Here's a couple of links that you may find of interest
http://www.nhc.noaa.gov/modelsummary.shtmlhttp://www.srh.noaa.gov/ssd/nwpmodel/html/nhcmodel.htmI was going to leave it at that, but I'll try to give you a very quick and dirty summary of the models that you may find mentioned.
Global forecast models:
These are general purpose weather forecasting models that are run 2-4 times a day, every day of the year.
GFS - Global Forecasting System: The model used by NOAA
CMC - aka "the Canadian", ran by the Canadian equivalent of the National Weather Service
UKMET - ran by the UK's Meteorological Office.
ECMWF - aka "the Euro" or "European", ran by the European Centre for Medium range Weather Forecasts.
NOGAPS - ran by the US Navy.
Limited Area models:
These models are designed specifically for hurricanes, and as such are run every six hours, when there is something to track (invest or tropical cyclone).
GFDL - designed by NOAA's Geophysical Fluid Dynamics Laboratory
HWRF - Hurricane Weather Research and Forecast model, was by NOAA to replace the GFDL. However, it has not shown sufficiently superior performance to do so.
Tropical models: Like the limited area models they are run every six hours when there is something to track. However, they are much less sophisticated.
BAMS
BAMM
BAMD are variations of the Beta and Advection Model. Each model plots the storm's forecast model assuming a particular vertical extent of the storm (Shallow, Medium, or Deep) and moves it along the predominant steering current at the particular level. (I.e. an undeveloped system with little vertical extent would tend to follow the track forcast by the Shallow Bam, while a fully developed storm would be better forcast by the Deep).
SHIPS - Statistical Hurricane Intensity Prediction Scheme - uses input from the GFS and satellite imagery, along with a track forecast from BAMM (or the NHC if available) to generate an intensity forecast.