Description of fast matrix multiplication algorithm: ⟨9×28×32:4596⟩

Algorithm type

12⁢X4⁢Y12⁢Z4+4⁢X2⁢Y16⁢Z2+12⁢X2⁢Y12⁢Z6+4⁢X⁢Y16⁢Z3+6⁢X⁢Y16⁢Z+24⁢X4⁢Y9⁢Z4+30⁢X4⁢Y8⁢Z4+36⁢X4⁢Y6⁢Z6+50⁢X2⁢Y12⁢Z2+30⁢X2⁢Y8⁢Z6+24⁢X⁢Y12⁢Z3+24⁢X2⁢Y9⁢Z4+8⁢X⁢Y12⁢Z2+120⁢X4⁢Y6⁢Z4+106⁢X4⁢Y4⁢Z6+30⁢X2⁢Y6⁢Z6+36⁢X⁢Y12⁢Z+3⁢X3⁢Y4⁢Z6+48⁢X2⁢Y9⁢Z2+12⁢X2⁢Y8⁢Z3+X2⁢Y2⁢Z9+182⁢X4⁢Y4⁢Z4+36⁢X4⁢Y2⁢Z6+89⁢X2⁢Y8⁢Z2+60⁢X2⁢Y6⁢Z4+89⁢X2⁢Y4⁢Z6+48⁢X⁢Y9⁢Z2+34⁢X⁢Y8⁢Z3+X6⁢Y2⁢Z3+2⁢X4⁢Y4⁢Z3+24⁢X4⁢Y3⁢Z4+72⁢X2⁢Y6⁢Z3+84⁢X2⁢Y3⁢Z6+3⁢X4⁢Y4⁢Z2+60⁢X4⁢Y2⁢Z4+3⁢X3⁢Y4⁢Z3+180⁢X2⁢Y6⁢Z2+244⁢X2⁢Y2⁢Z6+40⁢X⁢Y8⁢Z+60⁢X⁢Y6⁢Z3+X4⁢Y4⁢Z+17⁢X4⁢Y2⁢Z3+80⁢X2⁢Y4⁢Z3+66⁢X2⁢Y3⁢Z4+84⁢X2⁢Y⁢Z6+48⁢X⁢Y6⁢Z2+4⁢X3⁢Y2⁢Z3+188⁢X2⁢Y4⁢Z2+111⁢X2⁢Y2⁢Z4+24⁢X⁢Y6⁢Z+108⁢X⁢Y4⁢Z3+5⁢X4⁢Y2⁢Z+4⁢X2⁢Y4⁢Z+112⁢X2⁢Y3⁢Z2+77⁢X2⁢Y2⁢Z3+42⁢X2⁢Y⁢Z4+14⁢X⁢Y4⁢Z2+168⁢X⁢Y3⁢Z3+X3⁢Y2⁢Z+292⁢X2⁢Y2⁢Z2+78⁢X⁢Y4⁢Z+124⁢X⁢Y3⁢Z2+218⁢X⁢Y2⁢Z3+5⁢X2⁢Y2⁢Z+72⁢X2⁢Y⁢Z2+144⁢X⁢Y3⁢Z+84⁢X⁢Y2⁢Z2+140⁢X⁢Y⁢Z3+164⁢X⁢Y2⁢Z+70⁢X⁢Y⁢Z2+120⁢X⁢Y⁢Z12X4Y12Z44X2Y16Z212X2Y12Z64XY16Z36XY16Z24X4Y9Z430X4Y8Z436X4Y6Z650X2Y12Z230X2Y8Z624XY12Z324X2Y9Z48XY12Z2120X4Y6Z4106X4Y4Z630X2Y6Z636XY12Z3X3Y4Z648X2Y9Z212X2Y8Z3X2Y2Z9182X4Y4Z436X4Y2Z689X2Y8Z260X2Y6Z489X2Y4Z648XY9Z234XY8Z3X6Y2Z32X4Y4Z324X4Y3Z472X2Y6Z384X2Y3Z63X4Y4Z260X4Y2Z43X3Y4Z3180X2Y6Z2244X2Y2Z640XY8Z60XY6Z3X4Y4Z17X4Y2Z380X2Y4Z366X2Y3Z484X2YZ648XY6Z24X3Y2Z3188X2Y4Z2111X2Y2Z424XY6Z108XY4Z35X4Y2Z4X2Y4Z112X2Y3Z277X2Y2Z342X2YZ414XY4Z2168XY3Z3X3Y2Z292X2Y2Z278XY4Z124XY3Z2218XY2Z35X2Y2Z72X2YZ2144XY3Z84XY2Z2140XYZ3164XY2Z70XYZ2120XYZ12*X^4*Y^12*Z^4+4*X^2*Y^16*Z^2+12*X^2*Y^12*Z^6+4*X*Y^16*Z^3+6*X*Y^16*Z+24*X^4*Y^9*Z^4+30*X^4*Y^8*Z^4+36*X^4*Y^6*Z^6+50*X^2*Y^12*Z^2+30*X^2*Y^8*Z^6+24*X*Y^12*Z^3+24*X^2*Y^9*Z^4+8*X*Y^12*Z^2+120*X^4*Y^6*Z^4+106*X^4*Y^4*Z^6+30*X^2*Y^6*Z^6+36*X*Y^12*Z+3*X^3*Y^4*Z^6+48*X^2*Y^9*Z^2+12*X^2*Y^8*Z^3+X^2*Y^2*Z^9+182*X^4*Y^4*Z^4+36*X^4*Y^2*Z^6+89*X^2*Y^8*Z^2+60*X^2*Y^6*Z^4+89*X^2*Y^4*Z^6+48*X*Y^9*Z^2+34*X*Y^8*Z^3+X^6*Y^2*Z^3+2*X^4*Y^4*Z^3+24*X^4*Y^3*Z^4+72*X^2*Y^6*Z^3+84*X^2*Y^3*Z^6+3*X^4*Y^4*Z^2+60*X^4*Y^2*Z^4+3*X^3*Y^4*Z^3+180*X^2*Y^6*Z^2+244*X^2*Y^2*Z^6+40*X*Y^8*Z+60*X*Y^6*Z^3+X^4*Y^4*Z+17*X^4*Y^2*Z^3+80*X^2*Y^4*Z^3+66*X^2*Y^3*Z^4+84*X^2*Y*Z^6+48*X*Y^6*Z^2+4*X^3*Y^2*Z^3+188*X^2*Y^4*Z^2+111*X^2*Y^2*Z^4+24*X*Y^6*Z+108*X*Y^4*Z^3+5*X^4*Y^2*Z+4*X^2*Y^4*Z+112*X^2*Y^3*Z^2+77*X^2*Y^2*Z^3+42*X^2*Y*Z^4+14*X*Y^4*Z^2+168*X*Y^3*Z^3+X^3*Y^2*Z+292*X^2*Y^2*Z^2+78*X*Y^4*Z+124*X*Y^3*Z^2+218*X*Y^2*Z^3+5*X^2*Y^2*Z+72*X^2*Y*Z^2+144*X*Y^3*Z+84*X*Y^2*Z^2+140*X*Y*Z^3+164*X*Y^2*Z+70*X*Y*Z^2+120*X*Y*Z

Algorithm definition

The algorithm ⟨9×28×32:4596⟩ is serendipitous tensor product (⟨3×4×8:73⟩ - 2) ⊗ ⟨3×7×4:63⟩ +⟨6×7×4:123⟩.

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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