This paper analyzes the Viterbi algorithm and its application to Sign Language Recognition. The Viterbi algorithm is used as a maximum a posteriori approach to solving the decoding problem of Hidden Markov Models (HMM). This paper discusses the attributes of the HMM with an example. The theoretical time complexity of the algorithm is compared to the results of experiments on a Python implementation. The more general field of Gesture Recognition is briefly mentioned as foundation for the type of system necessary to facilitate Sign Language Recognition. Both word and subunit models for American Sign Language are detailed
Abstract- For recognition of a sign language, many samples are required for learning by Hidden Marko...
Hidden Markov models (HMM’s) have been used prominently and successfully in speech recognition and, ...
This work presents the development of a software-based Malaysian Sign Language recognition system us...
We propose a method to construct a Hidden Markov Model (HMM) for sign language recognition with a to...
The Viterbi algorithm, derived using dynamic programming techniques, is a maxi-mum a posteriori (MAP...
An American Sign Language (ASL) recognition system developed based on multi-dimensional Hidden Marko...
Hand gesture is one of the most natural and expressive ways for the hearing impaired. However, becau...
The development of computers and the theory of doubly stochastic processes, have led to a wide varie...
Sign languages represent the most natural way to communicate for deaf and hard of hearing. However, ...
Abstract Sign language is used for communicating to people with hearing difficulties. Recog-nition o...
Using hidden Markov models (HMM's), an unobstrusive single view camera system is developed that...
Human-Machine interfaces play a role of growing importance as computer technology continues to evolv...
In this thesis I present a framework for recognizing American Sign Language (ASL) from 3D data. The ...
Hidden Markov models (HMM's) have been used prominently and successfully in speech recognition ...
i This thesis addresses the problem of the high computation complexity issue that arises when decodi...
Abstract- For recognition of a sign language, many samples are required for learning by Hidden Marko...
Hidden Markov models (HMM’s) have been used prominently and successfully in speech recognition and, ...
This work presents the development of a software-based Malaysian Sign Language recognition system us...
We propose a method to construct a Hidden Markov Model (HMM) for sign language recognition with a to...
The Viterbi algorithm, derived using dynamic programming techniques, is a maxi-mum a posteriori (MAP...
An American Sign Language (ASL) recognition system developed based on multi-dimensional Hidden Marko...
Hand gesture is one of the most natural and expressive ways for the hearing impaired. However, becau...
The development of computers and the theory of doubly stochastic processes, have led to a wide varie...
Sign languages represent the most natural way to communicate for deaf and hard of hearing. However, ...
Abstract Sign language is used for communicating to people with hearing difficulties. Recog-nition o...
Using hidden Markov models (HMM's), an unobstrusive single view camera system is developed that...
Human-Machine interfaces play a role of growing importance as computer technology continues to evolv...
In this thesis I present a framework for recognizing American Sign Language (ASL) from 3D data. The ...
Hidden Markov models (HMM's) have been used prominently and successfully in speech recognition ...
i This thesis addresses the problem of the high computation complexity issue that arises when decodi...
Abstract- For recognition of a sign language, many samples are required for learning by Hidden Marko...
Hidden Markov models (HMM’s) have been used prominently and successfully in speech recognition and, ...
This work presents the development of a software-based Malaysian Sign Language recognition system us...