Advanced Applications for Underwater Acoustic Modeling

Table 1

Summary of underwater acoustic propagation models. Superscript letters identify those models that have been added to the inventory since 2003.

Technique	Range independent					Range dependent
	CAPARAY	PLRAY		ACCURAY	GRAB	LYCH	Pedersen	RAYWAVE
Ray theory	FACT	RANGER		BELLHOP	GRASS	MEDUSA	PlaneRay^b	RP-70
	FLIRT			Coherent DELTA	HARORAY	MIMIC	PWRC^c	SHALFACT
	GAMARAY			FACTEX	HARPO	MPC	Ray5^d	TRIMAIN
	ICERAY			FeyRay^a	HARVEST	MPP	RAYSON^e	XRAY^f
Normal mode	AP-2/5	MODELAB	ORCA	ADIAB	COUPLE	KRAKEN	PROSIM	WKBZ
	BDRM	NEMESIS	POPP^g	ASERT	CPMS	MOATL	SHAZAM	WRAP
	COMODE	NLNM	PROTEUS	ASTRAL	FELMODE	MOCTESUMA	SNAP/C-SNAP	3D ocean
	DODGE	NORMOD3	SHEAR2	CENTRO	IECM^h	NAUTILUS	SWAMP^i
	FNMSS	NORM2L	Stickler	CMM3D	Kanabis	PROLOS	WEDGE
Multipath Expansion	FAME	NEPBR		Integrated mode^j
	MULE	RAYMODE
Fast field or wavenumber integration	FFP	OASES	SAFARI	CORE	RD-OASES	SAFRAN
	Kutschale FFP	pulse FFP	SCOOTER	OASES-3D^k	RDOASP
	MSPFFP	RPRESS	SPARC	RDFFP	RDOAST
Parabolic equation				AMPE/CMPE	FEPES	MONM3D^m	PE-FFRAME	Two-WayPE
				Cartesian 3DPE^l	FOR3D	MOREPE	PESOGEN	ULETA
				CCUB/SPLN/CNP1	HAPE	NSPE^n	PE-SSF (UMPE/MMPE)	UNIMOD
	Use single environmental specification			corrected PE	HYPER	OS2IFD	RAM/RAMS/RAMGEO^p	3DPE (NRL-1)
				DREP	IFD wide-angle	OWWE^o	RMPE^q	3DPE (NRL-2)
				FDHB3D	IMP3D	PAREQ	SNUPE	3DTDPA
				FEPE	LOGPE	PDPE	Spectral PE	3DWAPE^r
				FEPE-CM	MaCh1	PECan	TDPE