Design Article
Top 10 medical ‘how-to’ articles of 2012
Anne-Francoise Pele
12/6/2012 11:05 AM EST
#10
Microelectronic sensing system enables in-flight arrow ballistics measurement
By Full Flight Technology, LLC, CTU in Prague, and Clarity Center for Sensor Web Technologies, Tyndall National Institute, University College Cork
Microelectronic sensing systems now appear in all fields of endeavor. Today, such systems are often applied to measure athletic performance by including the sensing system on the athlete in wearable sensing systems, or in athletic equipment itself. These applications provide significant challenges to the designer because the systems must be highly robust due to the dynamic nature of athletics. For more, click here.
Next: #9
Microelectronic sensing system enables in-flight arrow ballistics measurement
By Full Flight Technology, LLC, CTU in Prague, and Clarity Center for Sensor Web Technologies, Tyndall National Institute, University College Cork
Microelectronic sensing systems now appear in all fields of endeavor. Today, such systems are often applied to measure athletic performance by including the sensing system on the athlete in wearable sensing systems, or in athletic equipment itself. These applications provide significant challenges to the designer because the systems must be highly robust due to the dynamic nature of athletics. For more, click here.
Electronic arrowtip construction
Next: #9
|
|
|
|
|
Navigate to related information
docdivakar
12/12/2012 11:59 AM EST
@Anne: is there going to be any updates from BioMed San Jose held last week? It would be nice to know what are 'new' products in the medical area in 2013...
MP Divakar
Sign in to Reply
andrew porter
12/12/2012 5:31 PM EST
http://www.infectioncontroltoday.com/news/2012/12/aami-survey-identifies-top-10-medical-device-challenges.aspx
According to the survey results, the top 10 medical devices challenges are:
1. Managing devices and systems on the IT network (72%)
2. Integrating device data into electronic health records (65%)
3. Broken connectors (50%)
4. Battery management (50%)
5. Alarm management (49%)
6. Maintenance of infusion pump systems (48%)
7. Cybersecurity of medical devices and systems (47%)
8. Setting preventive maintenance strategies (44%)
9. Medical device incident reporting and investigations (42%)
10. Medical devices brought in by patients (42%)
Sign in to Reply
docdivakar
12/14/2012 11:18 AM EST
@andrew... Thank you... it is common to see survey respondents provide inputs considering the contemporary 'pain points' and may miss future ones. My guess is this list will look radically different in another 5 years. Probably #10 will dominate?
MP Divakar
Sign in to Reply
andrew porter
12/12/2012 5:35 PM EST
Game Changers: Technology Trends to Watch in 2013
http://medtechinsider.com/archives/29678
As we look ahead to the New Year and what it may bring, we have collected the most important game-changing, cannot-be-ignored 2013 medical device technology trends.
Sign in to Reply
docdivakar
12/14/2012 11:24 AM EST
Very useful information in the link above, thanks! I would imagine software applications using these technologies will start to be more prominent in 2013; in particular, analytics-driven prognostics.
MP Divakar
Sign in to Reply
green_is_now
12/12/2012 5:40 PM EST
Two lens sens angle between both eysys thus focal length. Adjust focus as needed.
No more reading glasses wearing contacts!
Sign in to Reply