Integer Multiplication in PARSAC-2 on Stock Microprocessors. - Wolfgang Küchlin; David Raymond Lutz; Nicholas J. Nevin (AAECC, 1991)

What is an effective schedule? - David Raymond Lutz; Doddaballapur Narasimha-Murthy Jayasimha (SPDP, 1991)

Do Fixed-Processor Communication-Time Tradeoffs Exist? - David Raymond Lutz; Doddaballapur Narasimha-Murthy Jayasimha (Parallel Process. Lett., 1995)

Early Zero Detection. - David Raymond Lutz; Doddaballapur Narasimha-Murthy Jayasimha (ICCD, 1996)

The Half-Adder Form and Early Branch Condition Resolution. - David Raymond Lutz; Doddaballapur Narasimha-Murthy Jayasimha (IEEE Symposium on Computer Arithmetic, 1997)

Performance analysis for chipsets and systems. - David Raymond Lutz; B. Kahne (IPCCC, 1999)

Performance of the Floating-Point AMR Encoder on a Commercial Single-Issue Vector Processor. - David Raymond Lutz; Chris N. Hinds (ESTIMedia, 2003)

Fused Multiply-Add Microarchitecture Comprising Separate Early-Normalizing Multiply and Add Pipelines. - David Raymond Lutz (IEEE Symposium on Computer Arithmetic, 2011)

Experiments with synthesizing multiplier reduction trees. - Neil Burgess; David Raymond Lutz (ACSCC, 2012)

Exhaustive testing of Fused Multiply-Add RTL. - Neil Burgess; David Raymond Lutz (ACSSC, 2013)

Optimized leading zero anticipators for faster fused multiply-adds. - David Raymond Lutz (ACSSC, 2017)

High-Precision Anchored Accumulators for Reproducible Floating-Point Summation. - David Raymond Lutz; Christopher Neal Hinds (ARITH, 2017)

ARM Floating Point 2019: Latency, Area, Power. - David Raymond Lutz (ARITH, 2019)

High-Precision Anchored Accumulators for Reproducible Floating-Point Summation. - Neil Burgess; Christopher E. Goodyer; Christopher Neal Hinds; David Raymond Lutz (IEEE Trans. Computers, 2019)

Fused FP8 4-Way Dot Product With Scaling and FP32 Accumulation. - David Raymond Lutz; Anisha Saini; Mairin Kroes; Thomas Elmer; Harsha Valsaraju (ARITH, 2024)