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#Custom dictionary in word android how to#
#Custom dictionary in word android archive#
#Custom dictionary in word android full#
#Custom dictionary in word android plus#

Since the ListeningActivity implements the PocketSphinx’s RecognitionListener interface, the activity can be registered to receive recognition results.ABBYY Lingvo Dictionaries offers a fast and easy way to access dictionary content for a variety of languages. This means that the assets are loaded, the threshold set, and most importantly, the recognizer gets set into “KeyphraseSearch” mode and the recognition is started. In onCreate, the app permissions are requested and the SeekBar gets setup. This app puts a seek-bar at the top of the screen, allowing for interactive threshold tuning. If you experience too many false alarms, move the threshold closer to 1. 1 means no false alarms, but also many matches might be missed. The sensitivity of the key phrase recognition can be modified with an threshold value.

#Custom dictionary in word android how to#

Here is the tutorial for how to create the pronunciations for each word in the dictionary.įinally, all assets need to be referenced in the assets/sync/assets.lst file, like so: models/lm/words.dic Here for instance it a dictionary for recognizing the words george JH AO R JH Remember that the md5 hash needs to be updated, each time you make a change to the dictionary. (E.g. Again, an MD5 hash has be created and stored. Inside your project’s src/main folder, create a directory path like this assets/sync/models/lm and store a dictionary, containing all the words you want to recognize.

#Custom dictionary in word android plus#

Inside your project’s src/main folder, create a directory path like this assets/sync/models/en-us-ptm and copy the following files from here and hereįor each file, an MD5 hash has be created and stored in a file with the same name, plus an “.md5” extension added (or look for the files and hashes in the git repo mentioned at the very end of this post.) 5. The app-level adle file needs to have the library added as a compile dependency: compile(name: 'pocketsphinx-android-5prealpha-release', ext: 'aar') 4. The top-level adle file needs to be modified so that the newly added library can be found and should now look like this: // Top-level build file where you can add configuration options common to all sub-projects/modules.Ĭlasspath ':gradle:2.3.3'

#Custom dictionary in word android archive#

Instead of compiling and packaging the PocketSphinx code into an Android Archive (AAR) locally on your development machine, simply download the Android library and put in the applications libs folder. Should the ListeningActivity be called again, it will again, patiently waits for the wake-up word to be uttered. The ListeningActivity will cleanup after itself, so that the Microphone for instance can be used, by any activity that follows.

The MainActivity, which will be started from the ListeningActivity, once the wake-up word was recognized.

The ListeningActivity that patiently waits for the wake-up word to be uttered.

The simple demo app has just two activities: The vibrate permission gets requested, so that we can briefly vibrate the phone, to indicate that the wake-up word was successfully recognized. Since the app needs to be able the use the microphone, and read and write to storage, the following tags have to be inserted into the AndroidManifest.xml file, just before the application tag. Let’s get started, by creating a simple project with Android Studio. Fortunately, there is PocketSphinx, a lightweight speech recognition engine, specifically tuned for handheld and mobile devices that works locally on the phone. Waiting is somewhat indeterministic, we don’t really know how long we have to wait, until the wake-up word gets spoken, which means using an on-line speech recognition service doesn’t sound like a good idea.

#Custom dictionary in word android full#

Imagine a scenario, where the android app is already launched and running in the foreground, just waiting for a user to say the wake-up word or phrase, to start the full experience, i.e., start the next activity. hot word) can be used inside an android app, to wake it up. In the following few paragraphs, I demonstrate, how a wake-up word (a.k.a. Following up with “open g mail” will launch the Gmail app on your phone, or saying “navigate home”, will open the Google Maps app, with the destination already set to your home address. With most modern Android phones, just saying the phrase “OK Google” will launch the Google assistant app, which is capable of answering simple questions, or functioning as a app launcher.