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Applications de réseau de communication

Modéliser la logique décisionnelle des réseaux de communication

Utilisez Stateflow^® pour développer la logique décisionnelle de supervision des applications de réseau de communication, notamment les réseaux Ethernet, les couches de liaison Bluetooth^® Low Energy et les files d’attente d’imprimante. Pour des exemples supplémentaires illustrant l’utilisation des produits MathWorks^® pour analyser, concevoir et simuler le traitement du signal, les télécommunications et les systèmes radar, consultez Signal Processing, Wireless Communications et Radar.

Exemples présentés

Build a Shared Communication Channel with Multiple Senders and Receivers

Model communication through a shared channel with multiple senders and receivers by using messages.

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Model Wireless Message Communication with Packet Loss and Channel Failure

Use Stateflow and SimEvents^® to model message-sending logic, wireless message transmission, channel failure, and packet loss.

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Model an Ethernet Communication Network with CSMA/CD Protocol

Model a collection of computers that communicate through an Ethernet communication network.

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Design Microcontroller Using the I2C Communication Protocol

Design, implement, and test a microcontroller driver using the I2C communication protocol.

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Manage Queue for Shared Printer Server

Communicate between a Simulink^® model and a Stateflow chart by sharing functions.

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Detect Valid Transmission Data by Using Frame Synchronization

Use vectors of complex data to find a fixed pattern in a signal from a communication system.

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Sequence Recognition by Using Mealy and Moore Charts

Use Mealy and Moore machines for a sequence recognition application in signal processing.

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Build a Low-Pass Filter by Using Fixed-Point Data

Model a low-pass Butterworth filter that uses fixed-point arithmetic.

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Analog Triggered Data Acquisition Using Stateflow Charts

Create an analog-triggered data acquisition app by using Stateflow, Data Acquisition Toolbox™, and App Designer.

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Model Bluetooth Low Energy Link Layer Using Stateflow

Use a standalone Stateflow chart to model the state machine in a Bluetooth low energy link layer.

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Model a Communications Protocol by Using Chart Objects

Use a standalone Stateflow® chart to model a frame-synchronization and symbol-detection component in a communications system. Standalone charts implement classic chart semantics with MATLAB® as the action language. You can program the chart by using the full functionality of MATLAB, including those functions that are restricted for code generation in Simulink®. For more information, see Create Stateflow Charts for Execution as MATLAB Objects.

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