The cadence of TTS could quickly get out of sync with the utterances and their mismatched closed caption, so it might still take a lot of audio editing and tweaking in your video software even with labeled translated snippets.

The point being made is that if someone in a video speaks very quickly, and the TTS speaks normally, you will have a time mismatch, real time automated translation is a complex task and will require temporal adjustment to the audio as well as the translation itself, i.e. you may need to measure the length of the original speech and time stretch the TTS translation to match.


Translate Speak


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In the Translate app, you can translate text, voice, and conversations into any supported language. You can also download languages to translate entirely on a device, even without an internet connection.

Translation Hub is designed for organizations that translate a large volume of documents into many different languages. It is a fully-managed, self-service document translation service that uses both Cloud Translation API and AutoML Translation.

It utilizes machine learning to analyze your provided translated text pairs and develop a model that can translate new content in the same domain with a higher degree of accuracy than the standard Google pre-trained model.

For a simple translated transcript of a video or audio, Speech-to-text API transcribes your video or audio with high accuracy into a text file that can be translated by the Translation API into different languages.

Authorized business users sign in and request translations through a Translation Hub portal. These portal users might be localization managers or content creators who want to rapidly translate documents.

In this study, speech scientists and neurologists from UCSF recreated many vocal sounds with varying accuracy using brain signals recorded from epilepsy patients with normal speaking abilities. The patients were asked to speak full sentences, and the data obtained from brain scans was then used to drive computer-generated speech. Furthermore, simply miming the act of speaking provided sufficient information to the computer for it to recreate several of the same sounds.

The loss of the ability to speak can have devastating effects on patients whose facial, tongue, and larynx muscles have been paralyzed due to stroke or other neurological conditions. Technology has helped these patients to communicate through devices that translate head or eye movements into speech. Because these systems involve the selection of individual letters or whole words to build sentences, the speed at which they can operate is very limited. Instead of recreating sounds based on individual letters or words, the goal of this project was to synthesize the specific sounds used in natural speech.

By breaking down the problem of speech synthesis into two parts, the researchers appear to have made it easier to apply their findings to multiple individuals. The second step specifically, which translates vocal tract maps into synthetic sounds, appears to be generalizable across patients.

PowerPoint for Microsoft 365 can transcribe your words as you present and display them on-screen as captions in the same language you are speaking, or as subtitles translated to another language. This can help accommodate individuals in the audience who may be deaf or hard of hearing, or more familiar with another language, respectively.

You can choose which language you want to speak while presenting, and which language the caption/subtitle text should be shown in (i.e. if you want it to be translated). You can select the specific microphone you want to be used (if there is more than one microphone connected to your device), the position where the subtitles appear on the screen (bottom or top, and overlaid or separate from slide), and other display options.

Use Spoken Language to see the voice languages that PowerPoint can recognize, and select the one you want. This is the language that you will be speaking while presenting. (By default, this will be set to the language corresponding to your Office editing language.)

Use Spoken Language to see the voice languages that PowerPoint can recognize, and select the one you want. This is the language that you will be speaking while presenting. (By default, this will be set to the language corresponding to your Office language.)

You can choose which language you want to speak while presenting, and which language the caption/subtitle text should be shown in (i.e., if you want it to be translated). You can also select whether subtitles appear at the top or bottom of the screen.

Use Spoken Language to see the voice languages that PowerPoint can recognize, and select the one you want. This is the language that you will be speaking while presenting. (By default, this will be set to the language corresponding to locale of your web-browser.)

A common request over the years has been the ability to translate text into multiple different languages using a Nintex Worklfow. In this example, I've created a new Xtension that will interface with the Google Cloud Translate API, providing native translation services within your workflow. If you'd like to see a video walkthrough of this Xtension in action, please check out the embedded video below:

To start, I have configured my start event to be a form with two fields. 1) Translate Text (where the text I want to translate will be provided) and 2) an email (to send the recipient the translated text via email).

Next I'll configure the Translate Text action. You will configure your connection using an account with access to the Google Cloud Project, and it will use Oauth to authenticate. In this action I've configured the 'Text to translate' using the start event variable. You'll notice that this provides us with the ability to add multiple items for translation. The Google Cloud Translate API allows for multiple pieces of text to be translated during one call to the API. We are using the Advanced preview of the Complex Object User interface for this action. Beyond that, we've configured the language as Spanish using the ISO-639-1 Language code. For available languages, please see the Google Language documentation.

Now that the translate text action is configured, we'll need to grab the information and send it out. In this example, we are using the 'Loop for each' action to get the translated text. This will be configured with the 'Translations' collection that was stored in our object. This helps in two ways, 1) it will pull the object (detected language and translated text) for each value that was translated, and 2) it provides a consistent way to get the data out of the object structure.

Now that we've configured the loop, we can either set variables for each piece of text we've translated or we can send the email. In this instance, because it is just the one variable, we will nest the email action within the Loop. I've configured the email to use the email we configured in the start event as the send to, and I've configured the body of the email to use the values for the translated text and detected source language.

The topic "Technology Solutions for Business" encompasses a broad range of tools and applications that can help companies streamline their operations and improve their bottom line. One such solution is the Google Cloud Translate extension, which allows businesses to quickly and easily translate text from one language to another.

With the Google Cloud Translate extension, businesses can communicate with customers and partners in multiple languages, opening up new markets and opportunities. This technology solution can be especially useful for companies that operate globally or have customers and employees who speak different languages.

The Google Cloud Translate extension is designed to be user-friendly and easy to use. It integrates seamlessly with popular tools like Nintex, allowing businesses to translate content within their existing workflows. This makes it a valuable tool for businesses that need to translate documents, emails, and other communications quickly and accurately.

please pm if interested in helping out with the language, i didnt expect so many people viewing this and interested so this is starting to be too much for one guy, mainly it involves finding suitable phonetic alphabet words and just updating the language and maybe adding some language rules, also needed is someone who is Mexican or of Spanish decent who is fluent in Spanish to help check the translations as i'm just a american whos better at German and has been using Google translate, and someone who knows html or batch to help with the offline version, if you know java thats better, my java coding is rusty at best, Cheers!

Kerbal speech is Spanish played backwards. If you were to download one of Squad's trailers (like the mission control one, or the one where they revealed they got onto Steam) and reverse it, the voices would (in theory) be understandable to anyone who speaks Spanish.

Like the English, Spain believes their former colony has 'run down' or 'degraded' their mother tongue into a lesser beast. That belief, of course, does not go over well in the now independent- and occasionally more powerful and influential- colony; they believe that they speak the language in a perfectly acceptable manner. ff782bc1db

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