41 results about "Music synthesis" patented technology

A portable electronic device having a screen and a numeric keypad, comprises: a sound card for processing sound signals to produce musical tones; a musical synthesizer, associated with said sound card, for electronically synthesizing musical instruments; and a user interface for interfacing said musical synthesizer to a user via said screen and said numeric keypad. The device can be a cellular telephone and may be able to interact with other devices.

The invention relates to a music synthesis system for synthesizing a corresponding digital music output according to commands from a music data file. The music data file comprises a plurality of music data units. Each music data unit records related information of the music. The music synthesis system comprises a wavetable, a memory, a music analyzer, a wavetable preprocessor, and a synthesizer. The wavetable pre-stores the digital sampling data. The memory has a predetermined memory capacity for storing data. The music analyzer receives the music data file, analyzes the music data units of the music data file, and generates a corresponding analysis result. The wavetable preprocessor selects the digital sampling data with relatively greater importance in the wavetable and stores the selected digital sampling data in the memory. The synthesizer selects the digital sampling data from the memory and synthesizes the digital music output.

A method dynamically allocating voices to processor resources in a music synthesizer or other audio processor includes utilizing processor resources to execute vector-based voice generation algorithm for sounding voices, such as executed using SIMD architecture processors or other vector processor architectures. The dynamic voice allocation process identifies a new voice to be executed in response to an event. The combined processor resources needed to be allocated for the new voice and for the currently sounding voices are determined. If the processor resources are available to meet the combined need, then processor resources are allocated to a voice generation algorithm for the new voice, and if the processor resources are not available, then voices are stolen. To steal voices, processor resources are de-allocated from at least one sounding voice or sounding voice cluster.

The invention relates to a music synthesis method and a system. The method comprises the following steps of acquiring sound information to be synthesized, and according to the sound information to besynthesized, acquiring a corresponding linear prediction coefficient; according to the linear prediction coefficient, acquiring a linear prediction filter of the sound information to be synthesized; receiving music input information, and according to the music input information, acquiring music information to be synthesized; and according to the music information to be synthesized and the linear prediction filter, carrying out coding and synthesis and acquiring synthesized music. For the sound information to be synthesized, the corresponding linear prediction coefficient only needs to be acquired so that the corresponding linear prediction filter can be acquired and is taken as a sound production model. Compared with a traditional method of adopting a wavetable file, by using the method ofthe invention, an audio wave property file does not need to be stored and the sound information to be synthesized and the music information to be synthesized can be effectively synthesized, a storagecapacity can be effectively reduced and simultaneously music synthesis efficiency is increased.

The disclosure relates to a method and apparatus for creating and synthesizing music. The disclosed method comprises obtaining at least one image including at least one object related to at least one first musical instrument, identifying a user input associated with the at least one object, mapping the at least one object to at least one second musical instrument, and generating sound based on the user input and sound data of the at least one second musical instrument.

The invention discloses an automatic composition system and method for note vectors based on contextual information, and the method comprises the following steps: firstly carrying out the preprocessing of an MIDI music file through an MIDI music preprocessing module, and extracting a main melody note sequence comprising two phonemes: pitch and pitch; sending the main melody note sequence to a notevector coding module, wherein the module is used for training and generating a note vector with contextual information, the note vector with the contextual information enables subsequent compositionnetwork note prediction accuracy to be improved, and meanwhile the generated note vector is used for representing a main melody note sequence again; then, using the main melody note sequence which isgenerated by the note vector encoding module and represented by note vectors as training data to be sent to the automatic composition network module, wherein the module is used for generating a note sequence to be composed; and finally, restoring the note sequence to be composed into an MIDI format through an MIDI music synthesis and playing module, and playing the note sequence.

The invention discloses a background music synthesis method and device and electronic equipment, and relates to the technical field of audio and video processing. The method comprises the steps that under the condition that music synthesis operation is detected on an audio and video production interface, the display size of the audio and video production interface is reduced, and a background music selection interface is displayed; under the condition that music selection operation is detected on the background music selection interface, the selected target music serves as background music tobe synthesized into a target audio and video, and the target audio and video is the audio and video displayed on the audio and video production interface. The background music can be quickly added.

An oscillator for digital music synthesis that provides a smooth waveform that is rich in harmonic content and whose shape is continuously and dynamically variable over a wide range of harmonically rich shapes. The oscillator is efficient in that it generates the shapes in a time consonant with sampling rates commonly used in music synthesis, and is generally free of discontinuities which would otherwise create audible alias components on subsequent signal processing.

The embodiment of the invention discloses a music synthesis method and device, electronic equipment and a computer readable medium. One specific embodiment of the method comprises the steps of synthesizing lyrics based on a currently displayed lyric template and at least one word input by a user according to the lyric template; generating labels of music features and language features based on thelyrics and the melody of the preset background music; generating a target dry sound based on the labels of the music features and the language features; and synthesizing music based on the target drysound and the preset background music. According to the embodiment, the user can participate in lyric filling, and music is generated according to the lyric filled by the user.

