Hello, World!

Since I didn’t want to junk up my work blog with things unrelated to actual work I do there, here we are. Things I’d probably talk about:

  • Family stuff
  • The cats
  • World of Warcraft
  • Funny stuff
  • Political or other things not suited for an institutional-looking blog.

Code test:

  1. ## This program computes the average of a set of experimental data
  2. ## values.
  3. total = 0.0
  4. count = 0
  5. x = input("")
  6. while x!=0.0:
  7.     total = total + x
  8.     count = count + 1
  9.     x = input("")
  10. average = total/float(count)
  11. print "THE AVERAGE IS %6.2f" % (average)

Math:
1+e^{i\pi}=0

5 Comments

  1. shailesh
    Posted December 29, 2007 at 10:05 am | Permalink

    could you please give me your web hoster web address?
    shailesh

  2. shailesh
    Posted December 29, 2007 at 10:03 pm | Permalink

    A zero-order hold reconstructs the following continuous-time waveform from a sample sequence x[n], assuming one sample per time interval T:

    x_{\mathrm{ZOH}}(t)\,= \sum_{n=-\infty}^{\infty} x[n]\cdot \mathrm{rect} \left(\frac{t-T/2 -nT}{T} \right) \
    where \mathrm{rect}() \ is the rectangular function.
    The function \mathrm{rect} \left(\frac{t-T/2}{T} \right) is depicted in Figure 1, and x_{\mathrm{ZOH}}(t)\, is the piecewise-constant signal depicted in Figure 2.

    this is for LaTex check only

  3. Posted December 30, 2007 at 11:57 am | Permalink

    My host is A2. As you probably noticed, I didn’t enable LaTeX for comments, but I may do that later. You may still be able to get 20% off their regular rates with coupon code ’43f20′, but I’m not sure.

  4. ba
    Posted December 4, 2008 at 3:51 am | Permalink

    $x^2$

  5. Posted February 8, 2009 at 4:32 pm | Permalink

    This site still doesn’t support LaTeX in comments. And won’t for the foreseeable future.

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