Power of Health IT Touch


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Learn how touch is becoming the new normal for how clinicians work and share information. Visit the Intel Health & Life Sciences Community for more conversations, blogs, videos, and white papers on the impact of mobility and touch in healthcare environments. For more on Healthcare IT engage here:

Twitter: www.twitter.com/IntelHealthIT

LinkedIn: http://www.linkedin.com/company/it-center?trk=company_name

Community: https://communities.intel.com/community/itpeernetwork/healthcare

Published in: Health & Medicine
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  • At Intel we couldn't agree more with Richard. We believe in the right device for the right task. That is equally true for input mechanisms. We have developed technologies that enable perceptual computing that allow a user to interact with a computer with a swipe gesture through the air. We have enabled voice and facial recognition. There certainly will be times when a doctor will want to sit down at a keyboard and type a note.

    Richard, the concept you describe where a physician can keep the same session as she moves from screen to screen is an Intel Technology called Intel Wireless Display or WiDi. More information can be found here http://www.intel.com/content/www/us/en/architecture-and-technology/intel-wireless-display.html

    Part of what you are describing is enabled by Single Sign On technologies from companies like Caradigm and Imprivata. Much of the future is here. Let me know if any questions.
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  • While this is an interesting presentation of the increasing acceptance of touch, it assumes that touch - in an of itself - is the solution the medical community ultimately desires. It ignores normal variations in human computer interactions that have been well documented over the past few decades.

    I believe the organization that will see the fastest increase in user adoption will be the one that leverages touch devices and then incorporates more traditional access tools that dramatically enhance the facilities that support such interaction. If I were CIO of a hospital I would seek to pilot the deployment of extension docking technology on a few medical floors at the nursing stations, and in other places where members of the medical team normally congregate. For instance, there would be a place where a tablet-centric physician would wirelessly connect to a fixed, large screen monitor, keyboard, and mouse.

    The wireless connector would seek out devices that have been configured to participate in such a session and would put the name of the devices on the screen. If several devices are in the same area all of their names would appear on the screen. If the devices wireless devices is being used no additional attempts to connect would appear until the existing session is terminated.

    To connect to a session the physician would click on his / her device name and then enter their pin. The screen on their tablet would go dark and present a message that the device was participating in a connected session. To disconnect the physician would hit a special key on the keyboard and / or a disconnect button that appeared on their tablet.

    This would provide the physician with the ability to maintain session 'State', regardless of where they were located. More important, it would provide medical staff with the ability to use highly evolved technology when required to deal with the need increase the complexity / velocity of input / output requirements.
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Power of Health IT Touch

