In large, highly connected networks where any vertex is very unlikely to be the sole connection between 2 or more parts of a network, could you functionally consider vertices with particularly high betweenness centrality, relative to the rest of the network, to be "bridge" vertices? I.e. vertices which, if removed, wouldn't *completely* disconnect parts of a network, but would *severely* reduce the connectedness between parts of a network? Or are the requirements for what you can consider a "bridge" vertex pretty narrowly and strictly defined when it comes to methods for analyzing them?

You are brilliant. Thank you for explaining this so clearly, and for simplifying with examples.

Thank you Martin, that's one of most simple and in the same time comprehensive explanations of network analysis that I saw.

Thank u so much!

Very clear, good visualisation, right speed, thank you!

Hello, can you please offer a link to the Histograph Interface you mentioned at minute 4:24.. thank you!!!

Hi, nice presentation. Can you tell me, what font did you use on your document?

What a great introductory course. Thank you so much!

Great touching on temporality. A network is a snapshot frozen in time. If you think of Time as an emergent physical property, not as a ticking clock, you can see a network evolves say through wiring and rewiring of nodes as they age and die at the experimental or theoretical rate you give them. Here differential and difference equations become handy for describing time equations for each node.

is there any software available for social networking research

Interesting - still above my head but can see the real world application and its uses.

Very interesting workshop

This is a great explanation of complicated concepts. Many others have complicated them further, thanks so much for such clear examples and simplification of concepts!

wonderful video !

Hi , please how not create a redundunt path between 2 nodes already has a path.

excellent video thank you

How can I add my xlsx data in here instead of writing it

thank you very much

Perfect presentation! I am pretty new in this area. Two questions: A:What does distance mean in a network and how it is measured? B: How can we read a complex network? I mean is there always a matrix (matrices) behind every galaxy-form network like what you showed at 10:50? Thank you!

Congratulations!

Very interesting subject. Very good explanation. Is there a business application to this ? Myb help product creators/sellers to understand where their audience is and how they are linked throughout social media.

Do you have a reference or source where the metrics are fully explained? I still have questions, like are we need to calculate all the metrics (avg path length, diameter, avg degree, etc.) or we can caculate a few metrics? How many metrics are enough to represent a network? Thanks

Thank you for all of your content!

Thanks again!

I don't understand his explanation of Euler.

It was a really informative and useful video series. Thanks a lot for that. However, as a novice person in this field, I realized the series was more focused on "Visualization" rather than "Analysis". Hence, I think the title of the videos can be a bit misleading.

where can i look for more information about this?

good job

excellent

What software would you use for creating a multi-layered network?

this is great! thanks for building bridges for us

UNDERSTANDING ME UNDERSTANDING YOU

Great explanation. Well done

Un Super Grand merci! This series of lectures was very informative and clear - especially for someone who is not in the Historical field. The concepts were clear and very transferrable into my area of marine ecology :D fingers crossed I get to try this out!

Really well presented! Thanks!!

Thank you so much Martin Grandjean for this great introductory series. The graphics were beautiful and really helped to emphasize and understand the points you made. I think it's really important to gather a basic understanding of the problem first and have a strong motivation and also see how this field of science evolved over time and how it started. You definitely reached your goal to make me think and dive deeper.

Excellent and simple, thanks

Good explanation, thank you

document please...

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Om shanti de ki

Thank You for your great work! =)

thank you, our excellent guy!

OMG