A A_i A11 A12 A13 A21 A22 A23 A31 A32 A33 a34 a42 a43 a44 a45 a53 a54 a55 a56 a64 a65 a66 able about above abs absolute ABSTOL Accept acceptable accepted acces access accessed according Accuracy Accurate accurately achieved ACM across active actual actually Add added adding addition additional address addressing adequate Adjust adjusted adopted affected affects AFL after AFU again against aimag algorithm algorithmic algorithms align aligned Alignment all allocated allocation allow allowed allows almost along alpha already also alter altered Although always AMAX among amongst amount analagous Analogously ANB and Andrew Andy annihilate ANORM another answer anticipation any anything apart appear application applications applied applies Apply applying appropriate approximate approximation April APTR Arbenz Architectures are area argu Argument Arguments arithmetic around arrange array Arrays ascending ask asso associated assume assumed assumes assuming assumptions ASUM atomic attempted attempts August Australian auxiliary available avoid await B B_i back Backsolve Backsubsitution backsubstitution backtransform backward bal balanced band banded bandwidth bandwidths base Based basic basically basis because become been before Begin beginning begins being belonging belongs below BERR best BETA better between bewtween bidiagonal bidiagonalize big bigger biggest BIGNUM binary BINDEX BIPTR Bisection bit BL_i BLACS BLACS_GET BLACS_GRIDINFO BLACS_GRIDINIT BLAS block blocked blocking blocks Blocksize BM1 BM2 boolean boost border both bottom bound boundary bounds brated break breaking breaks brings broadcast broken BU_i BUF buffer buffers Bugs bulge bulges bulk but buted bwl BWU BYALL BYCOL BYROW C C_i CABS1 cache calcs Calculate calculates calculating calculation Call called calling calls can cannot canonical case cases cause caused causes CBDSQR CCOMBAMAX1 Cdbtrf CDTTRF CDTTRSV ceil ceiling ceive CFROM CGBTRS CGEBR2D CGEBS2D change changed changes character chart chases check checked checking checks CHEEVX CHETRD choice Cholesky choose chosen CHSEQR chunk ciated circumstances CLACON CLADIV CLAHQR CLAMSH CLANHS CLANV2 CLAREF Clear Cleary clever close cluster clustered clusters CLUSTERSIZE CMACH CNORM code codes coefficient coefficients col COLCND COLMAXS cols COLSUMS COLTYP column columns Columnwise Combine combined comes comments common communicate communicated communication compared comparison compensate compilation compile compiler complete completed completion COMPLEX compliant complicated component components componentwise Comput computation compute computed Computer computers computes Computing COMPZ con concatenated concatenation conceivably condition conditionals conditions confusing congested conjg conjugate conjugate_transpose conjugated conjugates connection Conqer Conquer consecutive consecutively consequence considered consist consistency consists constant constants cont contain contained containing contains contect contents context CONTEXTC contiguous continue Contributed contribution control controlled controls convention conventions converge converged convergence Convert converted Converting coordinate coordinates cope copied copies Copy copying corners correct correctly correctness correspoding correspond corresponding