Name: Simulink
Rating: 10 (11 reviews)
Author: MathWorks

Help Desk

Web and Video Conferencing

Customer Support

Agile Development

Image Recognition

Development

Academic Advising

Education

Business Intelligence (BI)

Collaboration

Contract Management

Streaming Analytics

Supply Chain Management

Enterprise

Accounting

Cash Flow Management

Crypto Asset Management

Investor Relations

Finance and Accounting

Applicant Tracking

Corporate Learning Management

HR Management

Payroll

Talent Intelligence

Talent Management

Technical Skills Assessment

Workforce Analytics

Workforce Management

Human Resources

Cloud Storage

Data Integration

Data Mapping

Debugging

Edge Computing

Event Monitoring

Fraud Detection

IT Asset Disposal

Integration Platform as a Service (iPaaS)

Internet Security

License Management

Managed Hosting

Master Data Management (MDM)

Network Diagnostics

Network Performance Monitoring

NoSQL Databases

Packet Analyzer

Security Analytics

Storage Management

Tape Storage

Unified Endpoint Management (UEM)

WAN Optimization

Web Content Filtering

Wireless LAN

Wireless WAN

Information Technology

A/B Testing

Ad Serving & Retargeting

All-in-One Marketing

Community

Content Management

Digital Rewards

Email Marketing

Marketing Analytics

Marketing Automation

Predictive Analytics

Social Media Analytics

Social Media Management

Survey & Forms Building

Video Collaboration

Web Analytics

Marketing

Project Management

Professional Services

Customer Communication Management

Customer Relationship Management (CRM)

Lead-to-Account Matching and Routing

Sales

Microsegmentation

Security

Animal Shelter

Animation

Computer-Aided Design (CAD)

Construction Management

Debt Collection

Tax Practice Management

Vertical-Specific

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### Modeling and Simulation
Users generally praise Simulink for its robust modeling and simulation capabilities. The software is commended for its ease of use, allowing for the modeling and solving of complex differential equations with ease. Integration with MATLAB scripts is highlighted as a strong point, enabling users to model a variety of physical domains efficiently. However, some users express concerns about the high cost associated with Simulink, particularly for modeling complex systems. Despite this drawback, the software's ability to facilitate model-based development and create executable models for system designs is acknowledged as a significant benefit for enhancing collaboration and simplifying the translation from design to implementation. Compatibility and integration challenges with other software tools are noted as potential drawbacks, especially for businesses with specific real-time requirements or high-performance computing needs.

### Control Systems Design
Users generally praise Simulink's capabilities in control system design. They appreciate the intuitive interface and the ease with which complex control systems can be modeled and simulated. However, some users note that there is a learning curve associated with mastering the software, especially for those new to visual programming or systems simulation. Despite this, the consensus leans towards Simulink being a valuable tool for designing and analyzing control systems efficiently.

### Software Modeling and Analysis
User sentiment regarding Simulink's software modeling and analysis capabilities is generally positive, with many users praising its ease of use, integration with MATLAB, and the vast array of support materials available. However, some users have reported issues such as system slowdowns, occasional crashes, and difficulties in integrating Simulink with MATLAB. Despite these drawbacks, Simulink remains a popular choice for modeling, simulating, and analyzing various systems across different domains. Its versatility, specialized toolboxes, and integration with MATLAB make it a valuable tool for businesses and professionals working on diverse projects.

### Graphical and Visual Representation
Users generally appreciate Simulink's intuitive graphical interface for visualizing systems and interactions. The software's ability to quickly assemble function blocks and establish connections efficiently is well-received. However, some users note that as the complexity of block diagrams increases, the software may become more challenging to navigate. Despite this, the majority find Simulink's graphical representation to be a valuable tool for understanding and analyzing various systems. The visual clarity provided by Simulink's graphical representation aids in simplifying complex concepts and enhancing the overall user experience.

