Abstract: A computer-implemented method includes determining that content is objectionable to an individual or to a cohort of individuals; establishing, at a device, a geo-fenced area around the device, wherein the geo-fenced area is selective of the individual or the cohort of individuals; detecting and identifying a person entering the geo-fenced area; determining that the person entering the geo-fenced area corresponds to the individual or cohort of individuals to whom the content is objectionable; and responsive to determining that the person entering the geo-fenced area corresponds to the individual or cohort of individuals to whom the content is objectionable, triggering an ameliorating action with respect to display of the objectionable content on the device. The method can be implemented by the device or by a cloud (networked system) of computing devices, according to instructions embodied in a computer readable medium.

Abstract: Correcting typographical errors in electronic text may include converting a text message containing at least one phonemic spelling of a word into speech by running a text-to-speech application programming interface (API) with the text message as input. The converted speech may be input to a speech-to-text API and the speech-to-text API executed to convert the speech to text. A text file comprising the text may be generated and/or output. The text file automatically contains a corrected version of the phonemic spelling of the word in text message.

Abstract: Correcting typographical errors in electronic text may include converting a text message containing at least one phonemic spelling of a word into speech by running a text-to-speech application programming interface (API) with the text message as input. The converted speech may be input to a speech-to-text API and the speech-to-text API executed to convert the speech to text. A text file comprising the text may be generated and/or output. The text file automatically contains a corrected version of the phonemic spelling of the word in text message.

Abstract: A method and associated system for designing a biomechanical interface of a device contacting a biological body segment of a subject includes forming a quantitative model of the biological body segment from subject specific data, conducting a biophysical analysis, such as a finite element analysis, to thereby establish a relationship, such as a functional relationship, between the quantitative model and at least one feature of the biomechanical interface contacting the biological body segment, and applying the relationship to the at least one feature of the biomechanical interface contacting the biological body segment to thereby obtain an interface design for the mechanical interface of the device. The subject-specific data can include geometry of the biological body segment and the at least one feature can be associated with physiological benefit of the biological body segment.