correspondingwork cost could couldn Count counts CPTTRF CPTTRSV Cray Crays Create created creating criterion critical CS41 csrc CSRC_ CSRC_A CSRC_B CSRC_C CSRC_Q CSRC_V CSRC_X CSTEIN CSTEIN2 CSTEQR2 CSUMJ CTO CTOT CTRMM CTRMVT CTXT CTXT_ CTXT_A CURCOL Cure current Currently cut cyclic cyclicly D D_i data date dated DBDSQR DBLE DBPTR DCOL Ddbtrf DDTTRF DDTTRSV December Decide decides decimal declared decomposition decrease decreased decreases decreasing default Define defined defines defining definite definitions deflate deflated deflating deflation defs degradation delay Demmel demonstrate denote denoted denotes denoting dense dependent Depending depends Dept DESC DESCA DESCAF DESCB DESCC descending DESCIP DESCMULT DESCQ describe described describes description descriptor Descriptors DESCT DESCU DESCV DESCVL DESCVR DESCVT DESCW DESCX DESCY DESCZ designed desired destination destroyed detail details detect detected Determine determined determines determining Developer DGBTRS DGEBR2D DGEBS2D DGSUM2D Dhillon diag diagonal diagonally diagonals did differ difference Differences different differs digit digits dim dimension dimensional dimensionally dimensions dimmension DIREC direct directly dis Discard distance distinction distri distribu distribute distributed distribution ditributed Divide divided divides dividing divisible division DL_i DLACON DLAE2 DLAED3 DLAEV2 DLAHQR DLAMCH DLAMDA DLAMSH DLANHS DLAREF DLARNV DLASORTE DLASRT2 DLEN DLEN_ DNO_IEEE documented does doing domain dominant don done Dongarra dot dotproduct DOUBLE down DPTTRF DPTTRSV Drop dropped dropping DROW DSTEIN DSTEIN2 DSTEQR2 DSYEVX DSYTRD DT_ DT_A DTRMM DTRMVT DTYPE DTYPE_ DTYPE_A DTYPE_B DTYPEA DU_i due duplicated duplication during E E_i each ease easiest easily easy edu effect efficiency efficient efficiently effort eigen eigenpairs eigenproblem eigensystem eigenvalue eigenvalues eigenvector eigenvectors either ele elemen element elementary elements elimination eliminations ELSE elsewhere emax emin employ encountered encourage encouraged End ENDD ending endpoint endpoints enhancement enough Ensure entering entire entirely entries entry entrz envionmental environment EPS epsilon equal equals equation equations EQUED equili equilibrate equilibrated equilibrates equilibration equivalent equn error errors especially essentially EST establish estimate estimated estimates estimating estimation etc ETH evaluating even event every Everyone everything exact exactly examines example examples exceed except exceptional Executable execution exit expected EXPLANATION explicitly exploiting exponent expression expressions extent External extra F F_i fac FACT facto Factor factorable factored factori factoring factoriza factorization factorizations Factorize factorized factors Fahey fail failed fails FALSE far fashion fast faster Features Feb FERR few Figure file fill filled fillin final Finally find finding finds finish finishing First five fix flag flagged Floating floor flops follo follow followed following follows for form format Formation formed forms formula formulas FORTRAN forward found Francis Francoise Free Frobenius from front frontal Frontsolve FUDGE full function Functional Functions fundamental further Furthermore future G G_i GAP garbage Gather Gaussian general