Copyright (C) Dr. Juan Miguel Cejuela
- Compatibility: ANSI Common Lisp. Tested on SBCL 1.1.11
- Dependencies: jmc.cl.utils system
- Development Times:
- 2008-07 to 2008-09
- 2013-09 to 2013-11
-
Discrete observation densities
-
Alphabet symbols of any kind
-
Exponential state duration densities
-
Homogeneous HMMs
-
First order chains
-
Comparable efficiency to GHMM written in C (1x - 2x slower)
-
HMMs:
- Forward & backward in probability space and scaled
- Viterbi in probability and log space
- Baum-Welch training (probability and scaled) for multiple sequences (optionally labeled)
- Tied emission parameters
- Finite and infinite HMMs
-
PHMMs (Pair HMMs): ongoing development
- Forward & backward in probability and log space
- (soon) Viterbi in probability and log space
- (soon) Baum-Welch training (probability and log) for multiple sequences
- Sequence translations: given input X --> generate output Y
- Rabiner's notation is followed in code. Otherwise properly indicated.
- You must have an installed Common Lisp implementation. For instance: SBCL
- Download latest version of jmc.cl.utils system
- Download latest version of CL-HMM's code
- Make ASDF locate the downloaded packaged, for instance:
(setf asdf:*central-registry* (append '(#p"...local path..." :*central-registry*)))
- Load & compile the package:
(asdf:operate 'asdf:load-op :cl-hmm)