110 interactive assignments are aligned with 220 ABHES and CAAHEP competencies, from front office skills to clinical skills to practice management skills — providing more than 50 hours of documentation practice, more than any other solution on the market! Step-by-step instructions and accompanying SCMO screen shots help you break down common tasks and learn to work accurately and efficiently. Hands-on practice makes it easier for you to learn core competencies, with tasks simulating the real-world administrative duties of the medical assistant. Medical assisting administrative duties simulations give you practice managing patient scheduling in a multi-doctor practice, documenting a variety of services, processing insurance claims, posting payments, and much more! Simulation Playground with instructions and screen shots supplement prebuilt assignments to give you unlimited practice with the material. NEW! Critical thinking exercises at the end of the manual serve as capstone assignments to build problem-solving skills and prepare for externship opportunities. UPDATED! Instructions, steps, and screen shots reflect the most current updates in SCMO. UPDATED! Mapping grids correlate SCMO assignments to current accreditation guidelines from ABHES and CAAHEP.

An illustrated step-by-step guide to gaining expertize in gynaecological ultrasound.

The 101 Best Android Apps Survival Guide is a collection of 101 applications, tested and highly recommended by the author. This guide will save you lots of time and money, by pointing you to the apps you will surely love. Each app description contains: - Price - Brief description - Features - Link to the app in the Google Play Store - Link to the free version, if available - Screenshots In addition to the full list of apps, all of the apps are separately organized by genre. Here are some of the apps that are included: - Angry Birds Space - Amazon Kindle - Badoo - CamScanner - Dolphin Browser HD - Easy Tether Pro - Epicurious Recipe - GasBuddy - Gesture Search - Groupon - Max Payne Mobile - Mr. Number - RedLaser - Shush! - Stitcher Radio - Toddler Lock - Waze - WebMD - Winamp - Yelp

Computers were supposed to save us time, but Windows XP users know how often the opposite seems to be true. What if you could get a list of shortcuts that would save you time every single day? Windows XP Timesaving Techniques For Dummies, 2nd Edition includes 70 of them, great tips and tricks that make Windows work faster, more reliably, and more like the way you work. Collected and tested by Windows guru Woody Leonhard, these timesavers are organized into groups of related tasks so you can quickly find the ones that will help you at any given time. You can set up your desktop and launch your programs in the way that makes sense for you, take back control of the Internet and e-mail, manage your music and visual media, and protect your system in a few simple steps. You’ll find no-nonsense advice on Eliminating irritating programs that start automatically Speeding up the restart or shutdown process Streamlining searches, the Start menu, and Outlook Express Strengthening your firewall and zapping scumware Adjusting your monitor to reduce eyestrain Reducing download time for photos Enhancing the performance of your network Making online shopping faster as well as safer Scheduling maintenance chores to run while you sleep From the most basic to somewhat advanced tricks designed for power users, this grocery list of timesavers has something for every Windows XP user— including you!

Written by veterinary technicians for veterinary students and practicing technicians, Lavin’s Radiography for Veterinary Technicians, 5th Edition, combines all the aspects of imaging — including production, positioning, and evaluation of radiographs —into one comprehensive text. Completely updated with all new vivid, color equipment photos, positioning drawings and detailed anatomy drawings, this fifth edition is a valuable resource for students, technicians and veterinarians who need information on the latest technology or unique positioning. Broad coverage of radiologic science, physics, imaging and protection provide you with foundations for good technique. Positioning photos, radiographic images and anatomical drawings presented side-by-side with text explanation for each procedure increases your comprehension and retention. Objectives, key terms, outlines, chapter introductions and key points help you organize information to ensure you understand what is most important in every chapter. NEW! More than 1000 new full-color photos and updated radiographic images visually demonstrate the relationship between anatomy and positioning. NEW! All-new color anatomy art created by an expert medical illustrator help you to recognize and avoid making imaging mistakes. NEW! Non-Manual restraint techniques including sandbags, tape, rope, sponges, sedation and combinations improve your safety and radiation protection. NEW! Chapter on dental radiography aids general veterinarian techs and those specializing in dentistry. NEW! Increased emphasis on digital radiography, including quality factors and post-processing, keeps you up-to-date on the most recent developments in digital technology.

USE FIRST TWO PARAGRAPHS ONLY FOR GENERAL CATALOGS... This volume offers a response to three ongoing needs: * to develop the main composition principles pertinent to the visual commmunication medium of television; * to establish the field of television aesthetics as an extension of the broader field of visual literacy; and * to promote television aesthetics to both students and consumers of television. Based on effective empirical research from three axes -- perception, cognition, and composition -- the aesthetic principles of television images presented are drawn from converging research in academic disciplines such as psychology (perceptual, cognitive, and experimental), neurophysiology, and the fine arts (painting, photography, film, theater, music, and more). Although the aesthetics of the fine arts were traditionally built on contextual theories that relied heavily on subjective evaluation, on critical analyses, and on descriptive research methods, the aesthetics of today's visual communication media consider equally valuable empirical methodologies found in all sciences. Investigations in these different academic disciplines have provided the constructs and strengthened the foundations of the theory of television aesthetics offered in this book. Special features include: * a great variety of pictures supporting the topics discussed; * a thorough, up-to-date, and specifically related bibliography for each of the major parts of the book; * computer drawings illustrating the concepts examined in the text; * scientific data -- tables and charts -- documenting the research findings cited; * simplified explanations of the processes of visual, auditory, and motion perceptions of images, enhanced by specific diagrams; * detailed analyses of the threefold process of stimulation, perception, and recognition of televised images; and * workable, easy-to-understand and use rules of picture composition, visual image evaluations, and television program appreciation.