  1. 1. Discover ways clinicians are using touch computing to improve healthcare
  2. 2. Touch is becoming the “new normal” for how clinicians work and share information Among physicians who use both EHRs and mobile devices (or tablets), the most common activities performed are sending/receiving email and accessing the EHR. In fact, according to a recent Healthcare IT News report entitled “Docs Prefer Tablets to Smart phones,” some 51 percent of physicians say they do so daily. Increasingly, doctors are using touch-enabled devices to communicate diagnostic results as well. The rise of mobile health (mHealth) is enabling new efficiencies across the healthcare industry, as evolving devices and applications allow clinicians to do more with less. The prevalence of touch devices ensures engagement among not only physicians and clinical staff, but patients as well. 1
  3. 3. Healthcare is learning the value of touch As Intel’s Worldwide Medical Director Mark Blatt, M.D. recently commented, “Touch computing ties in directly with three key concepts surrounding the use of mobile in healthcare: use the right device for the right task, rearrange workflows to move toward collaboration, and think about the compute model in relation to what you’re trying to accomplish.” For example, by using Snap mode in Windows* 8—and now, Windows 8.1—a physician has the ability to run two different applications on the screen at the same time. So, a doctor could access a reference app, such as a neuroanatomy program that shows pictures of the brain and nervous system. At the same time, a DICOM viewer could show the patient’s CAT scan on the other half of the screen, without the need to flip back and forth between images. 2
  4. 4. Touch will only become more prevalent going forward Both clinicians and patients are geared toward using touch devices, often while in one another’s presence. Research firm Frost & Sullivan has listed mHealth among the top three topics in healthcare for 2013. In fact, 51 percent of respondents nominated mobility in healthcare as a top trend of the year. This mHealth expansion is being attributed to the unprecedented spread of mobile technologies, as well as advancements in their application to address health priorities. Healthcare needs to maximize productivity. Useraccessible operating systems, such as iOS, Android, and Windows* 8/8.1, support touch computing. And the processing power required for touch is available in smaller, less expensive devices. 3
  5. 5. Good reasons for touch’s popularity Touch computing supports the natural human sequence: to look at an object, reach for it, and then touch it. Clinicians work on-the-fly. Being able to use small form factor devices with a touch interface has proven invaluable in healthcare settings. Touch is intuitive. Unlike a computer keyboard and mouse, smart phones, tablets, and 2 in 1 devices don’t require the development of motor skills. Touch is a welcome addition to healthcare because it’s one of a growing number of innovative modes— keyboard, mouse, and touch combined with gesture, voice, and machine vision—in which users interact with computing devices. Having this flexibility allows healthcare’s mobile workforces to choose what works best in the moment. “Clinicians are able to interact with a work device in the same, instinctive way they are accustomed to using a non-work device.” 4
  6. 6. Touch doesn’t need to be the only game in town The mouse didn’t replace the keyboard, nor will touch devices completely displace the mouse or other input modes. Doctors, for example, will continue to choose the “right device” for the work at hand (charting, reading x-rays, communicating with colleagues, etc.). Healthcare has embraced touch. However, as Linda Reed, RN, MBA, FCHIME, vice president and CIO, Atlantic Health System, said during a recent interview, “The industry is still determining the right mix of mobile devices for clinicians.” As technologies evolve, so do solutions. Due to their flexibility, advanced functionality, security features, and projected cost savings, 2 in 1devices and Windows* apps are emerging as the optimal hardware/software combination for health care settings. “The role of touch computing in healthcare will continue to reflect the needs and capabilities of a transforming industry.” 5
  7. 7. Use touch where it makes sense Physicians often prefer a touch device when making rounds because it provides ready access to patient chart and research information, offering a high level of functionality and security. According to a recent special report sponsored by Voalté entitled, “Top 10 Clinical Communication Trends,” 53 percent of staff nurses’ shifts are devoted to tasks unrelated to patient care. Some healthcare systems are using touch devices to streamline communications with nursing staff. Doing so reduces miscommunication, allows nurses more time for patient care, and improves staff retention. While mobile strengthens communications among physicians, enabling on-the-fly consults, touch enhances their ability to view and respond to diagnostic images. Touch devices also provide a convenient way to update patient notes. 6
  8. 8. How smart phones, tablets, and 2 in 1s are making a difference in healthcare Psychological nuances directly affect the ability of touch to increase organizational efficiencies in health care settings. Physicians and patients, for instance, may prefer discussing health matters over a tablet or other touch device because it allows them to engage in shared content by unobtrusively touching images on a screen, rather than interrupting the process to use the mouse or enter keystrokes. When doctors and patients discuss information over a touch device—with no physical barrier, such as a laptop screen, between them—both parties are more engaged in the moment. This enhanced engagement leads to more fruitful interactions between physician and patient. 7
  9. 9. Healthcare’s mobile workforce is already “sold” on touch Touch’s role in healthcare settings stems from all the ways it makes the physician’s job easier. In fact, usability testing conducted on Ultrabooks™ underscores the ease with which users are adapting to touch devices. So, don’t be afraid to try a touch device now; they will only get better as physicians come to discover their full potential at the point of care. According to a recent Healthcare IT News report entitled “Wireless health market poised for growth,” the mobile devices and apps segment is also growing rapidly due to its wide applications and increased adoption by various healthcare professionals, pharmaceutical companies, and research laboratories. All this growth and expansion bodes well for touch. 8
  10. 10. Healthcare’s mobile workforce is already “sold” on touch Continued... A recent Gartner study, "Forecast: Devices by Operating System and User Type, Worldwide, 2010-2017, 3Q13 Update,” reports that Ultrabook™ devices and other “ultramobiles” are rapidly gaining market share. Healthcare professionals add that Ultrabooks are increasingly prevalent in the clinical documentation/EMR arena. The selection of these types of devices is mostly driven by user preference, since many models offer both tablet and full keyboard functionality as needed. 9
  11. 11. Touch is where the spending is for hardware and software developers Software development will continue to drive the adoption of touch in healthcare and other business settings. Intel has created the Intel® Developer Zone, which includes a section dedicated to developing applications that take advantage of touch and sensor hardware on the Ultrabook™ device. Both Intel and Microsoft play significant roles in developing solutions for healthcare. With the release of Windows* 8/8.1, touch computing has jumped from the tablet to the PC. As healthcare integrates touch into PC environments, adoption will continue to rise. “The Zone’s library of documents, code samples, demos, tools, and videos is helping developers write software optimized for touch, especially in apps for Windows* 8/8.1.” 10
  12. 12. HIT is on board As healthcare reform takes root in the U.S., hospitals and physicians will have no choice but to support mobile workforces. Projected cost savings, along with boosts to operational efficiencies and improvements to quality of care, make mobility— and, by extension, touch—an obvious tool of choice. The emergence of IT solutions that are specific to the needs of mobile workforces is making it easier for health IT professionals to support devices in the field, where touch is playing an increasingly significant role. Touch represents one of several important tools for improved workflow management. 11
  13. 13. © 2014 Intel Corporation. All rights reserved. Intel, the Intel logo, the Look Inside. logo, Look Inside., and Ultrabook are trademarks of Intel Corporation in the U.S. and/or other countries. *Other names and brands may be claimed as the property of others.