While that's not an inaccurate representation, I think "just" translating the math to Octave/MATLAB's pretty powerful vector algebra language isn't as trivial as you seem to find it. I've had some seriously epiphanic moments. For me, at least, this class is striking a pretty good balance.
Although I've been struck by the fact that they expect most people to do loop iteration until forced into vectorized concepts - I've been forcing myself to do it all as linear algebra from the start, as that's what I see as the point of the class.
yeah, that was kind of surprising for me as well. however, i have forced myself to submit only vectorized implementation for all exercises so far. yes, that includes the neural-networks examples as well ;)
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While that's not an inaccurate representation, I think "just" translating the math to Octave/MATLAB's pretty powerful vector algebra language isn't as trivial as you seem to find it. I've had some seriously epiphanic moments. For me, at least, this class is striking a pretty good balance.
Although I've been struck by the fact that they expect most people to do loop iteration until forced into vectorized concepts - I've been forcing myself to do it all as linear algebra from the start, as that's what I see as the point of the class.
yeah, that was kind of surprising for me as well. however, i have forced myself to submit only vectorized implementation for all exercises so far. yes, that includes the neural-networks examples as well ;)