Real-World Evidence: The Future of Data Generation and UsageApril Bright
As data is captured through electronic health records, registries and unique device identifiers, the generation of evidence based on this data is expected to play a crucial role in informing orthopedic manufacturers’ decisions before and after regulatory approval. While regulators, payors, hospitals and manufacturers support this shift, they acknowledge that gaps remain in its optimal execution. Priority considerations include how to generate evidence to expedite regulatory market decisions, device indication expansion, postmarket studies, postmarket surveillance and reimbursement decisions. The National Evaluation System for health Technology Coordinating Center (NESTcc), an initiative of the Medical Device Innovation Consortium (MDIC), is leading the conversation with various stakeholders, including FDA and orthopedic device companies to support the sustainable generation of Real-World Evidence (RWE) using Real-World Data (RWD).
The Future of Personalized Implants in Joint Replacement: Additive, Robotics,...April Bright
Orthopedics is primed for mass customization of implants thanks to advancements in additive, AI and robotics. Fully leveraged, the technologies can produce patient-specific implants that achieve clinical benefit, decrease cost and maintain O.R. workflow. Founder and Chief Medical Officer of Monogram Orthopaedics, Douglas Unis, M.D., shares his reimagined vision of personalized joint replacement implants and just-in-time inventory solutions.
Real-World Evidence: The Future of Data Generation and UsageApril Bright
As data is captured through electronic health records, registries and unique device identifiers, the generation of evidence based on this data is expected to play a crucial role in informing orthopedic manufacturers’ decisions before and after regulatory approval. While regulators, payors, hospitals and manufacturers support this shift, they acknowledge that gaps remain in its optimal execution. Priority considerations include how to generate evidence to expedite regulatory market decisions, device indication expansion, postmarket studies, postmarket surveillance and reimbursement decisions. The National Evaluation System for health Technology Coordinating Center (NESTcc), an initiative of the Medical Device Innovation Consortium (MDIC), is leading the conversation with various stakeholders, including FDA and orthopedic device companies to support the sustainable generation of Real-World Evidence (RWE) using Real-World Data (RWD).
The Future of Personalized Implants in Joint Replacement: Additive, Robotics,...April Bright
Orthopedics is primed for mass customization of implants thanks to advancements in additive, AI and robotics. Fully leveraged, the technologies can produce patient-specific implants that achieve clinical benefit, decrease cost and maintain O.R. workflow. Founder and Chief Medical Officer of Monogram Orthopaedics, Douglas Unis, M.D., shares his reimagined vision of personalized joint replacement implants and just-in-time inventory solutions.
The Future of Digital Health and Wearables in OrthopedicsrablesApril Bright
Orthopedic device companies have responded to payors’ adoption of bundled payments and FDA’s promotion of digital health tools by commercializing products that track patients beyond the O.R. Digital health tools, including wearables, provide device companies with revenue streams that respond to hospitals’ episode of care requirements and patients’ personalized medicine needs, while simultaneously creating a feedback loop for product ideas. Christopher E. Pelt, M.D., a surgeon enrolled in Zimmer Biomet’s mymobility clinical study with the Apple Watch app, offered perspective on the benefits of wearables and shares ways that the technology will impact patients, surgeons and device companies in the future.
Wearables iot development for patient engagementLucas Holt
Unmet Wearable Needs & Innovation for Health.
Role of technology, cost, and adherence in developing - mHealth, sensors, and apps to improve patient care, health, and engagement. Establishing Value-Based Collaborations that work.
A smart hospital is a hospital that relies on optimized and automated processes built on an Information and communication technologies environment (ICT) of interconnected assets, particularly based on Internet of things (IoT), to improve existing patient care procedures and introduce new capabilities.
2012 to 2013 Australian Hospital Digital Scanning Surveysquareearth
Results undertaken from the Australian hospital digital scanning survey undertaken in 2014, for 2012-13 data. Report undertaken by SquareEarth, a healthcare consultancy firm.
Q&A: The Internet of Everything in Clinical TrialsCRF Health
The Internet of Everything (IoE) is being applied to more sectors, including clinical trials. IPT asks Rauha Tulkki-Wilke at CRF Health how this is happening and what the effects are.
