Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Sign language recognition is the task of detection and recognition of manual signals (MSs) and non-manual signals (NMSs) in a signed utterance. , a novel method for recognizing MS and facial expressions as a NMS is proposed. This is achieved through a framework consisting of three components: (1) Candidate segments of MSs are discriminated using an hierarchical conditional random field (CRF) and Boost-Map embedding. It can distinguish signs, fingerspellings and non-sign patterns, and is robust to the various sizes, scales and rotations of the signer's hand. (2) Facial expressions as a NMS are recognized with support vector machine (SVM) and active appearance model (AAM), AAM is used to extract facial feature points. From these facial feature points, several measurements are computed to distinguish each facial component into defined facial expressions with SVM. (3) Finally, the recognition results of MSs and NMSs are fused in order to recognize signed sentences. Experiments demonstrate that the proposed method can successfully combine MSs and NMSs features for recognizing signed sentences from utterance data.
['Hee Deok Yang', 'Seong Whan Lee']
I am writing a research paper on a idea Combination of manual and non-manual features for sign language recognition based on conditional random field and active appearance model
[{"from": "human", "value": "I am writing a research paper on a idea Combination of manual and non-manual features for sign language recognition based on conditional random field and active appearance model"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Sign language recognition is the task of detection and recognition of manual signals (MSs) and non-manual signals (NMSs) in a signed utterance. , a novel method for recognizing MS and facial expressions as a NMS is proposed. This is achieved through a framework consisting of three components: (1) Candidate segments of MSs are discriminated using an hierarchical conditional random field (CRF) and Boost-Map embedding. It can distinguish signs, fingerspellings and non-sign patterns, and is robust to the various sizes, scales and rotations of the signer's hand. (2) Facial expressions as a NMS are recognized with support vector machine (SVM) and active appearance model (AAM), AAM is used to extract facial feature points. From these facial feature points, several measurements are computed to distinguish each facial component into defined facial expressions with SVM. (3) Finally, the recognition results of MSs and NMSs are fused in order to recognize signed sentences. Experiments demonstrate that the proposed method can successfully combine MSs and NMSs features for recognizing signed sentences from utterance data."}]