Patents / Applications
To enquire about these patents & patent applications, please contact Prof Mark Sandler.
Time-varying and nonlinear audio processing using deep neural networks
The present invention relates to audio processing, in particular audio processing using deep neural networks. This invention is on a general-purpose deep learning architecture for audio processing in the context of audio effects modeling. In this way, given an arbitrary audio processor, a neural network may learn and apply the intrinsic characteristics of this transformation. The architecture is capable of recreating the sound, behaviour and main perceptual features of various types of audio effects.
Filing date: May 12, 2020
Application Number: PCT/GB2020/051150
Method and Apparatus for Music Collection Navigation
This application describes the means to effectively navigate and interact with a user’s digital music collection or a computer generated music playlist by using 3D audio technology. This is achieved when several songs played simultaneously as if they were originating from different spatial locations. The user can then easily navigate around the 3D virtual sound space, listen briefly and select the song of choice by pointing and/or tilting a handheld device (eg. Wii, iPhone).
Filing Date: August 20, 2009
Application Number: GB0815362.9
This application desribes a technique to maximise the allowable gain of a changing linear system. The method automatically calculates the appropriate gain that should be applied to a system with changing frequency response. The method is particularly useful for mixing engineers, who have to continually revise their gain structure in order to maximize gain before feedback. The system differs from other feedback cancellation methods in that it introduces no audible artifacts which would distort the sound.
Filing Date: June 13, 2008
Application Number: GB0808646.4
This application covers means for incorporating semantic audio analysis (such as tempo, key, melody) within the work-flow of the recording process. It is envisioned that such systems will add musical intelligence to the standard pattern of working in the creation of music (i.e. in home and professional studios), and simplify the use of complicated tools.
Filing Date: 2 May 2007
Application Number: GB0708494.0
Harmonic Sinusoids UK
This application deals with means to analyse harmonic signals such as those from musical instruments. It allows for some in-harmonicity, such as is typical in real-world instruments. The application also describes how this analysis can be turned to deeper musicological use, such as understanding better how a particular singer creates a vibrato, and for creative uses, such as modifying the timbral composition of one or more notes, changing their pitch, and so on.
Filing Date: 2 May 2007
Application Number: GB0708495.7
Filing Date: 15 December 2006
Application Number: GB0625099.7
Filing Date: 2 October 2006
Application Number: GB0619392.4
A mechanism for the detection and removal of limit cycles in the operation of sigma delta modulators
UK patent filed July 18th 2005; US patent 11/995804, filed 15th January 2008
Spreading codes generation method
European patent PCT/EP2007/063080, filed Jan. 16, 2008
System to detect unauthorized signal processing of audio signals
Filing Date: 25 April 2001
Application Number: GB0110132.8
Method of labelling a multi-frequency signal
Filing Date: 2 February 2000
Application Number: GB0002259.0
Method of scrambling a signal
Filing Date: 21 January 2000
Application Number: GB0001286.4