• Breaking News

    Wednesday, May 26, 2021

    Home Unlabelled New Highspeed Control Strategy For Energy-Efficient Data Storage of The Future Computer Science

    New Highspeed Control Strategy For Energy-Efficient Data Storage of The Future Computer Science

    May 26, 2021

    New Highspeed Control Strategy For Energy-Efficient Data Storage of The Future Computer Science

    New Highspeed Control Strategy For Energy-Efficient Data Storage of The Future

    Posted: 25 May 2021 07:21 PM PDT

    2 words should come from this, good luck

    Posted: 26 May 2021 04:36 AM PDT

    04788AE05ABD23786999A7945BFCAA031E603DF007166086D2CDD844164E03A34BEA097B7D410CACABCA30F85210A8878A1CB0498D97892856E993C73018D8AA856327B08B7A413DF4CB1A874175BEDF5984B8FDBDA91703F118625367DEC762C8DFEEA566E6F3F38FE881008B25ECEE6D4351653C88E6713671460E05C22A6CC3D2213F54E0ED0EE0FD1E5B7938DD56B6068D5211BD69302B99B1C111FC3C99149E3BEAD950B10723820455F63BBDAD8A7A06B993C8007DD5FFAD89715800E7569547B6EC1148847F8B0B29D07102C1C5806FCD3273DE8466D281BF6B133ECD245A57D93754783C20B3CBC880B0B812

    submitted by /u/AverageAntique3160
    [link] [comments]

    The Most Popular Programming Languages - 1965/2021 - New Update

    Posted: 26 May 2021 01:19 AM PDT

    Can someone help explain why there might be issues with using cloud services for a company/industry?

    Posted: 25 May 2021 09:21 PM PDT

    Recently, I just think about a company or industry where employing cloud services (SaaS, PaaS, or IaaS) would not make sense. Can someone help explain why there might be issues with using cloud services for this company/industry. For example, one factor is a matter of cost. The cost per hour for a cloud server can actually be greater than the average hourly cost of a server when it is amortized over its lifespan.

    Another factor is external dependencies. We need to think about security issues. Or this dependency creates a fundamental business risk for them.

    submitted by /u/yzhang149
    [link] [comments]

    Why doesnt this for loop work ;-;

    Posted: 25 May 2021 11:28 AM PDT

    ```for i in range(0, 92000-1, 2000): #print(i) value= nepalidata.iloc[i] title= (value['character']) print(title) rowpixelxsall= nepalidata.iloc[i] pixellistall=[] lengthxtrainall=len(rowpixelxsall) #prints it out as a list for pixels in rowpixelxsall[:lengthxtrainall-1]: pixellistall.append(pixels) #print(pixellistall) #cannot see that image through matplotlib, so have to reshape it into a matrix from numpy import array matrixpixelall= np.array(pixellistall) print(matrixpixelall) matrixpall=(matrixpixelall.reshape(32,32)) #print(matrixpall) #nepaliletall= (nepalicharlist[title+1]) imgplot = plt.imshow(matrixpall/255, cmap=plt.cm.binary) #turns it into black and white implot= plt.title(nepaliletall, fontdict=None, loc='center', pad=None) print(i) ```

    hoi guys, im not sure why my for loop doesnt work? is it like an indenting error? everything prints the way i want it to, but the imgplot and the implot doesn't? if anyone could help me out it would be appreciated!

    submitted by /u/Ar_Sh_Banana
    [link] [comments]

    Approximate Distance Oracles

    Posted: 16 May 2021 05:24 AM PDT

    Alan Turing in America

    Posted: 15 May 2021 04:00 PM PDT

    How would you structure an undergraduate Computer Science curriculum?

    Posted: 15 May 2021 09:38 AM PDT

    (For reference, I'm a CS PhD student and software architect/principal engineer)

    This was a conversation I've been having recently with colleagues in both industry and academia, comparing our different undergraduate curriculums and the pros/cons of each of them.

    I particularly enjoyed my undergraduate, which was only moderately math-y, but focused on breadth (the required courses included 2 hardware-esque classes, 2 theory classes, 1 software engineering class, and an OS class in addition to the typical 2-3 programming classes + DSA + 4 upper division CS/EE/IE-related electives + 2 semester capstone). I thought it was a decent survey for students on a variety of topics that CS covers.

    On the flip side, we compared it to more math and TCS oriented undergraduate programs which we felt prepped students very well for a lot of graduate school topics, but potentially gave a different idea of the scope of CS.

    We ended up deciding that a mix would be good: having the breadth of courses, with maybe structuring the mathematical requirements to be a bit more CS-oriented (my undergraduate's math requirement was 3 courses of Calculus + a Linear Algebra course + a Discrete Math course that varied heavily in quality/topic based on professor. We figured only 2 courses of Calculus + a Linear Algebra course + 2 Discrete math courses, 1 general and 1 specific, would be better).

    What would you like to see in undergraduate CS curriculum?

    submitted by /u/PolarTimeSD
    [link] [comments]
    Read more
    at

    No comments:

    Post a Comment