There are two fronts:

1) Short-time efforts that can ease the crisis management, e.g., alternative ways to use/adapt equipment to healthcare needs, taking notes of new empirical knowledge, check the mathematical models, etc.

2) Medium and long term efforts: remediate the healthcare, political and economic by-products the pandemic. I particularly think production engineering can be of great help because several practices could be reorganized to ease all economic sectors.

We can test, validate and suggest some good fitting models for the underline data of COVOD-19 for quick recognition analysis.

Hello,

There is a website that proposes to solve puzzle for science : https://fold.it/

You can propose algorithms but also computing time and ressources with your PC.

You should check it out.

In System Dynamics, there are models for the spread of a disease. They partition a group of people into three: the susceptible, the infected, and the recovered individuals. The current data can be used to estimate some parameters within the model. From there, it is possible to predict the further development of the spread of the disease. This information can be used to determine how much capacity for the treatment of infected people is needed and at what time in the future there will be a peak infection (assuming that the underlying parameters about the infection rate do not change over time).

Stay at home. :-)

Very Useful & Innovative query -

Usefull Engineering - https://www.researchgate.net/post/Whether_Bio-Technological_Research_is_essential_to_develope_our_nation_including_the_threats_of_Corona_Virus-How

Useful Mathematical Modelling - Microbial both Bacterial & Viral Kinetics -

MICROBIAL GROWTH KINETICS : A MATHEMATICAL REVIEW

• August 2019
• DOI:
• 10.13140/RG.2.2.14645.01762/4
• License
• CC BY-SA 4.0

Interesting

What can one do with chaos analysis?

One can do statistical analysis with the data of spreading COVID-19. Then also we can find some fitting or law to predict how this virus is spreading and in which area it can spread most. But it is very difficult to find real data. Because it's not a matter of one country. We need data from all over the world and then only we can try to find a good statistical measure to predict the area and control.

https://hackaday.com/2020/03/12/ultimate-medical-hackathon-how-fast-can-we-design-and-deploy-an-open-source-ventilator/

Something else would be to 3D print T for the nurses to put multiple patients on the same ventilator:

https://youtu.be/uClq978oohY

If you have an open source file of it, share so I can print some ;)

The COVID-19 virus affects the breathing process of the affected people. As the speech production mechanism has some partial relation with the breathing process, it can be expected that there will be a change (w.r.t normal) in speech characteristics of the patient. We can do some analysis on the speech samples of COVID-19 patients and can build some models to identify the new sufferers in advance.

It is a problem to put several patients on same ventilator since every has a different need. It can be done only if there is a central air pressure source and every patient is monitored by a for his needs set pressure /flow regulator and frequency control.

Building AI algorithms that can assist medical staff for detection COVID19 as well as analysing the data ti reduce the outbreak.

Engineers can help in inventing better and rapid method for testing covid, mathmaticians can model the transmission of the covid@Mohammed and Sajad

I suggest that you delete the conspiracy theories of yours. No-one is interested. COVOD?? What is that?

The mathematical modelling equations are developed to combine the mathematical model for a Pseudo – Gaussian distribution curve – for Growth of Covid19 . The superimposition of Gaussiun curve with Microbial growth curve can be fitted for the resulant model equation considering the sharp Exponential spreading of the Virus .

REF : https://osf.io/78jvr/

There are two fronts:

1) Short-time efforts that can ease the crisis management, e.g., alternative ways to use/adapt equipment to healthcare needs, taking notes of new empirical knowledge, check the mathematical models, etc.

2) Medium and long term efforts: remediate the healthcare, political and economic by-products the pandemic. I particularly think production engineering can be of great help because several practices could be reorganized to ease all economic sectors.

Engineers can help in inventing better and rapid method for testing covid, mathmaticians can model the transmission of the covid@Mohammed and Sajad

Biomedical engineers can help in vaccine production by developing an active ingredients extractor for alternative medicine vaccine

Biomedical engineers can help in vaccine production by developing an active ingredients extractor for alternative medicine vaccine

Engineers might develop COVID-19 sensors/detectors.

Mathematicians might find the COVID-19 patterns of behavior to set a counterattack/blocking strategy.

Sajad: You have watched too many silly thrillers on TV - stop it!

Dear Sajad Jafari, keep 1.5 m distance from others, wear a mask, clean your hands often, and...focus on your research work! 😎

Genarally there are two types of suppot . Mathematical Modelling as well as Molecular modelling but the problem is that if we start some set of dataset and

when a model is simulated -as per iterative approach the result should coencide with the another data set of the same mutants under identical condition . But the

problem is that Covid19 fails the reproducibility /reliability of the study .

I think it's about time to close this thread!