The invention discloses an audio generation method and device and a storage medium, and belongs to the field of electronic technology application. The method comprises the steps of: in an audio configuration interface, receiving a first audio generation instruction triggered by a user, enabling the first audio generation instruction to carry a target text, a first audio parameter and a first musicidentifier, and enabling the first music identifier to indicate first background music; converting the target text into a first audio according to the first audio parameter; acquiring first background music from a background music library according to the first music identifier; and synthesizing the first audio and the first background music to obtain a first target audio. According to the invention, the flexibility of audio generation is improved.

Systems, methods, and apparatuses may be used to determine fretted positions associated with a stringed instrument. Stringed instruments may be used for interfacing with at least one musical synthesizer interface. A specially-modified stringed musical instrument or system applied to a stringed musical instrument may be used to determine where a guitarist is pressing guitar strings against guitar frets (e.g., ‘stopped positions’ or ‘fretted positions’) without resorting to sending electrical current down the strings or having segmented frets. Special techniques may be used to determine when a pluck of a string occurs. A guitarist may be allowed to play a guitar in a normal manner and control a musical synthesizer or other sound generating device with the same level of predictability that keyboard players have enjoyed for years.

An interactive voice response method and system comprising a VoiceXML browser for processing an interaction with a user. A music score (for example a MIDI file) describing background music for playing during the interaction, and a music synthesizer for generating background music from the music score and from acoustic parameters are included. Acoustic parameters are generated whereby the music synthesizer may be controlled independently of the music score to change the audio environment during an interaction.

The disclosure relates to a method and apparatus for creating and synthesizing music. The disclosed method comprises obtaining at least one image including at least one object related to at least one first musical instrument, identifying a user input associated with the at least one object, mapping the at least one object to at least one second musical instrument, and generating sound based on the user input and sound data of the at least one second musical instrument.

The invention discloses a model generation method, a music synthesis method, a system, equipment and a medium, and the model generation method comprises the steps: splitting a music segment into a plurality of notes which are continuous in time sequence; processing the music clips to obtain a fundamental frequency matrix and a note density matrix corresponding to each note; splicing the fundamental frequency matrix and the note density matrix to generate a first spliced matrix; and inputting the first splicing matrix into a model comprising a plurality of recurrent neural network layers and a plurality of linear layers for training so as to generate a note prediction model. According to the model generation method provided by the invention, the fundamental frequency matrix and the note density matrix are used as feature data, the feature data are input into the model constructed by the recurrent neural network layer and the linear layer for training, the model is simple in structure and low in training difficulty, the training speed of the model is increased, and the training time is shortened.

The invention discloses a method for synthesizing a video MV by music based on self-supervised learning, and the method comprises the following steps: 1, separating an audio stream and a video streamfrom an existing material library; 2, extracting people, actions, expressions and scene information from the video by using a deep learning technology based on video understanding; 3, automatically classifying the voiceprint information according to the rhythm of the music; 4, separating voices, musical instruments, accompaniments and lyrics from the music; 5, synchronizing audio and video relatedfeature information by a timestamp in the video file; 6, learning corresponding video information according to the music features to form a mapping relationship between music and videos; 7, inputtingany piece of music, and synthesizing a corresponding video MV; according to the invention, a proper video clip can be automatically matched and selected from massive existing video data, music is mapped to generate a corresponding short video MV, and more intuitive visual impact and more vivid auditory experience are provided for a user.

In a portable communication terminal device, a transmitter and a receiver perform transmission and reception of messages. The tone generator generates a sequence of tones to play the musical melody of the song associated with the transmitted and received messages. Set the music synthesizer so that a theme composed of rhythm and pitch is input, and the music melody of a song is synthesized based on the input theme. The music synthesizer can automatically input the rhythm and key of the theme melody. The display device displays the input theme melody as a sequence of beat points for editing.

The invention discloses an intelligent composition system. The system comprises a natural scale phoneme dial plate module: an arrangement dial plate of basic notes; a musical range phoneme music score plate module: a musical range phoneme arrangement dial plate; a solfeggio and sound-string module: a solfeggio and sound-string arrangement dial plate; a music synthesis module used for combining the elements and the basic notes in the parameter module; an input module used for inputting a corresponding instruction; the parameter module used for providing a plurality of rhythm, tune, harmony, strength, speed, tune, tune, texture and timbre elements by adopting a combined coding mode; and a neural network module used for training the music acquired by the acquisition module into corresponding elements. According to the method, the corresponding music can be generated according to the randomly input basic notes, so that people without a music basis can compose the music, meanwhile, people with the music basis can quickly compose the music; and an effective auxiliary tool is provided for the composer, and music learning and teaching are integrated and serialized.

