Plots of "Life"

It is a troublesome time in a research scholar's life when his/her entire research work has to be summarized in a few plots/graphs. Now capturing all of these are difficult. How much can you show graphically?

Bringing in all the data, the inferences and outcomes due to them, all on a set of plots; I thought it wouldn't do justice to the amount of time, effort and the sacrifices that have come along generating and 'verifying' them .

My peers and seniors would say, 'It is easy. Very very easy'. How, I asked ?

'Don't you know some thing called 'MATLAB'. Use it, my friend.' (Just for the folks working in "my area of interest". There are a score of other tools available)

There are times when just adding a graph increases the value of your work manifold while writing papers to communicate your research work, this is one of them.

Why ? They are the "life" of the work. Each and every plot !!

Plots of "Life"

Inset graph in an other plot is a wonderful way of drawing a reader's attention to a section you want.

The above two graphs are taken from my work on "On-chip Non-intrusive Temperature Detection and Compensation of a Fully Integrated CMOS RF Power Amplifier", presented at the 30th International Conference on VLSI Design and 16th International Conference on Embedded Systems.(VLSID 2017).

My list of publications [here] where I have used graphs and plots to communicate my data effectively.
In my search to add more value to my work, I came across, few interesting links. I am just compiling a few here.

1. Plot 2-D lines on both y-axes
2. 1 x-axis, many y-axes, different y-limits. Try this one !!
3. ...


... to be continued.

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