José Alaniz

Scott T. Smith

Superhero Comics and Disability

Uncanny Bodies

Superhero comics reckon with issues of corporeal control. And while they commonly deal in characters of exceptional or superhuman ability, they have also shown an increasing attention and sensitivity to diverse forms of disability, both physical and cognitive. The essays in this collection reveal how the superhero genre, in fusing fantasy with realism, provides a visual forum for engaging with issues of disability and intersectional identity (race, ethnicity, class, gender, and sexuality) and helps to imagine different ways of being in the world. Working from the premise that the theoretical mode of the uncanny, with its interest in what is simultaneously known and unknown, ordinary and extraordinary, opens new ways to think about categories and markers of identity, Uncanny Bodies explores how continuums of ability in superhero comics can reflect, resist, or reevaluate broader cultural conceptions about disability. The chapters focus on lesser-known characters—such as Echo, Omega the Unknown, and the Silver Scorpion—as well as the famous Barbara Gordon and the protagonist of the acclaimed series Hawkeye, whose superheroic uncanniness provides a counterpoint to constructs of normalcy. Several essays explore how superhero comics can provide a vocabulary and discourse for conceptualizing disability more broadly. Thoughtful and challenging, this eye-opening examination of superhero comics breaks new ground in disability studies and scholarship in popular culture. In addition to the editors, the contributors are Sarah Bowden, Charlie Christie, Sarah Gibbons, Andrew Godfrey-Meers, Marit Hanson, Charles Hatfield, Naja Later, Lauren O’Connor, Daniel J. O'Rourke, Daniel Pinti, Lauranne Poharec, and Deleasa Randall-Griffiths.

Susan Merrill Squier

Michael J. Green

Ian Williams

MK Czerwiec

Kimberly R. Myers

This inaugural volume in the Graphic Medicine series establishes the principles of graphic medicine and begins to map the field. The volume combines scholarly essays by members of the editorial team with previously unpublished visual narratives by Ian Williams and MK Czerwiec, and it includes arresting visual work from a wide range of graphic medicine practitioners. The book’s first section, featuring essays by Scott Smith and Susan Squier, argues that as a new area of scholarship, research on graphic medicine has the potential to challenge the conventional boundaries of academic disciplines, raise questions about their foundations, and reinvigorate literary scholarship—and the notion of the literary text—for a broader audience. The second section, incorporating essays by Michael Green and Kimberly Myers, demonstrates that graphic medicine narratives can engage members of the health professions with literary and visual representations and symbolic practices that offer patients, family members, physicians, and other caregivers new ways to experience and work with the complex challenges of the medical experience. The final section, by Ian Williams and MK Czerwiec, focuses on the practice of creating graphic narratives, iconography, drawing as a social practice, and the nature of comics as visual rhetoric. A conclusion (in comics form) testifies to the diverse and growing graphic medicine community. Two valuable bibliographies guide readers to comics and scholarly works relevant to the field.

Graphic Medicine Manifesto

After more than 20 years of development, MATLAB has evolved from a powerful matrix calculation application into a universal programming tool used extensively within scientific and engineering communities both commercial and academic. MATLAB versions 6.x and 7.x include functionality for developing advanced graphical user interfaces, GUIs, and real-time animation and graphics. GUI applications offer many advantages for users who wish to solve complex problems by providing interactivity and visual feedback. Some common examples of application areas where GUI development is desirable: .Image and Video Processing .Signal Processing .Communications .Simulation of Complex Systems .Instrumentation and Data Acquisition Interfaces .Control Systems .Financial Analysis .Animation of 2D or 3D Graphical Data This text introduces you to the capabilities of MATLAB for GUI development and covers the following areas in detail: .Handle Graphics(r) programming and low-level GUIs .High-level GUI development using GUIDE .The structure of GUIs including event processing, callbacks, timers, and real-time animation of plots / data .Advanced GUI architectures including multiple figure GUIs and image mapped interface controls Instructional examples and exercises are provided throughout each chapter that offers a hands-on approach to learning MATLAB GUI development. The M-file code for each example and exercise solution is available for download on the web to help you quickly learn how to develop your own GUIs! About The Author Scott T. Smith received his MSEE degree from SUNY at Buffalo in the fields of image sensor applications and image processing. He currently works for Micron Technology Inc. in California as an Imaging Engineer and has 10 years of experience working with MATLAB and developing GUI applications. Previous work experience includes 3 years at the David Sarnoff Research Center (Former RCA Research Labs) in Princeton, NJ as an Associate Member of the Technical Staff in the Advanced Imaging Group as well 3 years as an R&D engineer for an X-ray/scientific imaging company. He is a member of SPIE and IEEE and is an author or co-author of several papers and patents in the field of imaging.

Advanced GUI Development

MATLAB

Scott T. Smith

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