Cecilia is an audio signal processing environment aimed at sound designers. Cecilia mangles sound in ways unheard of. Cecilia lets you create your own GUI using a simple syntax. Equalizer APO is a parametric / graphic equalizer for Windows. It is implemented as an Audio Processing Object (APO) for the system effect infrastructure introduced with Windows Vista. Audio Processing Software IntelliMix® Room the first audio processing software fully optimized for Shure conferencing microphones. Simply download and deploy to in-room Windows 10. You can use audio editing software for creating sound for videos, producing audio samples, or manipulating digital voices for things like automated messages. These are very versatile programs, and while some offer certain features for free, most require a payment or subscription to access. Audacity is an easy-to-use, multi-track audio editor and recorder for Windows, macOS, GNU/Linux and other operating systems. Developed by a group of volunteers as open source.
FREE ASSESSMENTREQUEST FREE DEMOResearch-validated software for auditory processing
Fast ForWord is brain training software that targets auditory processing disorder (APD), the most common source of reading and learning issues.
Developed by world-renowned neuroscientists, Fast ForWord harnesses the power of brain plasticity — the ability of the brain to respond to exercise and improve function — to target auditory processing delays and help children become better listeners, learners and readers.
The Science Behind Fast ForWord
Founding scientist and cognitive researcher, Dr. Paula Tallal, was one of the first to connect reading to language processing delays. Her early research studies found an almost perfect correlation between struggling readers and children who could not accurately identify and sequence sounds at high speed. It makes sense. Children who cannot pick out the small sounds, the phonemes, that make up words will struggle to read. How take screenshot laptop.
This discovery lead to the idea of Fast ForWord for auditory processing. Dr. Tallal and 3 other founding neuroscientists reasoned that if auditory processing could be strengthened with the stimulation, it would significantly improve language, learning and reading. They spent the next 20 years developing a series of cognitive and processing exercises, launching Fast ForWord for auditory processing in 1997.
Fast ForWord is a second chance to learn how to process languageReal-time Audio Processing Software
The concept behind Fast ForWord is simple. It finds the student’s processing level and then builds speed and complexity in tiny, incremental steps, not unlike how a child learns to hit a baseball.
Students make hundreds of sequencing and sound discrimination decisions in quick succession. It adds speed and complexity, building to the auditory processing efficiency required for reading.
This approach is very different to how children have to learn to learn language in the real world. When they are babies, parents instinctively talk slowly, but once they are 2-3 years of age, everyone talks at natural language speed. If a child is not processing at natural language speed, too bad. His window to improve auditory processing, the foundation for all future learning, is closed.
Fast ForWord gives these children a second chance. It slows language down and helps them build auditory processing skills at their own pace.
Fast ForWord helps auditory processing delays by creating a cognitive foundation first (takes 2-3 months), and then with a reading series, which has elementary, middle and high school-level programs.
Neuroscience principles
Fast ForWord is based on established neuroscience concepts that promote improved brain function in a relatively short period. These principles help create new neural connections, improved learning.
Fast ForWord Research For APD
Over 70,000 students, mainly struggling readers, have been part of highly scrutinized scientific studies, and 700+ scientific articles have been written about Fast ForWord, many focused on APD. The study results have been overwhelmingly positive.
![]() OmniaSST Audio Processing Software
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OMNIASST AUDIO PROCESSING SOFTWARE OVERVIEW
This full-featured, professional audio processing software transforms Windows PCs into high-end audio processors. Based on a powerful processing engine designed by Hans van Zutphen, OmniaSST is the first processor to support the Telos Alliance's revolutionary Omnia µMPX® codec. Omnia µMPX, a specialized codec purpose-built for FM radio, is able to transport high-quality Multiplexed FM signals over a small 320kbps data pipe. Reduced data requirements mean high-quality multiplexed audio and RDS signals can be directly routed over IP from your processor into a decoder application, opening up tremendous possibilities for efficient MPX audio transport.
Omnia SST audio processing software is the only processor with the 3 Ds for your audio needs: Declipper, Delossifer, and Dehummer. With Declipper, OmniaSST repairs incoming audio, optimizing it before it hits compression, limiting, and final processing stages, Delossifer repairs the sound of lossy compressed audio such as MPEG2/MP3 material. While Dehummer removes unwanted sounds such as 50/60 Hz hum from bad cables. These remarkable pre-processing tools result in clean, loud, and open sound.
Finally, OmniaSST audio processing software includes purpose-built Omnia presets, FM pre-emphasis, stereo and RDS encoding, and shares the same FM reception-improving composite final clipper as found on the Omnia 9SG. Using an i7 class processor, latency can be reduced to as low as 5ms. A streamlined, HTML-5 based GUI means easy, intuitive operation.
Roland R-mix Audio Processing Software
Ready to get started? Request a demo or Purchase from the Minnetonka Audio WebShop.
OMNIASST AUDIO PROCESSING SOFTWARE FEATURES
Audio Processing Features
Audio Processing Software Free
FM Transmitter Features
OmniaSST audio processing software is the first product to generate and decode Omnia’s proprietary µMPX™ multiplex audio codec, allowing you to transport high-quality Multiplexed FM signals over a small 320kbps data pipe, slashing bandwidth needed for MPX by 83%! Reduced data requirements mean high-quality multiplexed audio can be economically routed from an audio processor, over IP, and directly to a decoder application, opening completely new possibilities for studio to transmitter links.
µMPX includes stereo and RDS data, which can be sent to the FM transmitter using a good-quality 192kHz capable sound card. No separate hardware stereo coder or hardware RDS encoder is needed.
The following FM transmitter specific options are provided:
Free Audio Processor Software
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