The invention discloses a wave table synthesis technology, relates to the technical field of wave tables, and aims to solve problems that a music synthesis system can only synthesize music, the overall function is relatively single, and overall practicability is reduced. The wave table synthesis technology is characterized by comprising a synthesis system body, wherein the synthesis system body internally comprises a data input module for receiving song information, a wavetable input module for inputting sound, a wavetable processing module for converting the wavetable information, an information storage module for recording wavetable data, a data processing module for converting song and sound data, an information comparison module used for song wave table comparison, a playing module used for playing the conversion information, and a data storage module used for recording the song information. The wave table synthesis technology is advantaged in that synthesis system body effects of inputting and retrieving the plagiarism songs in multiple input modes and multiple types of wave tables are achieved.

A music composition system for composing music segments comprises: a computer interface comprising at least one external input for receiving from an external device a request for a musical composition; a controller configured to determine based on a request received at the external input a plurality of musical parts for the musical composition; and a composition engine configured to generate, foreach of the determined musical parts, at least one musical segment in digital musical notation format, the musical segments configured to cooperate musically when performed simultaneously. The computer interface comprises at least one external output configured to output a response to the request, the request comprising or indicating each of the musical segments in digital musical notation formatfor rendering into audio data at the external device.

The invention is suitable for the technical field of image processing, and particularly relates to a rural short video one-key editing method and system, and the method comprises the steps: obtaining video source data, carrying out the preprocessing, and obtaining the preprocessed video data; adjusting audio track information in the preprocessed video data to obtain repaired audio track data; identifying the preprocessed video data, and editing the preprocessed video data according to an identification result to obtain edited video data; screening background music from a preset music library; and synthesizing a short video according to the repaired audio track data, the edited video data and the background music. According to the method and the system, the video source data is preprocessed, the picture and the audio track are independently repaired, the audio track is correct, the picture is clear, the wonderful parts are screened out through content recognition, and therefore the edited video data is synthesized, editing, adjustment and music matching of the video can be automatically completed, only the wonderful segments are extracted, the quality of the short video is greatly improved, and the impression experience is improved.

The invention discloses an educational teaching aid with an electronic music synthesizer for children, and relates to an electronic music synthesizer child intelligence development teaching aid. The electronic music synthesizer child intelligence development teaching aid is characterized in that the PCB is provided with four connecting circular holes; eight nylon columns pass through the PCB; thenylon column with diameter of 3MM, length of 18MM and 6MM thread at the top end is connected with a double-pass nylon column with back surface diameter of 3MM and length of 24MM through four circularholes at the edge of the PCB; a circuit board is fastened in the middle, the back double-pass 24MM nylon column connecting bottom plate is connected with a machine tooth screw with the diameter of 3MM; the tail end of the 18MM long nylon column is connected with a top plate and is connected with a 3MM machine tooth screw; wherein an interface groove with a specific shape is formed in the bottom plate; two long side plates and two short side plates are provided; the long side plates and the short side plates are directly clamped into the corresponding interface grooves in the bottom plate through the corresponding convex parts; the top plate is provided with an interface groove with a specific shape; the top plate is directly clamped into the corresponding convex parts of the long side plate and the short side plate through the corresponding interface grooves; the electronic music synthesizer child intelligence development teaching aid has the beneficial effects that the design principle is novel, the structure is unique, the debugging is convenient, the learning is integrated, the commercial prospect is very wide, the relevant technical blank can be filled up, and greater social benefits and economic benefits can be generated.

The invention relates to the field of digital signal processing, and discloses a digital music synthesis method and device for pulsar signal control, and the method comprises the steps: building an automatic encoder model, training the automatic encoder model, obtaining the trained automatic encoder model, and obtaining a pulsar signal, performing feature extraction on the signals of the plurality of pulsar by using a fundamental frequency encoder and a loudness encoder to obtain the feature representation of the pulsar; and performing a digital music synthesis task of pulsar signal control on the audio signal of the music according to an automatic encoder model and the pulsar characteristic representation. According to the method, a deep convolutional neural network model is used for extracting fundamental frequency features, an A-weighted power spectrum is used for obtaining loudness features, a least square method is combined for solving a multivariate linear equation set, a control weight signal of pulsar signals is obtained, the contribution of each pulsar in the music synthesis process is displayed in real time, the model parameter scale is effectively reduced, and the music synthesis efficiency is high.

The invention relates to the technical field of artificial intelligence, and discloses a Buddhist music generation method and device, equipment and a storage medium. According to the method, after discretization and one-hot coding are carried out on a digital file of Buddhist music, the digital file is input into a 3-gram mLSTM model for vector calculation, then gradient descent back propagation operation is carried out on the calculated vector, and Buddhist music corresponding to the digital file is generated. and after one-hot encoding is carried out on discrete features, the features of each dimension of the encoded features can be regarded as continuous features, so that the continuity after digital file processing is ensured, the over-fitting processing is avoided, the synthesis accuracy is improved, the music synthesis efficiency is effectively improved, the interestingness of the synthesized music is enhanced, and the applicability is higher.