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| | AFM17: Author Index| Author | Papers | 
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 | A |  | Aiello, M. Anthony | The Measurement Library: Representing Physical Types in PVS |  | Arcaini, Paolo | SMT for state-based formal methods: the ASM case study |  | B |  | Baranowski, Marek | Moving the Needle on Rigorous Floating-Point Precision Tuning |  | Bonacina, Maria Paola | On Conflict-Driven Reasoning |  | Briggs, Ian | Moving the Needle on Rigorous Floating-Point Precision Tuning |  | C |  | Chakrapani Rao, Arun | More Automated Formal Methods?! If so, why, where & how? |  | Chiang, Wei-Fan | Moving the Needle on Rigorous Floating-Point Precision Tuning |  | D |  | Damouche, Nasrine | Salsa: An Automatic Tool to Improve the Numerical Accuracy of Programs |  | Dutle, Aaron | The MINERVA Software Development Process |  | G |  | Gargantini, Angelo | SMT for state-based formal methods: the ASM case study |  | Gopalakrishnan, Ganesh | Moving the Needle on Rigorous Floating-Point Precision Tuning |  | H |  | Hocking, Ashlie B. | The Measurement Library: Representing Physical Types in PVS |  | M |  | Martel, Matthieu | Salsa: An Automatic Tool to Improve the Numerical Accuracy of Programs |  | Munoz, Cesar | The MINERVA Software Development Process |  | N |  | Narkawicz, Anthony | The MINERVA Software Development Process |  | R |  | Rakamaric, Zvonimir | Moving the Needle on Rigorous Floating-Point Precision Tuning |  | Riccobene, Elvinia | SMT for state-based formal methods: the ASM case study |  | S |  | Shankar, Natarajan | A Brief Introduction to the PVS2C Code Generator |  | Solovyev, Alexey | Moving the Needle on Rigorous Floating-Point Precision Tuning | 
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