Description of fast matrix multiplication algorithm: ⟨12×26×32:5586⟩

Algorithm type

24⁢X8⁢Y20⁢Z8+36⁢X4⁢Y20⁢Z4+20⁢X4⁢Y18⁢Z4+28⁢X4⁢Y14⁢Z8+22⁢X8⁢Y8⁢Z8+6⁢X6⁢Y10⁢Z8+20⁢X4⁢Y12⁢Z8+16⁢X2⁢Y20⁢Z2+16⁢X2⁢Y18⁢Z2+10⁢X12⁢Y4⁢Z4+6⁢X8⁢Y8⁢Z4+21⁢X4⁢Y12⁢Z4+14⁢X4⁢Y4⁢Z12+2⁢X2⁢Y16⁢Z2+22⁢X2⁢Y14⁢Z4+X6⁢Y10⁢Z2+153⁢X4⁢Y10⁢Z4+5⁢X2⁢Y14⁢Z2+24⁢X2⁢Y12⁢Z4+6⁢X6⁢Y8⁢Z2+25⁢X4⁢Y8⁢Z4+13⁢X2⁢Y12⁢Z2+6⁢X2⁢Y10⁢Z4+10⁢X6⁢Y6⁢Z2+18⁢X4⁢Y6⁢Z4+221⁢X2⁢Y10⁢Z2+10⁢X2⁢Y6⁢Z6+120⁢X2⁢Y9⁢Z2+168⁢X2⁢Y7⁢Z4+8⁢X6⁢Y4⁢Z2+231⁢X4⁢Y4⁢Z4+36⁢X3⁢Y5⁢Z4+8⁢X2⁢Y8⁢Z2+120⁢X2⁢Y6⁢Z4+8⁢X2⁢Y4⁢Z6+96⁢X⁢Y10⁢Z+96⁢X⁢Y9⁢Z+87⁢X6⁢Y2⁢Z2+36⁢X4⁢Y4⁢Z2+170⁢X2⁢Y6⁢Z2+60⁢X2⁢Y4⁢Z4+118⁢X2⁢Y2⁢Z6+12⁢X⁢Y8⁢Z+132⁢X⁢Y7⁢Z2+6⁢X3⁢Y5⁢Z+54⁢X2⁢Y5⁢Z2+30⁢X⁢Y7⁢Z+144⁢X⁢Y6⁢Z2+36⁢X3⁢Y4⁢Z+202⁢X2⁢Y4⁢Z2+36⁢X2⁢Y2⁢Z4+78⁢X⁢Y6⁢Z+36⁢X⁢Y5⁢Z2+60⁢X3⁢Y3⁢Z+108⁢X2⁢Y3⁢Z2+30⁢X⁢Y5⁢Z+60⁢X⁢Y3⁢Z3+48⁢X3⁢Y2⁢Z+621⁢X2⁢Y2⁢Z2+48⁢X⁢Y4⁢Z+48⁢X⁢Y2⁢Z3+162⁢X3⁢Y⁢Z+264⁢X⁢Y3⁢Z+360⁢X⁢Y2⁢Z2+204⁢X⁢Y⁢Z3+312⁢X⁢Y2⁢Z+216⁢X⁢Y⁢Z2+162⁢X⁢Y⁢Z24X8Y20Z836X4Y20Z420X4Y18Z428X4Y14Z822X8Y8Z86X6Y10Z820X4Y12Z816X2Y20Z216X2Y18Z210X12Y4Z46X8Y8Z421X4Y12Z414X4Y4Z122X2Y16Z222X2Y14Z4X6Y10Z2153X4Y10Z45X2Y14Z224X2Y12Z46X6Y8Z225X4Y8Z413X2Y12Z26X2Y10Z410X6Y6Z218X4Y6Z4221X2Y10Z210X2Y6Z6120X2Y9Z2168X2Y7Z48X6Y4Z2231X4Y4Z436X3Y5Z48X2Y8Z2120X2Y6Z48X2Y4Z696XY10Z96XY9Z87X6Y2Z236X4Y4Z2170X2Y6Z260X2Y4Z4118X2Y2Z612XY8Z132XY7Z26X3Y5Z54X2Y5Z230XY7Z144XY6Z236X3Y4Z202X2Y4Z236X2Y2Z478XY6Z36XY5Z260X3Y3Z108X2Y3Z230XY5Z60XY3Z348X3Y2Z621X2Y2Z248XY4Z48XY2Z3162X3YZ264XY3Z360XY2Z2204XYZ3312XY2Z216XYZ2162XYZ24*X^8*Y^20*Z^8+36*X^4*Y^20*Z^4+20*X^4*Y^18*Z^4+28*X^4*Y^14*Z^8+22*X^8*Y^8*Z^8+6*X^6*Y^10*Z^8+20*X^4*Y^12*Z^8+16*X^2*Y^20*Z^2+16*X^2*Y^18*Z^2+10*X^12*Y^4*Z^4+6*X^8*Y^8*Z^4+21*X^4*Y^12*Z^4+14*X^4*Y^4*Z^12+2*X^2*Y^16*Z^2+22*X^2*Y^14*Z^4+X^6*Y^10*Z^2+153*X^4*Y^10*Z^4+5*X^2*Y^14*Z^2+24*X^2*Y^12*Z^4+6*X^6*Y^8*Z^2+25*X^4*Y^8*Z^4+13*X^2*Y^12*Z^2+6*X^2*Y^10*Z^4+10*X^6*Y^6*Z^2+18*X^4*Y^6*Z^4+221*X^2*Y^10*Z^2+10*X^2*Y^6*Z^6+120*X^2*Y^9*Z^2+168*X^2*Y^7*Z^4+8*X^6*Y^4*Z^2+231*X^4*Y^4*Z^4+36*X^3*Y^5*Z^4+8*X^2*Y^8*Z^2+120*X^2*Y^6*Z^4+8*X^2*Y^4*Z^6+96*X*Y^10*Z+96*X*Y^9*Z+87*X^6*Y^2*Z^2+36*X^4*Y^4*Z^2+170*X^2*Y^6*Z^2+60*X^2*Y^4*Z^4+118*X^2*Y^2*Z^6+12*X*Y^8*Z+132*X*Y^7*Z^2+6*X^3*Y^5*Z+54*X^2*Y^5*Z^2+30*X*Y^7*Z+144*X*Y^6*Z^2+36*X^3*Y^4*Z+202*X^2*Y^4*Z^2+36*X^2*Y^2*Z^4+78*X*Y^6*Z+36*X*Y^5*Z^2+60*X^3*Y^3*Z+108*X^2*Y^3*Z^2+30*X*Y^5*Z+60*X*Y^3*Z^3+48*X^3*Y^2*Z+621*X^2*Y^2*Z^2+48*X*Y^4*Z+48*X*Y^2*Z^3+162*X^3*Y*Z+264*X*Y^3*Z+360*X*Y^2*Z^2+204*X*Y*Z^3+312*X*Y^2*Z+216*X*Y*Z^2+162*X*Y*Z

Algorithm definition

The algorithm ⟨12×26×32:5586⟩ is the (Kronecker) tensor product of ⟨2×2×2:7⟩ with ⟨6×13×16:798⟩.

Algorithm description

These encodings are given in compressed text format using the maple computer algebra system. In each cases, the last line could be understood as a description of the encoding with respect to classical matrix multiplication algorithm. As these outputs are structured, one can construct easily a parser to its favorite format using the maple documentation without this software.


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