85 results about "Mixed mode" patented technology

The invention discloses a power coupling-considered capacity ratio estimation method for a network-constructing / network-following multi-machine hybrid system, and the method comprises the steps: building a GFL-GFM hybrid system model, combining VSG power coupling small signal modeling and a dynamic relative gain matrix (DRGA), and quantifying the coupling strength of active / reactive power to output voltage; the frequency domain impedance characteristic of the GFM converter is simplified, and an ideal voltage source series equivalent reactance equivalent model is constructed; deriving an analytical relationship between a generalized short-circuit ratio (gSCR) and a capacity ratio based on the model, and generating a ratio formula in combination with engineering boundary sub-scenes to form a ratio range suitable for multiple scenes; for coupling time-varying characteristics, a closed-loop mechanism of'mixed mode-coupling sensing-correction calculation-execution feedback 'is constructed, and the ratio is dynamically adjusted. According to the method, coupling quantization and multi-machine coordination control are deeply fused, the problem that the external characteristic model precision and the multi-working-condition adaptability are difficult to consider under complex environment coupling is effectively solved, and the engineering applicability of the hybrid fan system is enhanced.

The invention discloses a large language model output quality guarantee method, device and system based on chain type deterministic reasoning verification, and belongs to the field of artificial intelligence safety, deterministic calculation and reasoning verification. The method comprises the following steps: classifying each reasoning step generated by LLM into a deterministic step (bT: deductive reasoning, verified facts and mathematical proof) or a non-deterministic step (bF: inductive reasoning, unverified references and creative guess), and accumulatively constructing a reasoning chain; chain certainty verification chain (chain) = foldr (AND, true, chain) and time complexity O (n) are carried out in each k steps; if the bF is returned, a chain pollution elimination theorem is applied to prove that once the chain contains non-deterministic steps, the whole chain loses deterministic guarantee; and a deterministic boundary report is generated, and a non-deterministic initial position is marked. The device comprises an inference classifier, a reference verifier, a mathematical checker and a chain verification engine, and all the modules can be independently realized (formalized verification / database query / rule engine / mixed mode).

The invention belongs to the technical field of composite material structural mechanics and computational mechanics, and particularly relates to a composite material fan blade composite crack propagation simulation method, program and equipment and a storage medium. According to the method, key rotation and a failure judgment criterion based on a key deflection angle are introduced into the conventional state near-field dynamic model, so that the crack propagation behavior of the composite material under the shear or mixed mode load can be more accurately captured and simulated. According to the flat plate mapping method, the improved PD model suitable for the flat plate is successfully expanded and applied to the fan blade airfoil section, the problem of complex geometric modeling is solved, and the flat plate mapping method is suitable for complex geometric structures. According to the method, a near-field dynamics method is adopted, crack paths do not need to be preset or grid reconstruction does not need to be carried out, and complex expansion behaviors such as spontaneous bifurcation and merging of cracks can be naturally simulated; the PD model can be used for meticulously describing the mechanical behaviors and crack evolution of each layer and interlayer in the laminated plate, including intra-layer cracking and interlayer layering.

A mixed-mode operation method is applied to a DC power converter. The DC power converter receives an input voltage, and the input voltage is between a minimum voltage and a maximum voltage. The method includes steps of: operating the DC power converter in a SRC mode when the input voltage is greater than a lower threshold voltage and less than an upper threshold voltage; operating the DC power converter in an LLC mode when the input voltage is less than the lower threshold voltage; operating the DC power converter in the LLC mode when the input voltage is greater than the upper threshold voltage.

The invention provides a mixed-mode beat control method and system for a press in a continuous stamping production line, and relates to the technical field of industrial automation control, and the method comprises the steps: determining a cooperative control standard, an operation safety boundary and a control technical index through obtaining related data of the continuous stamping production line; on the basis, the initial phase interval of a sliding block of the target press switched to the discontinuous mode is adjusted, a target phase interval is obtained, and a data transmission channel among all the presses, the mechanical arm and the robot in the continuous stamping production line is established; first operation state data of all the presses, the mechanical arm and the robot are collected through the channel, so that the actual operation rhythm of the mixed mode of the presses in the continuous stamping production line is adjusted, the adjusted rhythm is obtained, the continuous stamping production line can operate according to the continuous mode after any press is switched to the discontinuous mode, and the continuous stamping production line can operate according to the continuous mode. And the self-adaptive coordination of the whole-line rhythm in the mixed mode of the press is realized.