generalized generally generate generated generates generator generic genuine Gershgorin Get gets give given gives GL_i glo global Globally globl goes going good GOTO GQR gradual Gram Greater greatest greatly grid grids group grouped groups grow growth GRQ GU_i guarantee Guaranteed guarantees guard gular H H_i H10 H11 H22 H33 H43H34 H44 had half hand handle handled happen hardwired has have having HBL Hegland held Hence Henry here hermitian Hessenberg heterogeneity heterogeneous hexadecimal High Higham highest hit HL_i hold holding holds homogeneous hope house Householder how However HOWMNY http HU_i I IAA IACOL IAF IAFIRST iam IAROW iax IB1 IB2 IBCOL IBLK IBLOCK IBROW IBTYPE IBULGE ICC ICCOL ICCOL2 ICEIL ICLM ICLUSTER ICLUSTR ICOFF ICOFFA ICOFFB ICOFFC ICOFFC2 ICOFFV ICOL1 ICROW ICROW2 ICTXT ICURCOL ICURROW Ideally identical identified identify IEEE IEFLAG IFAIL Ignored IHI IHIP IHLP IJOB ILAENV ILCM ILCOL illegal illustrated ILO ILROW implementation IMPLEMENTED implicit implicitly implies IMPORTANT impossible improve improved improves inc include including incorrect increase increases increasing increment incremented INCV INCW INCX INCY INCZ INDCOL Indeed independent independently index indexed indexes indicate indicated indicates indicating indices individual INDROW INDX INDXC INDXG2P INDXP INDXR infinity info information ing InH InHT initial Initialize initializes Initially Initiate initiated INLQ inner innermost input inquiry Insertion inside inspectable instead Institute insufficient INT INTEGER integers intended inter interaction interactions interchange interchangeably interchanged interchanges intercontext interface interleaved intermediate Internal interpret interval intervals into Intrinsic introduce INTVL INTVLCT inv InvA invariant Invariants inverse inverted inverts involved involves involving InVT InVTT IOFF IPIV IQCOL IQROW IROFF IROFFA IROFFB IROFFC IROFFC2 IROFFV IROFFZ IROW1 IROWX irrespective IRSC0 IRSR0 ISGN ISPEC ISPLIT issued ISTART ISTOP ISTR1 ISTR2 ISUB iterate iteration iterations Iterative ITERMAX ith ITMAX ITMP1 ITMP1X ITMP2 ITMP2X ITN its itself IVCOL IVROW IVT IWORK IZROW J JAA JAF JAFIRST jax JBLK JCC JHI JLO JOBU JOBVT JOBZ jpvt jth July jump jumped jumps June junk just JVT Jx2 K Kahan KASE keep keeps KEY know kth L L_i Lab label Labs lack laf lambda LAPACK LARED1D large larger largest last later latest lative lawn132 lawns Lawrence layout LBWL LBWU LCM LCMP LCMQ LDA LDAB LDB LDC LDH LDQ LDQ2 LDS LDT LDU LDW LDZ LDZI lead Leading least left LEND length less Let level level_dist levels lie lies LIHIZ LII LIIB LIIP1 LIJ LIJB LIJP1 like LILOZ limit limitations limited limits linear lines LIPIV list little Livermore LIWORK LLD_ LLD_A LLD_AF LLD_B LLD_C LLD_Q LLD_V LLD_W LLD_X LLD_Y LLD_Z LLDA load LOC Local LOCALI1 LOCALI2 LOCALK locally LOCALM located location locations LOCc locl LOCp LOCq LOCr log LOG10 Logic logical long longer look Lookahead looking looks Loop loops lot lower LPTR LRWORK LSAME LSAVE LTAU LTLI LTLIP1 LTNM0 LTNM1 LWF LWMIN LWORK LWS lying M M_A M_AF M_P M_V M_X m21 m31 m32 m42 m43 m53 m54 m64 m65 macheps machine machines made magnitude mail main maintain major majority make makes making Manchester manner mantissa manual many mapping Marbwus March margin Mark marked Markus Math Mathematically