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-[[!meta title="Improving access to AI-assisted literate programming with voice control"]]
+[[!meta title="Enhancing productivity with voice computing"]]
 [[!meta copyright="Copyright © 2023 Blaine Mooers"]]
 [[!inline pages="internal(2023/info/voice-nav)" raw="yes"]]
 
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-
-# Improving access to AI-assisted literate programming with voice control
+# Enhancing productivity with voice computing
 Blaine Mooers (he/him/his) - Pronunciation: pronounced like "moors", blaine-mooers(at)ouhsc.edu, <https://basicsciences.ouhsc.edu/bmb/Faculty/bio_details/mooers-blaine-hm-phd>, <https://twitter.com/BlaineMooers>, <https://github.com/MooersLab>, <https://codeberg.org/MooersLab>, mastodon(at)bhmooers
 
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-The audience will learn how to use voice control to create literate
-programming documents in Emacs. After reviewing the benefits of
-literate programming, I will review the prior work done with the voice
-control in Emacs. I will present the reasons why you'd want to use
-voice control; they go beyond the obvious benefit of avoiding or
-working around repetitive stress injuries and include the benefits of
-using voice control while standing to break up long periods of
-sitting, which are detrimental to one's health. There are many options
-for voice control in and out of the Emacs. I will review a list of
-several and then drill in on two: one that is easy but of limited
-extensibility (Voice In Plus (<https://dictanote.co/voicein/plus/>) and
-one that is harder to learn but more extensible (Talon Voice
-(<https://talon.wiki/>)). The latter has a welcoming community of users
-and developers in the Talon Slack channel.
-
-The Voice In Plus is a plugin for the Google Chrome browser that
-allows you to dictate in the text areas on web pages. The dictated
-text can be sent as soon as it appears in the browser to Emacs via
-GhostText and the Atomic-Chrome package. You can insert custom code
-snippets by voice control in the text area using Voice In Plus's
-support for custom snippets. Or, you can insert yasnippet snippets by
-voice control in the corresponding buffer in Emacs. I will demonstrate
-how to set up this workflow and how to use it to create an org mode
-file. This workflow is very effective for the creation of lots of
-prose, but not code.
-
-The second approach uses the open-source software called Talon
-(<http://talon.wiki>), which is good for both prose and code. This
-package enables precise voice control in a wide variety of
-applications including Emacs. This package is also highly configurable
-using Python script and an accompanying Talonscript file, which has a
-simple YAML file format. The general users of Talon who know nothing
-about Python can easily configure their setup using Talonscript files.
-Advanced users can use Python to add modules to the Talon package to
-extend its functionality. I will demonstrate how to write an org mode
-file with executable code blocks with Talon running in Emacs. I will
-edit and run the code blocks by voice control with and without the
-help of generative AI in the form of Copilot.
-
-I also demonstrate an interactive quiz in Python and Elisp that I
-developed to the support the mastery of the voice control commands. By
-running the quiz with voice control, you can accelerate mastery of the
-commands. I learned the Talon alphabet in one day by taking the quiz
-at spaced intervals. The quiz only took 60 seconds to complete when I
-was proficient.
-
-I will conclude with a discussion of lessons learned and opportunities
-for using voice control in Emacs for AI-assisted literate programming.
+Voice computing uses speech recognition software to convert speech into text, commands, or code.
+While there is a venerated program called EmacSpeaks for converting text into speech, a
+"EmacsListens" for converting speech into text is not available yet.
+The Emacs Wiki describes the underdeveloped situation for speech-to-text in Emacs.
+I will explain how two external software packages convert my speech into text and computer
+commands that can be used with Emacs.
+
+First, I present some motivations for using voice computing.
+These can be divided into two categories: productivity improvement and health-related issues.
+In this second category, there is the under-appreciated cure for ``standing desk envy'';
+the cure is achievable with a large dose of voice computing while standing.
+
+I found one software package (Voice In) to be quite accurate for speech-to-text or dictation
+(Voice In Plus, <https://dictanote.co/voicein/plus/>), but less versatile for speech-to-commands.
+I have used this package daily and I found a three-fold increase in my daily word count almost
+immediately.
+Of course, there are limits here; you can talk for only so many hours per day.
+
+Second, I found another software package that has a less accurate language model (Talon Voice,
+<http://talon.wiki/>)) but that supports custom commands that can be executed anywhere you can
+place the cursor, including in virtual machines and on remote servers.
+Talon Voice will appeal to those who like to tinker with configuration files, yet it is easy to
+use.
+
+I will explain how I have integrated these two packages into my workflow.
+I have developed a library of commands that expand 94 English contractions when spoken.
+This library eliminates tedious downstream editing of formal prose where I do not use
+contractions.
+The library is available on GitHub for both Voice In Plus
+(<https://github.com/mooersLab/voice-in-plus-contractions>) and Talon Voice
+(<https://github.com/MooersLab/talon-contractions>).
+
+I also supply the interactive quizzes for mastering the basic Voice In commands
+(<https://github.com/MooersLab/voice-in-basics-quiz>) and the Talon Voice phonetic alphabet
+(<https://github.com/MooersLab/talon-voice-quizzes/qTalonAlphabet.py>)
+I learned the Talon alphabet in one day by taking the quiz at spaced intervals.
+The quiz took only 60 seconds to complete when I was proficient.
 
 About the speaker:
 
-I am an associate professor of biochemistry at the University of
-Oklahoma Health Sciences Center. I use X-ray crystallography to study
-the structures of RNA, proteins, and protein-drug complexes. I have
-been using Python and LaTeX for a dozen years and Jupyter Notebooks
-since 2013. I have been using Emacs every day for 2.5 years. I
-discovered voice control this summer when my chronic repetitive stress
-injury flared up while entering data in a spreadsheet. I found that
-voice control is a great way to create prose and write literate
-programming documents while maintaining one's health.
+I am an Associate Professor of Biochemistry at the University of Oklahoma Health Sciences Center.
+I use X-ray crystallography to study the structures of RNA, proteins, and protein-drug complexes.
+I have been using Python and LaTeX for a dozen years, and Jupyter Notebooks since 2013.
+I have been using Emacs every day for 2.5 years.
+I discovered voice control this summer when my chronic repetitive stress injury flared up while
+entering data in a spreadsheet.
+I found that voice control is a great way to create prose and write literate programming
+documents while maintaining one's health.
 
 
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