The invention relates to the technical field of unmanned site modeling, and particularly discloses an intelligent modeling method, device and system for an unmanned site digital twin model, and the method comprises the steps: carrying out the construction of the digital twin model of an unmanned site through the data of an unmanned site and the basic environment around the unmanned site; and then optimizing the unmanned station digital twin model based on deployment data of an actual scene corresponding to each grid in the established unmanned station digital twin model, namely, following a mixed mode of combining mechanism modeling and data-driven modeling, and taking a physical model as a framework. And the parameters of the digital twin model of the unmanned station are calibrated by using real-time data, and the precision and generalization ability are balanced, so that the construction accuracy and reliability of the digital twin model of the station are improved, and the real-time monitoring accuracy and reliability of the coverage area of the station in a complex environment are improved. Therefore, the accuracy and timeliness of task dynamic planning, reconstruction and bookbinding are higher, so that when tasks need to be executed, the control accuracy and efficiency of single task and multi-task cooperation in the site can be improved, the possibility of task planning again is reduced, and the task scheduling efficiency and accuracy are improved.

The disclosure describes systems and methods for mixed‑mode, mixed‑precision computation using a configurable compute engine for vector–matrix operations. A processing system selects an operating mode including at least a floating‑point mode or an integer mode for the compute engine. Operand storage and format preprocessing route differently sized element representations through shared lanes. In floating‑point mode, compute circuitry generates a mantissa product and a product exponent, and alignment applies power‑of‑two control through a selection network, including as part of a fused multiply‑accumulate path. Parallel adder trees feed a hierarchical output accumulator sized to the selected precision. Normalization operates at a wider intermediate precision, applies block‑level scaling with dequantization, and, in lower‑precision operation, performs groupwise normalization with an intermediate‑precision combine to preserve a constant compute‑block size. Implementations integrate the compute engine within a memory macro with double buffering or deploy the compute engine as a standalone accelerator.

This invention provides a remote key injection method, system, and POS machine. The method includes: sending a connection request to a key distribution host, the connection request including device capability information and / or key requirement information; receiving response information sent by the key distribution host, the response information including a first ciphertext obtained by encrypting a working key based on a first transmission key, or a second ciphertext obtained by encrypting the working key based on a second transmission key, or a third ciphertext obtained by encrypting the working key based on a first transmission key and a second transmission key; and decrypting the ciphertext to obtain the working key. This scheme is compatible with devices supporting TR34, devices supporting ECKA, and devices supporting mixed mode. The server can automatically select the most efficient or most secure protocol for interaction based on the algorithm capabilities reported by the device, greatly improving the efficiency, security, and flexibility of key distribution.

The invention discloses a multi-dimensional time sequence anomaly detection method and device based on an adaptive generative adversarial network, and a storage medium, and belongs to the technical field of artificial intelligence and data security. The core of the method is to construct an adaptive generative adversarial network comprising a signal reconstruction generator and a signal filtering discriminator. The generator adopts an LSTM (Long Short Term Memory) and Transform mixed encoder, effectively fuses short-term local features and long-term global dependence of a time sequence, and realizes high-precision reconstruction of a normal data mode. The discriminator innovatively integrates an adaptive threshold filtering (ATF) module, can automatically recognize and filter potential abnormal samples in training data before training, and reduces the influence of abnormal pollution. Meanwhile, a self-adaptive dynamic weighting loss function is designed, and the weight of a training sample is dynamically adjusted, so that a generator focuses on learning of a high-confidence normal sample. The method has the beneficial effects that the robustness of the model in a training set impure scene is remarkably improved, the problems that in the prior art, complex time sequence dependency relationship capture is insufficient, and the method is sensitive to abnormal pollution are solved, experiments on a plurality of public data sets show that the detection precision F1 and stability of the method are superior to those of an existing mainstream method, and the method is suitable for popularization and application. The method is especially suitable for industrial equipment monitoring, network security and other complex real scenes. The invention further correspondingly provides electronic equipment and a computer readable storage medium for implementing the method.