mation matrices matrix max max_j maximi maximize maximum MAXINDEX MAXITS may MB_ MB_A MB_AF MB_B MB_C MB_P MB_Q MB_V MB_X MB_Z mchine meaning meaningful means median Megabyte memory ment ments message messages met method middle might mild MIN minimal minimization minimize minimum MININDEX minor MINP mismatch MMAX MOD Modification modifications modified modifies modify MorC more Moreover most MOUT Move moves Mp0 MpA0 MpB0 MpC0 MQ0 MQ00 MqA0 MqV0 much multiple multiplication multiplications multiplied multiplier multipliers multiplies multiply multiplying must MVR2 MYCOL MYPCOLC MYPROWC MYROW N N_A N_B N_P nal NAME named namely names narrower narrowly National Natonal naturally nature NB_ NB_A NB_B NB_C NB_P NB_Q NB_V NB_W NB_Y NB_Z nblk NBULGE NCVT nearest necessary necessitate need needed needs negative negligible NEIG neighboring neighbors neither netlib networks new next NHEGST_LWOPT NHETRD_LWOPT NHETRD_LWORK Nick NN1 NN2 NNP NO_IEEE node nodes noise non nondeflated none nonhermitian nonpositive nonsingular nonzero nonzeros nor norm norm1 normal Normalize normalized normF normI norms not NOTATION Note noted Notes Notice November now NP0 NP00 NpA0 NPACT NpB0 NpC0 NPCOL NPCOLC NPM0 NPM1 NPROCS NPROW NPROWC NPROWxNPCOL NPS NPSTR NpV0 NQ0 NqA0 NqB0 NqC0 NQM0 NQM1 NRC NRHS NRHSqB0 NRU NSPLIT NSYGST_LWOPT NSYTRD_LWOPT null number numbers NUMROC NVAL NVEC NVS O object objects obtain obtained obvious occupies occur occurence occurrence occurs odd odd_size ODPTR oendpoint off off_diagonal offdiag offdiagonal offdiagonals Offset old OLDGP OLDRP once one ones only operand operands operate operated operation operations opportunity opposite optimal optimization option optionally options OPTS order ordered ORFAC org orientation oriented original originally orthogo orthogonal orthogonality orthogonalization orthogonalize orthogonalized orthogonally orthonormal other others otherwise ouput our out outer output outside over overall overdetermined overestimate overflow Overlap overview overwrite overwrites overwriting overwritten OVFL own owner owning owns P P_i Pack packed pair paired panel Parallel parallelism parallelization parameter parameters params paramters paranoid part partial participate particular particularly partition partitioned partitioning parts pass passed passes past path patterned PBLAS PCAMAX PCDBSV PCDBTRF PCDBTRS PCDOTU PCDTSV PCDTTRF PCDTTRS PCGBSV PCGBTRF PCGBTRS PCGEBD2 PCGEBRD PCGECON PCGEEQU PCGEHD2 PCGEHRD PCGELQ2 PCGELQF PCGELS PCGEMR2D PCGEQL2 PCGEQLF PCGEQPF PCGEQR2 PCGEQRF PCGERFS PCGERQ2 PCGERQF PCGESV PCGESVD PCGESVX PCGETF2 PCGETRF PCGETRI PCGETRS PCGGQRF PCGGRQF PCHEEV PCHEEVD PCHEEVX PCHEGS2 PCHEGST PCHEGVX PCHENGST PCHENTRD PCHEPTRD PCHETD2 PCHETRD PCHETTRD PCLABRD PCLACGV PCLACON PCLACONSB PCLACP2 PCLACP3 PCLACPY PCLAEVSWP PCLAHRD PCLAMR1D PCLANGE PCLAPIV PCLAPV2 PCLAQGE PCLAQSY PCLARFB PCLARFG PCLARFT PCLARZB PCLARZT PCLASCL PCLASE2 PCLASET PCLASMSUB PCLASSQ PCLASWP PCLATRA PCLATRD PCLATRZ PCLATTRS PCLAUU2 PCLAUUM PCLAWIL PCMAX1 PCPBSV PCPBTRF PCPBTRS PCPOCON PCPOEQU PCPORFS PCPOSV PCPOSVX PCPOTF2 PCPOTRF PCPOTRI PCPOTRS PCPTSV PCPTTRF PCPTTRS PCSRSCL PCSTEBZ PCSTEIN PCTRCON PCTREVC PCTRRFS PCTRSV PCTRTI2 PCTRTRI PCTRTRS PCTZRZF PCUNG2L PCUNG2R PCUNGL2 PCUNGLQ PCUNGQL PCUNGQR PCUNGR2 PCUNGRQ PCUNM2L PCUNM2R PCUNMBR PCUNMHR PCUNML2 PCUNMLQ PCUNMQL PCUNMQR PCUNMR2 PCUNMR3 PCUNMRQ PCUNMRZ PCUNMTR PDDBSV PDDBTRF PDDBTRS PDDTSV PDDTTRF PDDTTRS PDGBSV PDGBTRF PDGBTRS PDGEBD2 PDGEBRD PDGECON PDGEEQU PDGEHD2 PDGEHRD PDGELQ2 PDGELQF PDGELS PDGEMR2D PDGEQL2 PDGEQLF PDGEQPF PDGEQR2 PDGEQRF PDGERFS PDGERQ2 PDGERQF PDGESV PDGESVD PDGESVX PDGETF2 PDGETRF PDGETRI PDGETRS PDGGQRF PDGGRQF PDHEGST PDHENGST PDHETTRD PDLABAD PDLABRD PDLACON PDLACONSB PDLACP2 PDLACP3 PDLACPY PDLAEBZ PDLAECV PDLAED0 PDLAED1 PDLAED2 PDLAED3 PDLAEVSWP pdlahqr PDLAHRD pdlaiect PDLAMCH PDLAMR1D PDLANGE PDLAPDCT PDLAPIV PDLAPV2 PDLAQGE PDLAQSY PDLARED1D PDLARED2D PDLARFB PDLARFG PDLARFT PDLARZB PDLARZT PDLASCL PDLASE2 PDLASET PDLASMSUB PDLASRT PDLASSQ PDLASWP PDLATRA PDLATRD PDLATRZ PDLAUU2 PDLAUUM PDLAWIL PDORG2L PDORG2R PDORGL2 PDORGLQ PDORGQL PDORGQR PDORGR2 PDORGRQ PDORM2L PDORM2R PDORMBR PDORMHR PDORML2 PDORMLQ PDORMQL PDORMQR PDORMR2 PDORMR3 PDORMRQ PDORMRZ PDORMTR PDPBSV PDPBTRF PDPBTRS PDPOCON PDPOEQU PDPORFS PDPOSV PDPOSVX PDPOTF2 PDPOTRF PDPOTRI PDPOTRS PDPTSV PDPTTRF PDPTTRS PDPTTRSV PDRSCL PDSTEBZ PDSTEDC PDSTEIN PDSYEV PDSYEVD PDSYEVX PDSYGS2 PDSYGST PDSYGVX PDSYNGST PDSYNTRD PDSYPTRD PDSYTD2 PDSYTRD PDSYTTRD PDTRCON PDTRRFS PDTRTI2 PDTRTRI PDTRTRS PDTZRZF PDZASUM PDZSUM1 per perfectly Perform performance performed performs permu Permutation permutations permuted perturbation perturbed Peter PHASE phases physically pictures piece pieces PIVMIN pivot pivoting pivots PIVROC PJLAENV place placed Please Point pointer pointers pointeur points poor port portion position positions positive possible post postmultiplied potentially PpB0 PqB0 practice Pre prec precisely PRECISION premultiplied preparation Prepare present prevented prevents previous previously principal prior priori Probable problem proc procedure proceeds procesor procesors process processes processor processors procs produce product products program progress promise proper properly properties property prototype provide provided provides providing PRT PSCASUM PSCSUM1 PSDBSV PSDBTRF PSDBTRS PSDTSV PSDTTRF PSDTTRS PSGBSV PSGBTRF PSGBTRS PSGEBD2 PSGEBRD PSGECON PSGEEQU PSGEHD2 PSGEHRD PSGELQ2 PSGELQF PSGELS PSGEMR2D PSGEQL2 PSGEQLF PSGEQPF PSGEQR2 PSGEQRF PSGERFS PSGERQ2 PSGERQF PSGESV PSGESVD PSGESVX PSGETF2 PSGETRF PSGETRI PSGETRS PSGGQRF PSGGRQF PSHEGST PSHENGST PSHETTRD PSLABAD PSLABRD PSLACON PSLACONSB PSLACP2 PSLACP3 PSLACPY PSLAEBZ PSLAECV PSLAED0 PSLAED1 PSLAED2 PSLAED3 PSLAEVSWP pslahqr PSLAHRD pslaiect PSLAMCH PSLAMR1D PSLANGE PSLAPDCT PSLAPIV PSLAPV2 PSLAQGE PSLAQSY PSLARED1D PSLARED2D PSLARFB PSLARFG PSLARFT PSLARZB PSLARZT PSLASCL PSLASE2 PSLASET PSLASMSUB PSLASRT PSLASSQ PSLASWP PSLATRA PSLATRD PSLATRZ PSLAUU2 PSLAUUM PSLAWIL PSM PSORG2L PSORG2R PSORGL2 PSORGLQ PSORGQL PSORGQR PSORGR2 PSORGRQ PSORM2L PSORM2R PSORMBR PSORMHR PSORML2 PSORMLQ PSORMQL PSORMQR PSORMR2 PSORMR3 PSORMRQ PSORMRZ PSORMTR PSPBSV PSPBTRF PSPBTRS PSPOCON PSPOEQU PSPORFS PSPOSV PSPOSVX PSPOTF2 PSPOTRF PSPOTRI PSPOTRS PSPTSV PSPTTRF PSPTTRS PSPTTRSV PSRSCL PSSTEBZ PSSTEDC PSSTEIN PSSYEV PSSYEVD PSSYEVX PSSYGS2 PSSYGST PSSYGVX PSSYNGST PSSYNTRD PSSYPTRD PSSYTD2 PSSYTRD PSSYTTRD PSTRCON PSTRRFS PSTRTI2 PSTRTRI PSTRTRS PSTZRZF publicly Purpose put puts Px1 PXERBLA pXYYtevx pXYYtgvx pXYYttrd PZAMAX PZDBSV PZDBTRF