文件名称:hucrf_code
- 所属分类：
- 图形图像处理(光照,映射..)
- 资源属性：
- [MacOS] [Matlab] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 162kb
- 下载次数：
- 0次
- 提 供 者：
- 王*
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
Hidden-Unit Conditional Random Fields
工具箱，可以用于训练linearCRF和和L.J.P. van der Maaten, M. Welling
提出的huCRF-We provide Matlab code that implements the training and evaluation of hidden-unit CRFs, as well as code to reproduce the results of our experiments. The code implements four different training algorithms: (1) a batch learner that uses L-BFGS, (2) a stochastic gradient descent learner, (3) an online perceptron training algorithm, and (4) an online large-margin perceptron algorithm. The code can also be used to perform (conditional) herding in hidden-unit CRFs.
工具箱，可以用于训练linearCRF和和L.J.P. van der Maaten, M. Welling
提出的huCRF-We provide Matlab code that implements the training and evaluation of hidden-unit CRFs, as well as code to reproduce the results of our experiments. The code implements four different training algorithms: (1) a batch learner that uses L-BFGS, (2) a stochastic gradient descent learner, (3) an online perceptron training algorithm, and (4) an online large-margin perceptron algorithm. The code can also be used to perform (conditional) herding in hidden-unit CRFs.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
hucrf_code
..........\.DS_Store
__MACOSX
........\hucrf_code
........\..........\._.DS_Store
hucrf_code\cb513_experiment.m
__MACOSX\hucrf_code\._cb513_experiment.m
hucrf_code\crf_grad.cpp
__MACOSX\hucrf_code\._crf_grad.cpp
hucrf_code\crf_grad.m
__MACOSX\hucrf_code\._crf_grad.m
hucrf_code\crf_herding.cpp
..........\crf_herding.m
__MACOSX\hucrf_code\._crf_herding.m
hucrf_code\crf_herding_2nd_order.cpp
..........\crf_herding_2nd_order.m
__MACOSX\hucrf_code\._crf_herding_2nd_order.m
hucrf_code\data
..........\....\.DS_Store
__MACOSX\hucrf_code\data
........\..........\....\._.DS_Store
hucrf_code\faq_experiment.m
__MACOSX\hucrf_code\._faq_experiment.m
hucrf_code\forward_backward_crf.cpp
..........\forward_backward_crf.m
__MACOSX\hucrf_code\._forward_backward_crf.m
hucrf_code\forward_backward_crf_2nd_order.m
__MACOSX\hucrf_code\._forward_backward_crf_2nd_order.m
hucrf_code\hidden_crf_herding.cpp
..........\hidden_crf_herding.m
__MACOSX\hucrf_code\._hidden_crf_herding.m
hucrf_code\hidden_crf_herding_2nd_order.cpp
..........\hidden_crf_herding_2nd_order.m
__MACOSX\hucrf_code\._hidden_crf_herding_2nd_order.m
hucrf_code\mexall.m
__MACOSX\hucrf_code\._mexall.m
hucrf_code\minFunc
..........\.......\ArmijoBacktrack.m
..........\.......\autoGrad.m
..........\.......\autoHess.m
..........\.......\autoHv.m
..........\.......\autoTensor.m
..........\.......\callOutput.m
..........\.......\conjGrad.m
..........\.......\dampedUpdate.m
..........\.......\example_minFunc.m
..........\.......\example_minFunc_LR.m
..........\.......\isLegal.m
..........\.......\lbfgs.m
..........\.......\lbfgsC.c
..........\.......\lbfgsC.mexa64
..........\.......\lbfgsC.mexglx
..........\.......\lbfgsC.mexmac
..........\.......\lbfgsC.mexmaci
..........\.......\lbfgsC.mexmaci64
..........\.......\lbfgsC.mexw32
..........\.......\lbfgsC.mexw64
..........\.......\lbfgsUpdate.m
..........\.......\logistic
..........\.......\........\LogisticDiagPrecond.m
..........\.......\........\LogisticHv.m
..........\.......\........\LogisticLoss.m
..........\.......\........\mexutil.c
..........\.......\........\mexutil.h
..........\.......\........\mylogsumexp.m
..........\.......\........\repmatC.c
..........\.......\........\repmatC.dll
..........\.......\........\repmatC.mexglx
..........\.......\........\repmatC.mexmac
..........\.......\mchol.m
..........\.......\mcholC.c
..........\.......\mcholC.mexmaci64
..........\.......\mcholC.mexw32
..........\.......\mcholC.mexw64
..........\.......\mcholinc.m
..........\.......\minFunc.m
..........\.......\minFunc_processInputOptions.m
..........\.......\polyinterp.m