Certain aspects of the present disclosure generally relate to electronic circuits and, more particularly, to digital-to-analog converters (DACs). One example apparatus for digital-to-analog conversion generally includes: a first multiplexer comprising a first input coupled to a first data input of the apparatus and a second input coupled to a second data input of the apparatus; a first DAC having an input coupled to an output of the first multiplexer; and a first set of switches coupled between an output of the first DAC and a respective one of a first set of load circuits.

The invention relates to the technical field of transmission, and provides a data transmission method and system for a satellite Internet of Things, and the method comprises the steps: determining the frequency domain sub-band range and channel utilization rate of each service according to the broadcast information of a satellite; checking the sub-band channel utilization rate in the target range according to the length of the to-be-transmitted service data; determining an access sending mode of the to-be-transmitted service data according to the sub-band channel utilization rate of the target range and a preset transmission threshold; the access sending mode is a mixed mode including data direct transmission, two-step random access and reselection of sending sub-bands. According to the invention, resource allocation can be optimized, the ground terminal access efficiency and the resource utilization rate are improved, and massive terminal access and efficient data transmission are realized.

The invention aims to solve the technical problems that a hemispherical resonator gyroscope in the prior art is difficult to adapt to a high-dynamic environment, cannot realize full-circumferential high-precision measurement and is insufficient in anti-interference capability, and provides a three-axis inertially stabilized platform system based on a full-angle mode hemispherical resonator gyroscope and a control method thereof. The system adopts a three-axis two-frame structure, and the method adopts a Y-axis stable control loop and an XZ double-axis stable control loop to realize three-axis stable control of the inertially stabilized platform; a stable control loop adopts a double-loop control mode of'a rate inner loop + a position outer loop ', angle change information sensed by a corresponding hemispherical resonator gyroscope is calculated by a correction network to generate a driving signal, a corresponding torque motor is driven to generate an electromagnetic torque for counteracting an interference torque, and the method can isolate the disturbance caused by the movement of a carrier; a six-position calibration method of a mixed mode is invented based on the stable control loop, and the method is characterized in that the gyroscope is stabilized at the optimal standing wave angle position during stable acquisition, so that the optimal measurement precision of the gyroscope is exerted.

The invention provides a honeycomb chessboard array broadband RCS reduction metasurface device, and relates to the field of electromagnetic signal detection, the method comprises a metal grounding layer, a unit layer and a packaging layer, the unit layer is arranged on the metal grounding layer, the unit layer comprises a first type of metasurface unit and a second type of metasurface unit, and the packaging layer is arranged on the first type of metasurface unit and the second type of metasurface unit. The first type of metasurface units and the second type of metasurface units are arranged in a mixed mode according to a specific period rule, the first type of metasurface units comprise a plurality of first patch units, each first patch unit comprises a plurality of first rectangular metal patches, and the second type of metasurface units comprise a plurality of second patch units. Each second patch unit comprises a second rectangular metal patch and a third metal patch, the third metal patch surrounds the second rectangular metal patch, the shape of the third metal patch is a semi-hexagonal ring, and the packaging layer is arranged on the unit layer. Through the first type of metasurface units and the second type of metasurface units, it is ensured that efficient and stable radar cross section (RCS) reduction performance is achieved within the X-waveband range.

The invention relates to an experimental device and method for testing the fracture energy release rate of an adhesive in a mixed mode, and solves the technical problems of complex structure, discontinuous mode mixing ratio adjustment, tedious data processing and lack of universality in the prior art. The device comprises a bearing beam, a base, a first displacement sensor and a second displacement sensor. The bearing beam is provided with an upward moving adjusting piece, a first loading piece and a second loading piece, the lower end of the second loading piece is connected with an upper loading hole in one end of the upper cantilever beam, and the lower end of the first loading piece abuts against the middle position of the upper cantilever beam; the base is provided with a first fixing seat and a second fixing seat, the upper end of the second fixing seat is connected with a lower loading hole in one end of the lower cantilever beam, and the upper end of the first fixing seat abuts against the other end of the lower cantilever beam; a main control board is arranged on the base and electrically connected with the first displacement sensor and the second displacement sensor.