### Academic and Educational Tools
User feedback on Simulink's academic and educational tools highlights its significant value for engineering students and academic endeavors. The tool is praised for its ability to synthesize and simulate input and output characteristics, aiding in the visualization of mathematical model outputs through graphs. While some users acknowledge a learning curve, especially for newcomers to the software, the consensus leans towards Simulink being an essential resource for modeling, simulating, and analyzing various systems in educational settings. Additionally, users appreciate the software's versatility in domains such as communication systems, image processing, and data modeling, making it a recommended tool for students seeking to enhance their understanding and practical application of engineering concepts.

### User Learning and Support
User feedback on Simulink's user learning and support functionalities is varied. While some users appreciate the ease of use and the availability of tutorials and a supportive community, others find the learning curve steep, especially for beginners. The cost of licensing Simulink is also a concern for some users, particularly for smaller companies or academic institutions with limited budgets. Despite these challenges, many users acknowledge the software's versatility and the convenience of its user-friendly interface.

### Code Generation
Opinions on Simulink's code generation capabilities vary among users. While some appreciate its ease of use and the ability to generate code for a variety of platforms, others find the learning curve steep and the cost prohibitive. Users highlight the convenience of generating code for tasks such as control system design and robotics simulations. However, there are concerns about the lack of a qualified code generator tool for safety-critical applications and the time it takes to run big discrete models. Despite these mixed reviews, Simulink remains a popular choice for students and professionals alike for its versatility in simulating electrical and control systems.

### Hardware Integration
Users generally find Simulink's hardware integration capabilities to be a mixed bag. While some appreciate the ease of developing circuit prototypes without constant hardware implementation, others express concerns about the software's demand for powerful hardware, leading to system slowdowns and occasional crashes. Integration challenges with other software tools and IT infrastructure also pose obstacles, requiring additional effort and potentially leading to compatibility issues. Despite these drawbacks, users acknowledge the efficiency of Simulink in simulations and control tasks, particularly for engineering projects related to power and hardware control.

### Electrical and Electronics Engineering
Users consistently highlight Simulink's exceptional capabilities in electrical and electronics engineering tasks. The software is commended for its diverse tools that facilitate the simulation and analysis of circuits, PLC systems, and various mathematical models. Engineering students particularly appreciate the functionality provided by Simulink for synthesizing and simulating input and output characteristics in fields such as Communication, Electrical, and Electronics Engineering. Additionally, the software's utility in conducting 1D mathematical simulations for applications like battery systems, electronics coding, and vehicle dynamics is widely acknowledged. Moreover, users emphasize the software's effectiveness in simulating electrical and control systems, making it a highly recommended tool for students and professionals alike in the realm of electrical and electronics engineering.

### Embedded Systems Development
Users generally appreciate Simulink's embedded systems development capabilities, particularly its ability to simulate and analyze embedded systems algorithms effectively. While some users acknowledge a learning curve and the need for powerful hardware for real-time simulation, the overall consensus is positive regarding Simulink's utility in testing and verifying embedded systems. The software's support for solving non-linear problems and continuous test and verification of embedded systems are highlighted as valuable features by users. Despite some compatibility and integration challenges, users find Simulink to be a beneficial tool for designing and simulating dynamic systems in the realm of embedded systems development.

### Real-Time Systems
Users generally appreciate Simulink's real-time simulation capabilities, finding it valuable for testing and validating control systems in response to external disturbances. While some users acknowledge a learning curve and the need for powerful hardware for real-time simulation, the overall consensus is positive regarding the software's ability to simulate and analyze dynamic systems in real time. The integration with MATLAB and the ease of drawing block diagrams for complex systems are highlighted as key strengths in utilizing Simulink for real-time systems analysis.

