Abstract: A stroke processing system (SPS) is described which processes a user's current instance of handwriting with reference to previous instances of handwriting. In one application, the SPS matches a new token input by a user (corresponding to a sequence of stroke samples) with previous tokens that are similar to the new token. The SPS then refines the new token by averaging it with the previous tokens. This improves the appearance of the new token. In another application, the SPS uses the previous tokens to produce a search result. In another application, the SPS uses the previous tokens to perform an auto-completion operation.

Abstract: A stroke processing system (SPS) is described which processes a user's current instance of handwriting with reference to previous instances of handwriting. In one application, the SPS matches a new token input by a user (corresponding to a sequence of stroke samples) with previous tokens that are similar to the new token. The SPS then refines the new token by averaging it with the previous tokens. This improves the appearance of the new token. In another application, the SPS uses the previous tokens to produce a search result. In another application, the SPS uses the previous tokens to perform an auto-completion operation.

Abstract: The described implementations relate to deblurring images. One system includes an imaging device configured to capture an image, a linear motion detector and a rotational motion detector. This system also includes a controller configured to receive a signal from the imaging device relating to capture of the image and to responsively cause the linear motion detector and the rotational motion detector to detect motion-related information. Finally, this particular system includes a motion calculator configured to recover camera motion associated with the image based upon the detected motion-related information and to infer imaging device motion induced blur of the image and an image deblurring component configured to reduce imaging device induced blur from the image utilizing the inferred camera motion induced blur.

Abstract: The described implementations relate to deblurring images. One system includes an imaging device configured to capture an image, a linear motion detector and a rotational motion detector. This system also includes a controller configured to receive a signal from the imaging device relating to capture of the image and to responsively cause the linear motion detector and the rotational motion detector to detect motion-related information. Finally, this particular system includes a motion calculator configured to recover camera motion associated with the image based upon the detected motion-related information and to infer imaging device motion induced blur of the image and an image deblurring component configured to reduce imaging device induced blur from the image utilizing the inferred camera motion induced blur.