The invention provides a micro-grid internal lightweight semi-quantum communication method, which comprises the following steps: establishing a shared identity authentication key through an SQKD protocol, and generating a quantum sequence; the DERs receive the quantum sequence, interact with the MGCC to verify the identity of the DERs, and dynamically update an identity authentication key at the same time; the DERs inserts a classic state and an original quantum state into the quantum sequence to verify the identity of the MGCC and confirm a final key for communication; after the identity verification of the MGCC and the DERs is passed, communication is carried out through the final key; identity verification is conducted regularly, and communication real-time safety is achieved. Through the MGCC + DERs mixed mode, while the hardware cost is reduced, quantum-level encryption transmission of micro-grid control signals is realized based on SQKD and a bidirectional identity authentication protocol, and the confidentiality and integrity of communication between the DERs and the MGCC are guaranteed.

The invention provides a method and system for cleaning the surface of a silicon substrate, and the method comprises the steps: firstly forming an H-Si passivation layer on the surface of Si through H free radicals, and then introducing NH3 to enable the H-Si passivation layer to be selectively adsorbed on the surface of SiO2; after residual gas-phase substances are purged and removed through inert gas, fluorine free radicals (F *) generated by plasma dissociation of NF3 are introduced, the fluorine free radicals react with the pre-adsorbed NH3 on an interface, solid ammonium salt (NH4) 2SiF6 is generated in situ, and then the solid ammonium salt (NH4) 2SiF6 is removed through thermal decomposition. According to the method, an H-Si passivation layer is formed on the Si surface through H free radicals, and a gas-phase reaction path of NF3 and NH3 is blocked by means of a physical isolation mechanism. According to the method, indifference etching of fluorine free radicals on the silicon substrate is eliminated, substrate damage caused by a traditional mixed mode is avoided, the atomic-scale flatness of the silicon surface is kept, meanwhile, by optimizing heat conduction and deuterium bond repairing, the slippage defect induced by thermal stress is effectively restrained, the interface state density is reduced, and the interface electrical performance is improved.

This invention provides a SIW TE20 and TM11 hybrid mode equalizer based on a three-dimensional multilayer substrate. The equalizer includes a multilayer dielectric substrate, an input / output transition structure, a substrate-integrated waveguide, a circular resonant cavity, and a dual-mode perturbation device. The physical structure of the equalizer consists of two dielectric substrates defined as an upper and lower dielectric layer, and three metal layers. This invention utilizes a stacked structure to vertically integrate the transmission layer and the resonant layer, reducing the device's planar area. Combined with the fully enclosed characteristics of SIW, it exhibits advantages such as low loss and high Q value at high frequencies. Furthermore, by utilizing the degeneracy of the TM11 mode and symmetrical via perturbation within the circular resonant cavity, two electrically independent resonant peaks are achieved within a single physical cavity, with adjustable frequency spacing. This allows for flexible fitting of complex gain curves. The antisymmetry of the TE20 mode excites the TM11 mode, naturally suppressing unwanted fundamental modes and improving the equalizer's response accuracy.

The invention belongs to the technical field of data query, and particularly discloses an SQL2API (structured query language 2 application program interface) method in a data table and HTTP (hyper text transport protocol) interface mixed mode based on a large model, which comprises the following steps of: automatically mapping metadata of an HTTP interface into a virtual database table, and constructing to obtain a unified SQL Schema view; utilizing the SQL Schema view to convert a user query demand into a logic operation sequence, and generating a query plan capable of realizing cross-source association; and according to the query plan, executing the query of the SQL database and the calling of the HTTP interface in parallel, integrating the obtained query result and the calling result into a two-dimensional table structure in the temporary memory database, and returning the two-dimensional table structure to the user. According to the method, the HTTP interface metadata is automatically mapped into the virtual database table, and the query plan is generated by using the large model, so that efficient, unified and intelligent query of the database and HTTP interface mixed data source is realized.

The invention relates to the technical field of bulk commodity operation, in particular to a data sharing and analysis method and system based on multi-dimensional association, and the method comprises the steps: collecting multi-source heterogeneous data through a mixed mode of interface synchronization and manual reporting, and quantifying an unstructured text into a standardized index through a bidirectional LSTM semantic analysis algorithm; a cosine similarity and grey relational degree fusion algorithm and an LSTM dynamic weight optimization model are adopted, association rules are mined in combination with an improved Apriori algorithm, and market pre-judgment is achieved through three sub-models of supply and demand, price and risk; and finally, establishing a closed-loop mechanism, and outputting an inventory adjustment scheme and a futures hedging strategy. The system correspondingly comprises four functional modules, full-process data processing and decision support are achieved, and scientificity and operability of operation decision are improved.

