Rover Technology Fusions to Present at HIMSS Hall E, Booth #7343, ONC/FHA Area #33

Online, February 14, 2011 (Newswire.com) - Rover Technology Fusions (RTF), the leader in forms driven workflow solutions, RoverINK, will be presenting at the HIMSS 2011 Conference in Orlando, FL. As part of the prestigious ONC/FHA HIMSS Interoperable Showcase™, RTF will be demonstrating the results of their work relating to the health care transformation and the "Way Forward". RTF has focused on supporting the complete "Usability Framework" and the delivery of innovative technology to create a bridge to the future of electronic health information.

"We are extremely proud of having received the opportunity to participate in the Showcase with the Department of Veterans Affairs" said Robert Letzeisen, Executive Vice President for Business Development at RTF. "At RTF, we are all passionate about supporting the initiatives which will drive the future of health care from not just the clinical, business, and research environments, but reaching out to support special programs for Wounded Warriors, Medical Home, and Long Term Care. There are so many environments and user types which all need to participate now to have the transformation mission accomplished. Through our work with CONNECT EHR-SIG this past year, we realized how critical it is to offer solutions which are completely agnostic to the choice of input device, as well as being able to deliver fully integrating solutions which allow for updating mission critical back end health care data systems" he added.

As it will be titled and shown at this year's HIMSS Conference:
Positive Impact of Multiple Input Devices for EHR Adoption
Department of Veterans Affairs

The Department of Veterans Affairs and RoverINK will demonstrate the result of an innovation prototype resulting from the CONNECT EHR Special Interest Group. This demonstration supports a complete usability framework for clinicians' that works the way they do by incorporating handwriting, keyboards, Tablets, iPads and dictation into electronic records. By incorporating clinicians' existing work flow, EHRs support the meaningful use of EHRs without impeding processes. The information collected from the multiple input devices are exportable XML to Natural Language Processor (NLP) and data coded to standards. Discreet data elements are generated, including free form notes to produce interoperable formats (CDA, C32). This demonstration will populate an NLP and enterprise content management system for easy health information analysis and document retrieval. This helps eliminate objections regarding the method of input allowing clinicians to continue in their personal work flow.