October 2021 - NOMC - lists.nbpcb.org

Article Beyone City Sidewalks
by debandjeff＠allophone.com 20 Aug '24

20 Aug '24

Hello Everyone, I have attached several articles that may be of interest to some of you. If you have some articles that you feel may be of benefit to us, please attach it and send it out. Jeff

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Saavi Services for the Blind AT and O&M Positions- Tucson, Arizona location
by jklgabias＠hotmail.com 21 Jan '22

21 Jan '22

Hello everyone, Saavi Services for the Blind has an O&M and an AT position open in our Tucson location. It is starting to get cooler in other parts of the world, but it is still a beautiful 85 degrees here in Tucson, Arizona! If you are tired of the snow and are looking for a new opportunity, please send your resume and cover letter to myself at jgabias at saavi.us and our Chief HR Officer ekurtz-aniba at saavi.us<mailto:ekurtz-aniba at saavi.us>. All the best, Joanne Gabias, M.A., NOMC, NCUEB, NCRTB Deputy Operations Officer SAAVI Services for the Blind

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FW: New cane with camera, sensors may help visually impaired. UPI News 2021 10 13
by ebell＠pdrib.com 18 Oct '21

18 Oct '21

Seminar Material anyone? From: Trapp, Greg, CFB <Greg.Trapp at state.nm.us> Sent: Monday, October 18, 2021 2:21 PM To: President, National Federation of the Blind <OfficeOfThePresident at nfb.org>; Pamela Allen <pallen at louisianacenter.org>; Edward Bell (ebell at pdrib.com) <ebell at pdrib.com>; 'nfbnewmexicopresident at gmail.com' <nfbnewmexicopresident at gmail.com> Subject: New cane with camera, sensors may help visually impaired. UPI News 2021 10 13 You have all likely already seen this article, but in case you have not I am passing it on. As I like to say when I see these kind of stories, it "brings tears to my eyes." It will definitely make a good seminar topic. New cane with camera, sensors may help visually impaired. Oct. 13 (UPI) --. Researchers at Stanford University have given the traditional white cane used by the visually impaired a technological upgrade to help them better avoid potential obstacles, they said Wednesday. Called the Augmented Cane, the new tool is equipped with multiple sensors and intuitive feedback mechanisms to guide users around indoor and outdoor obstacles and enable them to walk faster, the researchers said in an article published by Science Robotics. The new cane also includes technology to help guide users to specific locations preprogrammed into its on-board system. With additional refinements, the new cane could assist the more than 250 million people around the world who have difficulties moving outside their homes due to visual impairment, according to the researchers. The increased mobility potentially would improve the physical and mental health, as well as their economic and social well-being of those living with visual impairment, the researchers said. Robotic devices like this one actually can help improve both navigation and mobility if they are designed in a way that people find intuitive and confidence-building, researcher Patrick Slade told UPI in an email. We've built a device to help navigate in many situations, [and] a general solution like this could be beneficial, once improved as a product to make it lighter and simpler, said Slade, a post-doctoral in bioengineering at Stanford University in California. The visually impaired face a number of mobility challenges, including reduced walking speed and increased risk for accidental injury, studies have found. Traditional white canes with a red bottom section and guide dogs are commonly used tools that help people with impaired vision remain mobile and independent, but neither are perfect solutions, according to Slade and his colleagues. Older canes can help users avoid obstacles, but can only detect those within its length, and the availability of guide dogs is limited due in large part to training costs that exceed $40,000, research shows. Built with open-source technology, the current version of the Augmented Cane features a camera and GPS antenna, as well as a motorized wheel at its tip to help steer the user in real time, the researchers said. In its present form, the cane, which weighs about 2 pounds, costs about $400 to manufacture, but Slade and his colleagues hope to further refine the design to make it more user-friendly. They hope to partner with manufacturers to streamline the cane's development and, ideally, enable it to link with a user's smartphone to expand its ability to respond to needs in real time, Slade said. A similar device is in development at Virginia Commonwealth University. For this study, Slade and his colleagues assessed the walking speeds of users of the Augmented Cane. Walking speed was used as the key measure because it is reflective of a person's mobility as well as their ability to efficiently avoid potential obstacles, the researchers said. Study participants included 12 sighted adults who were blindfolded to simulate visual impairment and 12 adults with diagnosed visual impairment with experience using a white cane. Compared to a traditional white cane, the Augmented Cane increased the walking speed of people with visual impairments by an average of 18%, the data showed. Users of the Augmented Cane also had fewer collisions with obstacles in their environment and reported higher confidence in their navigation abilities, the researchers said. Although our device is relatively low cost relative to other research devices, it definitely has room for improvement to become a product, Slade said. We've open-sourced the design to help researchers and people interested in this problem to benefit from the design [and] we are thinking about streamlining future designs and would love to work with corporate partners to make a really useful product, he said. . Greg Trapp, JD Executive Director New Mexico Commission for the Blind 2200 Yale Blvd SE Albuquerque, NM 87106 505-383-2231 www.cfb.state.nm.us This email may contain confidential or privileged information meant only for the intended recipient. Any use, distribution, copying, or disclosure by any other person is strictly prohibited. If you have received this email in error, please notify the sender immediately and delete all copies of this email and any accompanying attachments.

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NBPCB Code of Conduct
by admin＠nbpcb.org 05 Oct '21

05 Oct '21

Greetings, This is just a reminder that if you are certified in either NOMC or NCRTB, we need you to sign our April 2021 Code of Conduct if you have not already done so. We are requiring all certificants to confirm that they are willing to abide by this newly adopted code. If you are planning to recertify in the next couple of months signing the document will be a part of that recertification process. If your current certification expires after December 2021, you can meet this requirement by accessing the Code of Conduct on our website www.nbpcb.org <http://www.nbpcb.org> . As we announced at this past summer's rehab conference, if we do not have a signed updated code of conduct by the end of this calendar year, certificants will forfeit their certification. If you would like to confirm that you have met this requirement, or if you just have questions, please contact us at admin at nbpcb.org <mailto:admin at nbpcb.org> . NBPCB Office PO Box 2373 Ruston LA 71273 318 299-7340 <mailto:admin at nbpcb.org> admin at nbpcb.org <http://www.nbpcb.org> www.nbpcb.org <https://www.nbpcb.org/pages/lookup.php> Click here to verify the status of NBPCB certified professionals

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