Experience A+ Rated General Biomedical Equipment RepairERS Medical
A lot of medical equipment commonly found in any healthcare division whichneeds to be repaired and maintained time to time for giving better performances. ERS Medical is prominent to give successive repair and maintenance service to all the biomed equipment. The general biomedical equipment repair service is one of the best that you can get at ERS Medical within your means. So, get them repaired as soon as you find any problem to avoid breakdown. Contact ERS Medical immediately as soon as you find any difficulties in handling the equipment.
https://www.ersmedical.com/
A Comprehensive Introduction to Medical SimulationRoger Smith
Introduction to the science and practice of medical and surgical simulation. Topics Covered: History, Taxonomy, Learning Processes, Standardized Patients, Patient Simulators, Team Training, Surgery Simulators, Best Practices.
Objective: Design proposal for a body-weight support system to overcome current limitations faced by therapists at Stroke Rehabilitation Center, Buffalo General Hospital.
The design proposal included extensive work on the operations, mechanical, software, electrical, and control aspects.
The simplification of ecosystems to support management decision makingShaun West
This paper describes the simplification process of an ecosystem and has relevance to manufacturing firms with complicated supply chains where the product provided is installed into an end user's operations. The manufacturing firm in such a situation has to understand complex ecosystems to provide valuable solutions to the end-user. Based on three publicly available use cases. Service Design tools were used for analysis to describe the value exchange within the IOT deployed ecosystems. The results suggest that value flow between key players in the ecosystems need to be understood for digital transformation and the change in mind-set is required to fully use its potential.
5 INTERNATIONAL CONFERENCE ON BUSINESS SERVITIZATION
CAN MACHINE-TO-MACHINE COMMUNICATIONS BE USED TO IMPROVE CUSTOMER EXPERIENCE ...Shaun West
The purpose of this paper is to identify ways in which Machine-to-Machine (M2M) communication can be used by product-based manufacturing firms to deepen and broaden the service aspects of their customer value proposition. The expectation is that an improved customer value proposition leads to improved customer experience, and through this to improved customer retention.
Slides used in the presentation.
The Future of Digital Health and Wearables in OrthopedicsrablesApril Bright
Orthopedic device companies have responded to payors’ adoption of bundled payments and FDA’s promotion of digital health tools by commercializing products that track patients beyond the O.R. Digital health tools, including wearables, provide device companies with revenue streams that respond to hospitals’ episode of care requirements and patients’ personalized medicine needs, while simultaneously creating a feedback loop for product ideas. Christopher E. Pelt, M.D., a surgeon enrolled in Zimmer Biomet’s mymobility clinical study with the Apple Watch app, offered perspective on the benefits of wearables and shares ways that the technology will impact patients, surgeons and device companies in the future.
Wearables iot development for patient engagementLucas Holt
Unmet Wearable Needs & Innovation for Health.
Role of technology, cost, and adherence in developing - mHealth, sensors, and apps to improve patient care, health, and engagement. Establishing Value-Based Collaborations that work.
A smart hospital is a hospital that relies on optimized and automated processes built on an Information and communication technologies environment (ICT) of interconnected assets, particularly based on Internet of things (IoT), to improve existing patient care procedures and introduce new capabilities.
2012 to 2013 Australian Hospital Digital Scanning Surveysquareearth
Results undertaken from the Australian hospital digital scanning survey undertaken in 2014, for 2012-13 data. Report undertaken by SquareEarth, a healthcare consultancy firm.
Q&A: The Internet of Everything in Clinical TrialsCRF Health
The Internet of Everything (IoE) is being applied to more sectors, including clinical trials. IPT asks Rauha Tulkki-Wilke at CRF Health how this is happening and what the effects are.
Experience A+ Rated General Biomedical Equipment RepairERS Medical
A lot of medical equipment commonly found in any healthcare division whichneeds to be repaired and maintained time to time for giving better performances. ERS Medical is prominent to give successive repair and maintenance service to all the biomed equipment. The general biomedical equipment repair service is one of the best that you can get at ERS Medical within your means. So, get them repaired as soon as you find any problem to avoid breakdown. Contact ERS Medical immediately as soon as you find any difficulties in handling the equipment.
https://www.ersmedical.com/
A Comprehensive Introduction to Medical SimulationRoger Smith
Introduction to the science and practice of medical and surgical simulation. Topics Covered: History, Taxonomy, Learning Processes, Standardized Patients, Patient Simulators, Team Training, Surgery Simulators, Best Practices.
Objective: Design proposal for a body-weight support system to overcome current limitations faced by therapists at Stroke Rehabilitation Center, Buffalo General Hospital.
The design proposal included extensive work on the operations, mechanical, software, electrical, and control aspects.
