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What are the seminal papers for ERIs?

  • 1950 Boys

Based on the Rys quadrature:

  • 1976,1983 Dupuis, Rys, and King x2 (Rys quadrature)
  • 1978 Pople and Hehre (uses Rys quadrature, good for highly contracted s and p functions)
  • 1986, 1988 Obara and Saika x 3 (reduce FLOPS by recurrence relation)
  • 1988, 1989, 1990, 1991 Gill, Head-Gordon and Pople x 4 (reduce FLOPS, contraction scheme, "horizontal transfer equations")
  • 1991, 1993 Lindh, Ryu, and Liu x2 (OS and GHP are less efficient than DRK when there's not much contraction)
  • 1991,1996 Ishida x 2 (ACE has "attractive" FLOPS)
  • 2001 Dupuis and Marquez (combination of the above to optimize FLOPS) [implementable! but notation isn't familiar to all]
  • 2004 Valeev libint
  • 2014 Sun (libcint, uses DRK algorithm)
  • 2014 Schwenke
  • 2015 Shizgal
  • 2016 King

Based on the McMurchie-Davidson scheme

  • 1978 McMurchie Davidson (angular momentum transfer)
  • 2022 Neese (SHARK) [implementable!]

Independent/largely-unnoticed

  • 2018 Milovanovic

Parallelization and hardware-related optimizations

  • 1994 Blelloch et al.
  • 2007 Yasuda
  • 2010 Asadschev et al.
  • 2011 Luehr et al.
  • 2012 Asadchev and Gordon
  • 2013 Titove et al.

Reviews?

  • 1994 M. W. Gill,Adv. Quantum Chem.1994,25, 141.
  • 2002 R. Lindh, in Encylopedia Comp Chem (Ed: P. von Rague-Schleyer), JohnWiley & Sons, Chichester
  • 2018 Samu (PhD thesis, notation still complicated) PDF/ertekezes.pdf

What are the seminal papers for ERIs?

  • 1950 Boys

Based on the Rys quadrature:

  • 1976,1983 Dupuis, Rys, and King x2 (Rys quadrature)
  • 1978 Pople and Hehre (uses Rys quadrature, good for highly contracted s and p functions)
  • 1986, 1988 Obara and Saika x 3 (reduce FLOPS by recurrence relation)
  • 1988, 1989, 1990, 1991 Gill, Head-Gordon and Pople x 4 (reduce FLOPS, contraction scheme, "horizontal transfer equations")
  • 1991, 1993 Lindh, Ryu, and Liu x2 (OS and GHP are less efficient than DRK when there's not much contraction)
  • 1991,1996 Ishida x 2 (ACE has "attractive" FLOPS)
  • 2001 Dupuis and Marquez (combination of the above to optimize FLOPS) [implementable! but notation isn't familiar to all]
  • 2004 Valeev libint
  • 2014 Sun (libcint, uses DRK algorithm)

Based on the McMurchie-Davidson scheme

  • 1978 McMurchie Davidson (angular momentum transfer)
  • 2022 Neese (SHARK) [implementable!]

Parallelization and hardware-related optimizations

  • 1994 Blelloch et al.
  • 2007 Yasuda
  • 2010 Asadschev et al.
  • 2011 Luehr et al.
  • 2012 Asadchev and Gordon
  • 2013 Titove et al.

Reviews?

  • 1994 M. W. Gill,Adv. Quantum Chem.1994,25, 141.
  • 2002 R. Lindh, in Encylopedia Comp Chem (Ed: P. von Rague-Schleyer), JohnWiley & Sons, Chichester

What are the seminal papers for ERIs?

  • 1950 Boys

Based on the Rys quadrature:

  • 1976,1983 Dupuis, Rys, and King x2 (Rys quadrature)
  • 1978 Pople and Hehre (uses Rys quadrature, good for highly contracted s and p functions)
  • 1986, 1988 Obara and Saika x 3 (reduce FLOPS by recurrence relation)
  • 1988, 1989, 1990, 1991 Gill, Head-Gordon and Pople x 4 (reduce FLOPS, contraction scheme, "horizontal transfer equations")
  • 1991, 1993 Lindh, Ryu, and Liu x2 (OS and GHP are less efficient than DRK when there's not much contraction)
  • 1991,1996 Ishida x 2 (ACE has "attractive" FLOPS)
  • 2001 Dupuis and Marquez (combination of the above to optimize FLOPS) [implementable! but notation isn't familiar to all]
  • 2004 Valeev libint
  • 2014 Sun (libcint, uses DRK algorithm)
  • 2014 Schwenke
  • 2015 Shizgal
  • 2016 King

Based on the McMurchie-Davidson scheme

  • 1978 McMurchie Davidson (angular momentum transfer)
  • 2022 Neese (SHARK) [implementable!]

Independent/largely-unnoticed

  • 2018 Milovanovic

Parallelization and hardware-related optimizations

  • 1994 Blelloch et al.
  • 2007 Yasuda
  • 2010 Asadschev et al.
  • 2011 Luehr et al.
  • 2012 Asadchev and Gordon
  • 2013 Titove et al.

Reviews

  • 1994 M. W. Gill,Adv. Quantum Chem.1994,25, 141.
  • 2002 R. Lindh, in Encylopedia Comp Chem (Ed: P. von Rague-Schleyer), JohnWiley & Sons, Chichester
  • 2018 Samu (PhD thesis, notation still complicated) PDF/ertekezes.pdf
Source Link

What are the seminal papers for ERIs?

  • 1950 Boys

Based on the Rys quadrature:

  • 1976,1983 Dupuis, Rys, and King x2 (Rys quadrature)
  • 1978 Pople and Hehre (uses Rys quadrature, good for highly contracted s and p functions)
  • 1986, 1988 Obara and Saika x 3 (reduce FLOPS by recurrence relation)
  • 1988, 1989, 1990, 1991 Gill, Head-Gordon and Pople x 4 (reduce FLOPS, contraction scheme, "horizontal transfer equations")
  • 1991, 1993 Lindh, Ryu, and Liu x2 (OS and GHP are less efficient than DRK when there's not much contraction)
  • 1991,1996 Ishida x 2 (ACE has "attractive" FLOPS)
  • 2001 Dupuis and Marquez (combination of the above to optimize FLOPS) [implementable! but notation isn't familiar to all]
  • 2004 Valeev libint
  • 2014 Sun (libcint, uses DRK algorithm)

Based on the McMurchie-Davidson scheme

  • 1978 McMurchie Davidson (angular momentum transfer)
  • 2022 Neese (SHARK) [implementable!]

Parallelization and hardware-related optimizations

  • 1994 Blelloch et al.
  • 2007 Yasuda
  • 2010 Asadschev et al.
  • 2011 Luehr et al.
  • 2012 Asadchev and Gordon
  • 2013 Titove et al.

Reviews?

  • 1994 M. W. Gill,Adv. Quantum Chem.1994,25, 141.
  • 2002 R. Lindh, in Encylopedia Comp Chem (Ed: P. von Rague-Schleyer), JohnWiley & Sons, Chichester