The invention discloses a high-power-capacity power divider based on a mixed mode, and belongs to a power distribution / synthesis technology in the technical field of high-power microwaves. The objective of the invention is to solve the problems of insufficient power capacity and coaxial inner conductor end surface electric field concentration caused by small cross section size when an existing power divider is applied to high frequency. The power divider integrates circular waveguide TM0n mixed mode excitation, conversion from a mixed mode to a coaxial waveguide TEM mode and an inner conductor end face strong field control technology, and comprises an input circular waveguide, inclined plane transition, a large over-mode ratio circular waveguide, a coaxial waveguide, a radial line and a rectangular waveguide, and a groove is formed in the inner conductor end face of the coaxial waveguide. While the waveguide section is increased to improve the power capacity of the main body structure, the end surface electric field peak value is effectively inhibited, and the system power capacity is improved. The invention is mainly applied to a microwave system requiring high power distribution or synthesis, and has the advantages of high power capacity, low surface electric field, high conversion efficiency and wide working bandwidth.

The invention discloses a band-gap reference voltage source with mixed mode temperature compensation, which relates to the technical field of integrated circuits and comprises a switched capacitor charge pump converter, a high-order current generation module and a linear combination calculation module. The VDD is connected to the input ends of the switched capacitor charge pump type converter and the high-order current generation module; the output end of the switched capacitor charge pump type converter outputs VBE1, VBE2 and VBE3, the VBE3 is combined with high-order current IH generated by the high-order current generation module, and then VBEline subjected to linearization compensation is output; the VBE1 is connected to a first input end of the linear combination calculation module, the VBE2 is connected to a third input end of the linear combination calculation module, and the VBEline is connected to a second input end of the linear combination calculation module; and the output end of the linear combination calculation module outputs band-gap reference voltage VREF. The circuit has a wider working temperature range and is shorter in starting time.

Certain aspects of the present disclosure generally relate to electronic circuits and, more particularly, to digital-to-analog converters (DACs). One example apparatus for digital-to-analog conversion generally includes: a first multiplexer comprising a first input coupled to a first data input of the apparatus and a second input coupled to a second data input of the apparatus; a first DAC having an input coupled to an output of the first multiplexer; and a first set of switches coupled between an output of the first DAC and a respective one of a first set of load circuits.

The disclosure describes systems and methods for mixed-mode, mixed-precision computation using a configurable compute engine for vector–matrix operations. A processing system selects a floating-point mode or an integer mode, selects a precision, and gates inactive datapath portions to reduce energy and stabilize latency. Streaming and stationary operand registers supply compute circuitry that, in floating-point mode, forms a mantissa product and product exponent, combines signs, and aligns the product using a power-of-two generator that drives a selection network based on the exponent. In integer mode, the same selection network performs integer multiplication from bitwise inputs, with sign handling applying two's-complement correction prior to accumulation. Parallel adder trees feed a hierarchical output accumulator sized to the selected precision, and normalization performs leading-one detection, mode-dependent exponent correction, rounding, and zero flushing. Optional dequantization folds scale tensors into the exponent path, and implementations support compute-in-memory or conventional accelerators.

The invention relates to a mixed mode accelerated matching mail protocol analysis method and device. The method comprises the following steps: receiving mail protocol data to be analyzed; according to a predefined intelligent judgment rule, identifying a data structure type corresponding to a current to-be-analyzed part in the mail protocol data; an analysis mode is determined according to the data structure type, and the analysis mode comprises a lexical analyzer analysis mode and a single-mode matching algorithm analysis mode; and calling an analysis mode matched with the current to-be-analyzed part for analysis so as to generate an analysis result. According to the mail protocol analysis method and device based on mixed mode accelerated matching, the problem that an existing mail protocol analysis technology is insufficient in efficiency in a high-performance requirement scene can be solved, and a core technical scheme is provided for achieving an efficient, intelligent and reliable mail processing system.