The simplification of ecosystems to support management decision makingShaun West
This paper describes the simplification process of an ecosystem and has relevance to manufacturing firms with complicated supply chains where the product provided is installed into an end user's operations. The manufacturing firm in such a situation has to understand complex ecosystems to provide valuable solutions to the end-user. Based on three publicly available use cases. Service Design tools were used for analysis to describe the value exchange within the IOT deployed ecosystems. The results suggest that value flow between key players in the ecosystems need to be understood for digital transformation and the change in mind-set is required to fully use its potential.
5 INTERNATIONAL CONFERENCE ON BUSINESS SERVITIZATION
CAN MACHINE-TO-MACHINE COMMUNICATIONS BE USED TO IMPROVE CUSTOMER EXPERIENCE ...Shaun West
The purpose of this paper is to identify ways in which Machine-to-Machine (M2M) communication can be used by product-based manufacturing firms to deepen and broaden the service aspects of their customer value proposition. The expectation is that an improved customer value proposition leads to improved customer experience, and through this to improved customer retention.
Slides used in the presentation.
Industrial product support services using digitalizationShaun West
Industry 4.0 means we have to understand the customer’s businesses better
- Context of digitalization
- What and where is value
- Challenges that face development of services
- Design methodology for digitalization
To describe different operational layers in Industry 4.0 that must be understood to allow optimization of industrial product support services.
Presented at Swissmem, F&E-Konferenz zur Industrie 4.0
11 January 2016
Industrial Business Transformation Through Connected ProductsMark Benson
Presented at IoT Evolution 2016 in Las Vegas by Mark Benson on January 27th, 2016.
ABSTRACT: There is an epic battle going on right now between disruptive innovation and an immovable object. The disruptive innovation is emerging connectivity technology and service-based business models that are changing the way that consumers interact with their devices, their environments, and their data. The immovable object is the inability of large organizations to successfully make the changes necessary to become a progressive data-driven company that listens to its users. Here, a contrasting set of successful and non-successful case studies are shown along with recommendations as to how companies can make the difficult changes ahead in order to compete and compete well in our emerging digital economy.
Business Transformation: Reframing Strategic Advantage through APIsCA Technologies
Competitive advantage has traditionally been deeply rooted in industry structure. But the growing importance of digitization and informational assets has blurred industry boundaries, driving businesses to operate in unfamiliar yet thriving digital ecosystems. And it’s the API that has provided businesses the building blocks to transform and compete in this new interconnected world. Join Mohan Subramaniam, Associate Professor of Strategy, Carroll School of Management and Harvard Business Review author, to discuss this paradigm shift from industries to ecosystems, the importance of informational assets vs. physical assets, and why APIs are key drivers for capturing value in this new digital marketplace.
For more information, please visit http://cainc.to/Nv2VOe
Competitive advantage through servitizationFatima Arshad
How Firms gain Competitive Advantage through Servitization Concept. This concept is more famous specially in developed countries like U.S. Servitization is actually bundle of product and services that provide the best solution of customer need/problem. Choice of Suitable services are important here.
Digitalization - How to build a killer ecosystem by aligning customer experie...Milos Radovic
Through customer experience & digital ecosystems to new business models – The operation and business models of the future are digital. A successful digitalization therefore needs more than just innovative technologies. Novel concepts are required! It’s the time to rethink: Only when customer experience, platforms and enterprises interlock is it possible for the power of digitalization to truly unfold. We use tangible examples to showcase the impact of the digital chain on enterprises, how Design Thinking, Agile Development, Co-Creation and technology collude and how ecosystems drive new business models.
IEEE Grant Opportunities for Young Scientists and StudentsYSF-2015
Presented by Ievgen Pichkalov,
Open International University of Human Development "Ukraine", at the Workshop of Opportunities, the satellite meeting of the International Young Scientists Forum on Applied Physics YSF-2015
For the full video of this presentation, please visit:
http://www.embedded-vision.com/platinum-members/bdti/embedded-vision-training/videos/pages/choosing-processor-embedded-vision-optio
For more information about embedded vision, please visit:
http://www.embedded-vision.com
Lina Karam, Ph.D., IEEE Fellow and Director of the Image, Video & Usability (IVU) Lab at Arizona State University, delivers the presentation "ICIP 2016 and the Visual Technology Innovator Award" at the May 2015 Embedded Vision Alliance Member Meeting. Lina, the General Chair of the upcoming IEEE ICIP 2016 conference, describes the objectives and details of the event, including participation opportunities involved in the all-new Visual Technology Innovation Award.