PZDBTRS PZDOTU PZDRSCL PZDTSV PZDTTRF PZDTTRS PZGBSV PZGBTRF PZGBTRS PZGEBD2 PZGEBRD PZGECON PZGEEQU PZGEHD2 PZGEHRD PZGELQ2 PZGELQF PZGELS PZGEMR2D PZGEQL2 PZGEQLF PZGEQPF PZGEQR2 PZGEQRF PZGERFS PZGERQ2 PZGERQF PZGESV PZGESVD PZGESVX PZGETF2 PZGETRF PZGETRI PZGETRS PZGGQRF PZGGRQF PZHEEV PZHEEVD PZHEEVX PZHEGS2 PZHEGST PZHEGVX PZHENGST PZHENTRD PZHEPTRD PZHETD2 PZHETRD PZHETTRD PZLABRD PZLACGV PZLACON PZLACONSB PZLACP2 PZLACP3 PZLACPY PZLAEVSWP PZLAHRD PZLAMR1D PZLANGE PZLAPIV PZLAPV2 PZLAQGE PZLAQSY PZLARFB PZLARFG PZLARFT PZLARZB PZLARZT PZLASCL PZLASE2 PZLASET PZLASMSUB PZLASSQ PZLASWP PZLATRA pzlatrd PZLATRZ PZLATTRS PZLAUU2 PZLAUUM PZLAWIL PZMAX1 PZPBSV PZPBTRF PZPBTRS PZPOCON PZPOEQU PZPORFS PZPOSV PZPOSVX PZPOTF2 PZPOTRF PZPOTRI PZPOTRS PZPTSV PZPTTRF PZPTTRS PZSTEBZ PZSTEIN PZTRCON PZTREVC PZTRRFS PZTRSV PZTRTI2 PZTRTRI PZTRTRS PZTZRZF PZUNG2L PZUNG2R PZUNGL2 PZUNGLQ PZUNGQL PZUNGQR PZUNGR2 PZUNGRQ PZUNM2L PZUNM2R PZUNMBR PZUNMHR PZUNML2 PZUNMLQ PZUNMQL PZUNMQR PZUNMR2 PZUNMR3 PZUNMRQ PZUNMRZ PZUNMTR Q QBUF QLN QRMEM quality quantities query Quick quit R R11 R12 R21 radix random range rank rather ratio RCOND reaches read ready real rearranged reasonably Receive received receives receiving reciprocal recombined recommended recompile redefine redistribute redistributed redistributes reduce Reduced reduces reducing reduction refer refered Reference referenced referred refers refinement reflect reflecting reflection reflections reflector reflectors related Relationship Relative relatively release released releases relevant RELFAC reliable RELTOL remainder remaining remedy removed Ren reordered reordering reorthogonalization reorthogonalize reorthogonalized reorthogonalizing repaired replaced replicated Report reporting repre represent representation represented representing requested require required requirement requirements requires reserved Reset resides residual resp respect respectively rest Restore restored restricted restriction restrictions result resulting results retrieve return returned returning returns reused REV Reverse rewritten RHO RHS right righthand rization rmax rmin rnd robust root roots rotation rotations ROTN round rounding roundoff routine routines row ROWCND ROWCOL ROWMAXS ROWPIV rows ROWSUMS Rowwise RSRC_ RSRC_A RSRC_B RSRC_C RSRC_Q RSRC_V RSRC_X RT1 RT2 Rules run RWORK S safe safe_min safely SAFMIN same satisfied satisfy Save saved says SBDSQR scalable Scalapack scalapack@cs scalar Scalars scale scaled scaling scalings scan scanned scheme Schmidt schur Sci Science Scientific scl SCOND scope Sdbtrf SDTTRF SDTTRSV Search searched searches second section sections secular sed See seed seeing seen SELECT selected send sending sends sent separate separately separator sequence serial series serious serve serves set sets setting several sfmin SGEBR2D SGEBS2D SGSUM2D shape shift shifts shorten should shown SIAM side sides SIGMA sign significant Similar similarity Similarly simple simpler simplifies simplify simultaneously Since single singular singularity situation situations size SIZEB sized SIZEMQRLEFT SIZEP SIZEQ Sizes SIZESYTRD skinny Skip skipped skips SLACON SLAE2 SLAED3 SLAED4 SLAEV2 SLAHQR SLAMCH SLAMSH SLANHS SLAREF SLARNV SLASORTE SLASRT2 slight slightly SLmake sloppy slow Small SMALLA smaller