The invention discloses a hybrid resonant frequency searching method and system of a Coriolis flowmeter, and belongs to the technical field of flow measurement. The method comprises the following steps: firstly, performing global rough search in a wide frequency range through a particle swarm optimization (PSO) algorithm, and quickly converging to be near a resonance peak value to obtain a rough resonance frequency; and then, taking the rough frequency as the center, performing local precise search in a narrow-band window by adopting linear scanning, and determining the final precise resonant frequency through fine stepping. After the frequency is locked, the system applies a window function to two paths of sensor signals and carries out FFT (Fast Fourier Transform) analysis, and then corrects a main frequency peak value through an interpolation algorithm, so that the phase difference is extracted with high precision, and finally the mass flow is calculated. Intelligent global search and local accurate scanning are combined, the contradiction between speed and precision in frequency search is solved, and the starting speed, the measurement precision and the overall performance of the Coriolis flowmeter are jointly improved by combining the advanced signal processing technology.

The invention discloses a station management and control system control method and device, electronic equipment and a storage medium, and relates to the technical field of control, and the method takes a tenant identifier as a core to penetrate through all levels of a system, and cooperates with a micro-service hierarchical architecture to realize efficient cooperation. By means of a tenant-level dynamic interface customization engine, loading components and function modules as required, and resolving adaptation conflicts between interface display and business processes; a mixed mode of combining sub-library sub-table and logic isolation is adopted, and a fine-grained permission control matrix is matched to precisely limit the data access range, so that the collaborative shortages of the fine-grained permission and dynamic configuration are made up; through encryption key management, dynamic access control and auditing log tracking of the tenant dimension, the security of the shared environment is comprehensively guaranteed; the technical effects of improving the collaboration of dynamic configuration and authority control, adapting to personalized interfaces and business requirements of the tenants, optimizing a hardware resource scheduling mode, improving the large-scale deployment efficiency of the new energy station, and enhancing data security and reliability and operation traceability in a shared environment are achieved.

Various embodiments described herein include methods and systems for encoding and decoding video. For example, a computing system receives a video bitstream including a current block and syntax elements. The current block is encoded using information of a set of reference blocks. The system determines whether the current block is encoded in a composite weighted prediction (CWP) mode based on the syntax element. When the current block is encoded in the CWP mode, the system decodes the current block using a set of weighted predictors. When the current block is not encoded in the CWP mode, the system decodes the current block using an implicit mask mixing mode based on a weighted average of a plurality of reference values associated with a set of reference blocks.

The invention discloses a few-mode optical fiber multi-wavelength and multi-mode mixed mode decomposition device and decomposition method based on multi-wavelength lensless coherent modulation imaging, and the method comprises the steps: exciting a few-mode optical fiber to be detected through a multi-wavelength laser source, and modulating a mixed wavelength light field outputted by the optical fiber through a binary random amplitude plate; a single-frame diffraction pattern is collected by a detector; simultaneously reconstructing complex amplitude distribution of each wavelength component in a modulation plane from a single diffraction pattern by using a low-rank mixed state reconstruction algorithm containing frequency domain constraint; then constructing and calculating a virtual 4f system, and propagating a complex amplitude value of the modulation plane to an optical fiber end face to obtain amplified optical fiber end face complex amplitude distribution; and finally, space alignment is optimized in combination with a gradient descent algorithm, and modal coefficients under all wavelengths are extracted through modal projection. According to the method, the limitation that a traditional method can only perform single-wavelength analysis or is influenced by dispersion is overcome, and rapid, accurate and calibration-free decomposition of a multi-wavelength and multi-mode optical fiber light field under single exposure is realized.

The invention relates to the technical field of audio signal conversion, and provides a hearing aid audio signal conversion method based on a multi-audio input mode, and the method comprises the steps: detecting a current working mode which comprises a hearing enhancement mode, a voice call mode, a high-fidelity music mode and an environment sound mixing mode; according to the current working mode, performing sound mixing strategy processing on the audio data, including adopting a sound mixing strategy with DMIC as a main part and AMIC as an auxiliary part in a hearing enhancement mode, adopting a sound mixing strategy with DMIC exclusive and AUX prompt tone in a voice communication mode, and adopting a sound mixing strategy with AUX as a main part and DMIC environment monitoring in a high-fidelity music mode; a sound mixing strategy of mixing all input sources in a balanced manner is adopted in the environment sound mixing mode; sending the audio data processed by the audio mixing strategy to a corresponding digital signal processing algorithm for processing; and according to the audio data after digital signal processing, carrying out an output routing decision to generate mixed routed data, and outputting the mixed routed data through a digital audio interface.