So, ... I'm looking at the database and the table info.
I notice that the fields for:
# bands in measurement
total # bands in image
As one who tries to understand where the quid pro quo of "there's no such thing as a free lunch" exists, the differences in these values are strikingly large. However, I have no understanding of what they actually refer to or the meaningfulness behind them.
So, while the readout speeds for these cameras seem correlated to the # of bands ... I realized that I have no clue as to what these bands are, and thus why they would / wouldn't matter to me.
If someone could explain what this is, I'd appreciate that.
But, I found it interesting as the tester pushed the file. Had me wondering how that relates back to the # bands (and thus the readout speed).
Admittedly, I don't know what I don't know ... so clue me on the impact / influence on the # bands involved as to the pro / con vs. quid pro quo of "no free lunch", particularly as it pertains to IQ vs. readout speed vs.
But, just a cursory correlation of the models mentioned above and their respective # bands, it does seem to correlate as a quid pro quo of IQ vs. speed (no surprise that the two would be inversely correlated).
But, here again ... ummm, I need some education regarding the matter of bands, thanks.
So, ... I'm looking at the database and the table info.
I notice that the fields for:
# bands in measurement
total # bands in image
As one who tries to understand where the quid pro quo of "there's no such thing as a free lunch" exists, the differences in these values are strikingly large. However, I have no understanding of what they actually refer to or the meaningfulness behind them.
So, while the readout speeds for these cameras seem correlated to the # of bands ... I realized that I have no clue as to what these bands are, and thus why they would / wouldn't matter to me.
If someone could explain what this is, I'd appreciate that.
But, I found it interesting as the tester pushed the file. Had me wondering how that relates back to the # bands (and thus the readout speed).
Admittedly, I don't know what I don't know ... so clue me on the impact / influence on the # bands involved as to the pro / con vs. quid pro quo of "no free lunch", particularly as it pertains to IQ vs. readout speed vs.
But, just a cursory correlation of the models mentioned above and their respective # bands, it does seem to correlate as a quid pro quo of IQ vs. speed (no surprise that the two would be inversely correlated).
But, here again ... ummm, I need some education regarding the matter of bands, thanks.
So, ... I'm looking at the database and the table info.
I notice that the fields for:
# bands in measurement
total # bands in image
As one who tries to understand where the quid pro quo of "there's no such thing as a free lunch" exists, the differences in these values are strikingly large. However, I have no understanding of what they actually refer to or the meaningfulness behind them.
So, while the readout speeds for these cameras seem correlated to the # of bands ... I realized that I have no clue as to what these bands are, and thus why they would / wouldn't matter to me.
If someone could explain what this is, I'd appreciate that.
But, I found it interesting as the tester pushed the file. Had me wondering how that relates back to the # bands (and thus the readout speed).
Admittedly, I don't know what I don't know ... so clue me on the impact / influence on the # bands involved as to the pro / con vs. quid pro quo of "no free lunch", particularly as it pertains to IQ vs. readout speed vs.
So, ... I'm looking at the database and the table info.
I notice that the fields for:
# bands in measurement
total # bands in image
As one who tries to understand where the quid pro quo of "there's no such thing as a free lunch" exists, the differences in these values are strikingly large. However, I have no understanding of what they actually refer to or the meaningfulness behind them.
So, while the readout speeds for these cameras seem correlated to the # of bands ... I realized that I have no clue as to what these bands are, and thus why they would / wouldn't matter to me.
If someone could explain what this is, I'd appreciate that.
But, I found it interesting as the tester pushed the file. Had me wondering how that relates back to the # bands (and thus the readout speed).
Admittedly, I don't know what I don't know ... so clue me on the impact / influence on the # bands involved as to the pro / con vs. quid pro quo of "no free lunch", particularly as it pertains to IQ vs. readout speed vs.
So, ... I'm looking at the database and the table info.
I notice that the fields for:
# bands in measurement
total # bands in image
As one who tries to understand where the quid pro quo of "there's no such thing as a free lunch" exists, the differences in these values are strikingly large. However, I have no understanding of what they actually refer to or the meaningfulness behind them.
So, while the readout speeds for these cameras seem correlated to the # of bands ... I realized that I have no clue as to what these bands are, and thus why they would / wouldn't matter to me.
If someone could explain what this is, I'd appreciate that.
But, I found it interesting as the tester pushed the file. Had me wondering how that relates back to the # bands (and thus the readout speed).
Admittedly, I don't know what I don't know ... so clue me on the impact / influence on the # bands involved as to the pro / con vs. quid pro quo of "no free lunch", particularly as it pertains to IQ vs. readout speed vs.
So, ... I'm looking at the database and the table info.
I notice that the fields for:
# bands in measurement
total # bands in image.
As one who tries to understand where the quid pro quo of "there's no such thing as a free lunch" exists, the differences in these values are strikingly large. However, I have no understanding of what they actually refer to or the meaningfulness behind them.
So, while the readout speeds for these cameras seem correlated to the # of bands ... I realized that I have no clue as to what these bands are, and thus why they would / wouldn't matter to me.
If someone could explain what this is, I'd appreciate that.
But, I found it interesting as the tester pushed the file. Had me wondering how that relates back to the # bands (and thus the readout speed).
Admittedly, I don't know what I don't know ... so clue me on the impact / influence on the # bands involved as to the pro / con vs. quid pro quo of "no free lunch", particularly as it pertains to IQ vs. readout speed vs.
