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Showing posts with label medical. Show all posts
Showing posts with label medical. Show all posts

Thursday, 27 June 2019

Drones: Unmanned Aircraft, Unmatched Potential

Sumber artikel disusun oleh: Bahagian Data Strategik Dan Teknologi Masa Hadapan, Kementerian Tenaga, Sains, Teknologi, Alam Sekitar Dan Perubahan Iklim (MESTECC).

Artikel TFD, MESTECC

Drones: Unmanned Aircraft, Unmatched Potential

In recent years, drones have becoming more and more common to the public. We can easily acquire them over any toy stores or photography shops, and they are even offered as free gift for successful credit card application in Malaysia! According to a PWC study in 2016, the emerging global market for business services using drones is potentially worth more than USD$127billion, especially in the infrastructure, agriculture and transportation industry. UNCTAD in its Technology and Innovation Report highlighted drones as one of the seven key technologies with potential contributions to the UN Sustainable Development Goals (UNCTAD, 2018).

However, they do have their fair share of troubles with the authorities, notably the Gatwick Airport drone incident in December 2018, when over 40 drones sightings were reporting within the 1km of the airport boundary. The 3 days incident caused major disruptions, affecting over 120,000 passengers and over 700 flights during one of the busiest season of the year, with financial damages amounting to USD64million and counting.

Regardless, our belief is we can bring out the very best of the drones if we have a strong collaborative network between the regulators, public administrations, academia, industry players and the civil societies in Malaysia. We even have a local company by the name of Aerodyne currently occupying the 7th spot in the Global Top 20 Drone Operator Ranking 2018 and the 1st in Asia, beating Japan, the only other Asia country on the list (DRONEII, 2018). The future does look bright for us in the drones business if we take the early initiatives to move it forward. At the same time, the drones industry will helps in creating new jobs to the economy with the likes of drone pilots, programmers, maintenance workers in the foreseeable future.

We would like to share some drones success stories implemented around the world and the infographic highlighted some 40 practical uses for drones in various industries. YS

  1. Delivering medical and healthcare supplies in Rwanda, London, Lugano and Haiti;
  2. Environment monitoring by local authorities in US and Japan (tornado storm, volcano activities, open fire burning, providing tsunami warning); 
  3. Telco towers monitoring in Malaysia;
  4. Drone deliveries for food and products (Amazon in US and Domino’s in New Zealand);
  5. Fish farming in Japan; 
  6. Increasing agriculture produce in China and the Philippines;
  7. Search and rescue, crowd monitoring and traffic control by enforcement agencies in US; and
  8. Supporting the fire and rescue service in Bradford, UK.


    Sumber:

    Thank you.

    FT Insights 3/2019:  Technology Trend For 2019.

    ..HYS, TFD, MESTECC...
     
    Artikel TFD, MESTECC 

    Wednesday, 19 June 2019

    Artificial Pancreas

    Sumber artikel disusun oleh: Bahagian Data Strategik Dan Teknologi Masa Hadapan, Kementerian Tenaga, Sains, Teknologi, Alam Sekitar Dan Perubahan Iklim (MESTECC).

    Artikel FT Sharing

    The Inspiration
    I originally wanted to build a better system  on my Continuous Glucose Monitoring (CGM) to wake me up at night. I knew that if I could get the data from my CGM in real-time, I could send data to my phone or computer to make louder alarms than was possible on the existing medical device. Once I did that, I realized I wanted to share my data with others, and added buttons to prevent waking up unnecessarily if I was taking action (thus only alarming myself if I wasn’t waking up to take action).

    How It Works
    Once I was entering data about actions I was taking, the next obvious step was building a prediction algorithm to make the alarms smarter. This enabled the system to only alarm if I needed to take additional action, rather than being purely reactive and alarming without the context of other data, which is still currently the standard of diabetes care today. And a year later, we realized that combining our algorithm with other open source code to communicate and send commands directly to the pump would enable us to “close the loop”. That’s how I went from building a system to better wake me up at night to building an artificial pancreas system that allows me to sleep without having to wake up and take action for diabetes.


    Sumber:


    Thank you.

    FT Sharing 18/2017: Artificial Pancreas

    ...HYS, TFD, MESTECC...


    Artikel FT Sharing