1. The National Science Foundation
Industry/University Cooperative Research Center for
Intelligent Maintenance Systems
University of Cincinnati
Baldwin Hall 560
Cincinnati, OH 45221-0072
513.556.3412
513.556.3390
imscenter.net
NSF I/UCRC Since 2000 1
IMS Center Highlights
2001 - Established NSF I/UCRC for Intelligent Maintenance Systems (IMS) with 12 initial company members: API,
Ford, Harley-Davidson, Intel, ITRI, Johnson Controls, OMRON, Rockwell Automation, Toyota, United Technologies,
USPS and WE Energy.
2003 - Developed First “toolbox approach” to Intelligent Maintenance Systems, dubbed the Watchdog Agent®.
2003 - Applied for Watchdog Agent® Trademark.
2003 - Received Milwaukee Idea Award to recognize the Center’s innovation and contribution to University of
Wisconsin Madison.
2004 - Received Milwaukee Innovation Award from Mayor of Milwaukee to recognize the Center’s impact to city of
Milwaukee.
2005 – Professor Lee (IMS Center Director) appointed Ohio Eminent Scholar in Advanced Manufacturing and L.W.
Scot Alter Chair Professor; relocated the IMS Center to the University of Cincinnati; Renewed membership with
Harley-Davidson, ITRI, United Technologies, OMRON, Toyota; and acquired many new members including: P&G, GE
Aviation, Advantech, Etc.
2006 - Center reaches 40 members with the addition of new University site at Missouri University of Science &
Technology.
2007 – Professor Lee receives Professor of the Quarter Award at the University of Cincinnati.
2008 - Professor Lee receives Professor of the Year Award at the University of Cincinnati.
2010 - Center membership reaches 60 companies since inception.
2011 - Professor Lee receives Distinguished Research Professor Award at the University of Cincinnati.
2012 - The IMS Center receives the National Instruments Prognostic Innovation Award.
2012 - National Instruments begins trial commercialization of the Watchdog Agent®.
2. The National Science Foundation
Industry/University Cooperative Research Center for
Intelligent Maintenance Systems
University of Cincinnati
Baldwin Hall 560
Cincinnati, OH 45221-0072
513.556.3412
513.556.3390
imscenter.net
NSF I/UCRC Since 2000 2
2012 - IMS Selected as most economically impactful I/UCRC in the NSF Economic Impact Study Report which found
that the Center has delivered to its members a combined benefit of $847.6 million in cost savings, and that the
Center returned $238.30 of benefits for every $1 invested by the National Science Foundation.
2013 - Center membership reaches 80 companies, from 15 countries, since inception (2001).
2012 - Receive NSF I-Corps Award.
2013 - Formation of Spin-off Company: Predictronics Corporation (Professor Lee, Co-founder). Predictronics
specializes in the development and integration of prognostics and health management solutions for many
applications, including manufacturing, mining and energy.
2014 - Professor Lee receives NSF Alex Schwarzkopf Technological Innovation Prize at the 2014 NSF I/UCRC
Annual Meeting.
2014 - The IMS Center site at the University of Cincinnati has worked with over 70 member companies and
organizations.
2014 - The IMS Center at the University of Cincinnati has received over $4.2 million in membership funding since
2005.
PHM SOCIETY DATA CHALLENGE
Years Applications PHM competition task IMS Ranking Data provider
2008 Jet engine efficiency Remaining useful life prediction 1st and 3rd NASA
2009 Gearbox Key component diagnosis 1st 2nd and 3rd GOODRICH
2010 Milling machine Tool wear prediction 3rd SIMTECH
2011 Wind energy Sensor health estimation 1st and 3rd NRG
3. The National Science Foundation
Industry/University Cooperative Research Center for
Intelligent Maintenance Systems
University of Cincinnati
Baldwin Hall 560
Cincinnati, OH 45221-0072
513.556.3412
513.556.3390
imscenter.net
NSF I/UCRC Since 2000 3
IMS CENTER PATENTS
Patent Title Patent # Industry Application
Methods for Prognosing Mechanical System US 2010/0023307 A1 Industrial equipment /
Machine Tools
T2T: Turbine to Turbine Prognostics Technique for
Wind Farms
WO/2011/143531 Wind Farms / Wind
Turbines
Method and System for Prognostics and Health
Management Based on Cloud Computing
UC-112-002 - Provisional
Patent
Industrial equipment /
Manufacturing
Method and System for Electric Vehicle Battery
Prognostics and Health Management
61/509,945 - Provisional
Patent
Electric Vehicles
Methods and System for Energy Prognosis US 2011/0066391 A1 Industrial equipment /
Machine Tools