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Discrete-event simulation with SimEvents® provides capabilities for analyzing and optimizing event-driven communication using hybrid system models, agent-based models, state charts, and process flows.
Within this integrated modeling and data analysis environment, you can:
Design distributed control systems, hardware architectures, and sensor and communication networks for aerospace, automotive, and electronics applications
Model process flows, perform capacity planning, and optimize supply chains for manufacturing and operations
Analyze and optimize end-to-end latencies, throughput, packet loss, and other performance characteristics of communication networks
Customize queues, routing algorithms, processing delays, and prioritization schemes
Simulate hybrid systems containing time-based, event-based, and agent-based components
Simulate event-driven processes, such as mission plans with autonomous agents or the stages of a manufacturing process
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在嵌入式设备上运行
自动将 MATLAB 算法转换为 C/C++ 和 HDL 代码,从而在嵌入式设备上运行。
Run on Embedded Devices
与基于模型的设计集成
MATLAB 与 Simulink 配合以支持基于模型的设计,用于多域仿真、自动生成代码,以及嵌入式系统的测试和验证。
将 MATLAB 用于:
数据分析
探索如何使用 MATLAB 进行大数据、机器学习和生产分析。
无线通信
探索 MATLAB 如何帮助您开发算法和执行全面的无线系统仿真。
MATLAB® makes data science easy with tools to access and preprocess data, build machine learning and predictive models, and deploy models to enterprise IT systems.
Access data stored in flat files, databases, data historians, and cloud storage, or connect to live sources such as data acquisition hardware and financial data feeds
Manage and clean data using datatypes and preprocessing capabilities for programmatic and interactive data preparation, including apps for ground-truth labeling
Document data analysis with MATLAB graphics and the Live Editor notebook environment
Apply domain-specific feature engineering techniques for sensor, text, image, video, and other types of data
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Engineers working toward an optimized design must develop their software and physical system together. MathWorks physical modeling tools bring accuracy and efficiency to this effort by enabling you to:
Assemble system-level models that span multiple physical domains and include the control system in a single environment
Create reusable models of your physical system with physical ports, in addition to input and output **s
Model custom physical components (mechanical, electrical, and other physical domains) using a MATLAB based physical modeling language
Extend your analysis with 3D visualization and additional simulation methods
You can convert the models of your physical system to C code and deploy the code to other environments for tasks such as hardware-in-the-loop (HIL) testing. These models support all phases of Model-Based Design.
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Semiconductor engineering teams use MATLAB® and Simulink® products when designing analog, digital, and mixed-** devices in order to create a more efficient design workflow and improved verification process. MATLAB and Simulink products allow semiconductor engineers to:
Design digital systems rapidly
Develop behavioral analog/mixed-** models
Verify IC designs efficiently
Prototype digital and mixed-** ASICs and FPGAs
,专注,专心是科学软件网的服务宗旨,开发的软件、传递*的技术、提供贴心的服务是我们用实际行动践行的**目标,我们会为此目标而不懈努力。
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