smallest SMLNUM smsq snip Soft solution solutions solve solved solver solves solving some something sometimes SONEST sort sorted sorting sorts Source space spacing spans sparsely special specific specified Specifies specifying speeded spike split splits splitting spot spread spreading SPTTRF SPTTRSV SQNPC SQRT square squares SRC_A ssq SSTEIN SSTEIN2 SSTEQR2 SSYEVX SSYTRD stably stack stage stages stall standard standardised Stanford start starting starts state stated Statement Statements static stays step steps still stopping stops storage store stored stores STOREV storing strictly stride string STRMM STRMVT STRTRI structure Sturm sub subclass subdiagonal subdiagonals subdivided submatrices submatrix subprograms subroutine Subroutines subsequent subsets substitution subtle subtract successful Such sufficient sufficiently sum Summary sums sumsq superdiagonal superdiagonals supplied supplies supply Support supported supports sure suspect SVD swapped switch symmetric System systems T T11 T12 T21 tail tailored tain tains taken takes tall tary task tation TAU TAUA TAUB TAUP TAUQ technical ted Temporarily temporary Tenn Tennessee term terminated Test tested than that the Their them then theoretically there Therefore these they things third this those though three THRESH threshold thresholds through throughout thru thus tied ties tighly time times tiny tion Tisseur TJJS TMP together tol tolerance tolerances too tool top torization Total toward trace track traditional traffic trailing tranposed TRANS Transfer transfor transform transforma transformation transformations transformed transforms transmitted Transpose transposed transposing transposition trapezoidal tree trian triang triangle triangles triangular tributed tridiagonal tries tril TRILWMIN trough true trueA try TSCAL TST1 TTRD tuning twice two twos type TYPE_A types typically U U_i u11 u12 u22 u23 u33 u34 u44 u45 u55 u56 u66 ULP unblocked Unchanged unconverged Undefined underdetermined underflow undetermined undistributed union unit unitary unity University unknowns unless unnecessary unreasonable unreduced unsorted unsymmetric until untouched unused Update updated updates updating UPLO upon upper USCAL use used User users uses using usually utility utk UTN V validity value values Variable variables variety various vary VCOPY VECS VECT vector vectors verify versa version versions very via viewed vise vol W waits Want wanted WANTU WANTVT WANTZ was WATOBD way ways WBDTOSVD WCBDSQR WDBDSQR well were what whatever when where whereas whether which while who whole whose widen width Wilkinson will wing wise with within withint without won words work WORK13 WORK31 Working workloads works worksize workspace workspaces worst worth would WPCGEBRD WPCLANGE WPCLARED1D WPCLARED2D WPCORMBRPRT WPCORMBRQLN WPDGEBRD WPDLANGE WPDLARED1D WPDLARED2D WPDORMBRPRT WPDORMBRQLN WPSGEBRD WPSLANGE WPSLARED1D WPSLARED2D WPSORMBRPRT WPSORMBRQLN WPZGEBRD WPZLANGE WPZLARED1D WPZLARED2D WPZORMBRPRT WPZORMBRQLN writing written WSBDSQR www WZBDSQR X XBND XJTMP XMAX XTRUE Y YET yields you your Z zation ZBDSQR ZCOMBAMAX1 Zdbtrf ZDTTRF ZDTTRSV Zero zeros ZGBTRS ZGEBR2D ZGEBS2D ZHEEVX ZHETRD ZHSEQR ZIN ZLACON ZLADIV ZLAHQR ZLAMSH ZLANHS ZLANV2 ZLAREF zlatrd ZPTTRF ZPTTRSV ZSTEIN ZSTEIN2 ZSTEQR2 ZTRMM ZTRMVT Zurich |