..........\.......\precondDiag.m
..........\.......\precondTriu.m
..........\.......\precondTriuDiag.m
..........\.......\rosenbrock.m
..........\.......\taylorModel.m
..........\.......\WolfeLineSearch.m
..........\minimize.m
__MACOSX\hucrf_code\._minimize.m
hucrf_code\ocr_experiment.m
__MACOSX\hucrf_code\._ocr_experiment.m
hucrf_code\train_crf.m
__MACOSX\hucrf_code\._train_crf.m
hucrf_code\train_crf_sgd.m
__MACOSX\hucrf_code\._train_crf_sgd.m
hucrf_code\treebank_experiment.m
__MACOSX\hucrf_code\._treebank_experiment.m
hucrf_code\util.cpp
..........\util.h
..........\viterbi_crf.cpp
__MACOSX\hucrf_code\._viterbi_crf.cpp
hucrf_code\viterbi_crf.m
__MACOSX\hucrf_code\._viterbi_crf.m
..........\.DS_Store
__MACOSX
........\hucrf_code
........\..........\._.DS_Store
hucrf_code\cb513_experiment.m
__MACOSX\hucrf_code\._cb513_experiment.m
hucrf_code\crf_grad.cpp
__MACOSX\hucrf_code\._crf_grad.cpp
hucrf_code\crf_grad.m
__MACOSX\hucrf_code\._crf_grad.m
hucrf_code\crf_herding.cpp
..........\crf_herding.m
__MACOSX\hucrf_code\._crf_herding.m
hucrf_code\crf_herding_2nd_order.cpp
..........\crf_herding_2nd_order.m
__MACOSX\hucrf_code\._crf_herding_2nd_order.m
hucrf_code\data
..........\....\.DS_Store
__MACOSX\hucrf_code\data
........\..........\....\._.DS_Store
hucrf_code\faq_experiment.m
__MACOSX\hucrf_code\._faq_experiment.m
hucrf_code\forward_backward_crf.cpp
..........\forward_backward_crf.m
__MACOSX\hucrf_code\._forward_backward_crf.m
hucrf_code\forward_backward_crf_2nd_order.m
__MACOSX\hucrf_code\._forward_backward_crf_2nd_order.m
hucrf_code\hidden_crf_herding.cpp
..........\hidden_crf_herding.m
__MACOSX\hucrf_code\._hidden_crf_herding.m
hucrf_code\hidden_crf_herding_2nd_order.cpp
..........\hidden_crf_herding_2nd_order.m
__MACOSX\hucrf_code\._hidden_crf_herding_2nd_order.m
hucrf_code\mexall.m
__MACOSX\hucrf_code\._mexall.m
hucrf_code\minFunc
..........\.......\ArmijoBacktrack.m
..........\.......\autoGrad.m
..........\.......\autoHess.m
..........\.......\autoHv.m
..........\.......\autoTensor.m
..........\.......\callOutput.m
..........\.......\conjGrad.m
..........\.......\dampedUpdate.m
..........\.......\example_minFunc.m
..........\.......\example_minFunc_LR.m
..........\.......\isLegal.m
..........\.......\lbfgs.m
..........\.......\lbfgsC.c
..........\.......\lbfgsC.mexa64
..........\.......\lbfgsC.mexglx
..........\.......\lbfgsC.mexmac
..........\.......\lbfgsC.mexmaci
..........\.......\lbfgsC.mexmaci64
..........\.......\lbfgsC.mexw32
..........\.......\lbfgsC.mexw64
..........\.......\lbfgsUpdate.m
..........\.......\logistic
..........\.......\........\LogisticDiagPrecond.m
..........\.......\........\LogisticHv.m
..........\.......\........\LogisticLoss.m
..........\.......\........\mexutil.c
..........\.......\........\mexutil.h
..........\.......\........\mylogsumexp.m
..........\.......\........\repmatC.c
..........\.......\........\repmatC.dll
..........\.......\........\repmatC.mexglx
..........\.......\........\repmatC.mexmac
..........\.......\mchol.m
..........\.......\mcholC.c
..........\.......\mcholC.mexmaci64
..........\.......\mcholC.mexw32
..........\.......\mcholC.mexw64
..........\.......\mcholinc.m
..........\.......\minFunc.m
..........\.......\minFunc_processInputOptions.m
..........\.......\polyinterp.m
..........\.......\precondDiag.m
..........\.......\precondTriu.m
..........\.......\precondTriuDiag.m
..........\.......\rosenbrock.m
..........\.......\taylorModel.m
..........\.......\WolfeLineSearch.m
..........\minimize.m
__MACOSX\hucrf_code\._minimize.m
hucrf_code\ocr_experiment.m
__MACOSX\hucrf_code\._ocr_experiment.m
hucrf_code\train_crf.m
__MACOSX\hucrf_code\._train_crf.m
hucrf_code\train_crf_sgd.m
__MACOSX\hucrf_code\._train_crf_sgd.m
hucrf_code\treebank_experiment.m
__MACOSX\hucrf_code\._treebank_experiment.m
hucrf_code\util.cpp
..........\util.h
..........\viterbi_crf.cpp
__MACOSX\hucrf_code\._viterbi_crf.cpp
hucrf_code\viterbi_crf.m
__MACOSX\hucrf_code\._viterbi_crf.m