### System Design and Testing
Users generally praise Simulink's system design and testing capabilities. They appreciate the ease of creating and simulating system designs visually, allowing for quick testing and iteration. Some users find Simulink particularly helpful in solving non-linear problems and conducting continuous test and verification of embedded systems. The tool's ability to provide a real-time simulation and facilitate system-level design has garnered positive feedback from users across various domains, including automation, communication systems, and energy management control strategies. Despite some challenges in integration and optimization, Simulink remains a valuable asset for system design and testing tasks.

Users recommend Simulink for simulations and analyses of multidomain systems. They suggest utilizing OnRamp and joining webinars and classes for further learning. Users acknowledge the need for strong hardware to run Simulink effectively and mention that there may be some initial difficulties in getting used to the interface. They also recommend getting formal lessons to fully understand the features of Simulink. Users suggest exploring the wide range of possibilities that Simulink offers.

Simulink is recommended for mathematical and physical modeling of systems. Users note that it is an easy-to-learn and powerful tool for modeling. They recommend Simulink for testing and simulating control loops, especially for its integration with MATLAB. However, users mention that Simulink is not very useful unless the user wants to analyze dynamic systems. They suggest evaluating the required modules carefully to avoid expensive surprises.

Users mention that Simulink has good documentation and training but note that it has a proprietary language and its semantic is not formally defined. They believe that Simulink is ideal for school projects before actual implementation and find the installation process easy. Users highly recommend Simulink for students as it can be open to many applications testing and can be cost-effective. Although they mention that the price of Simulink may be high, they still acknowledge it as a great software overall.

Confusing and unintuitive user interface: Many users have expressed frustration with the confusing and unintuitive user interface of Simulink. They find it difficult to navigate and perform tasks, which can slow down their workflow.

High cost of licensing: The cost of licensing Simulink has been a major concern for many users, especially small companies or academic organizations with limited budgets. They feel that the price is too high, making it inaccessible for them.

Complexity and steep learning curve: Simulink is known for its complexity, and several users have mentioned the steep learning curve associated with it. They feel that it requires a guide or tutorial to understand certain tasks, which can be time-consuming.

Powerful and Reliable: Users have consistently praised Simulink for its powerful and reliable simulation capabilities. Many reviewers have stated that they rely on Simulink for their simulation needs, as it consistently delivers accurate results. 

User-Friendly Interface: The user-friendly interface of Simulink has been highly appreciated by users. Numerous reviewers have mentioned that the software is easy to learn and navigate, making it simple to draw diagrams and simulate systems. 

Integration with MATLAB: The seamless integration of Simulink with MATLAB has been a standout feature for many users. They appreciate the ability to visualize and analyze systems using MATLAB's capabilities while working within the Simulink environment.

Simulink has proven to be a valuable tool for engineers, allowing them to simulate and model a wide range of systems and processes. Engineers have found Simulink to be particularly useful in the aerospace industry, where it provides quick and reliable results for designing, analyzing, and testing algorithms and systems. Students studying nano-electronics have also utilized Simulink to design and simulate circuits for their coursework, finding it to be a helpful and effective tool. 

In addition to aerospace and electronics applications, Simulink has been used in various other industries. It has been employed in drilling well planning applications, such as COMPASS and WELLPLAN, as well as in the design of temperature sensors for new AC products. Users have also utilized Simulink to optimize logistics supply and efficiency in production processes, reducing costs and improving time management. Simulink's versatility extends further to areas such as network interface card enhancements, studying the behavior of different applications and systems, and analyzing the performance of various components.

Overall, Simulink has been widely praised by users for its compatibility with different industries and its ability to provide accurate simulations and efficient modeling for a diverse range of applications.

MathWorks offers the Simulink product family including the Simscape physical modeling suite, simulation, validation, and testing tool set, a 3D animation module, signal processing toolbox for wireless communication, control systems, and event-based monitoring, to aid in the design of complex systems.

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NX CAM

Simulink

Simulation

Likelihood to Recommend

Eagle Technology ProTeus

National Instruments LabVIEW

Associate Professor

Simulink 2022-06-20 23:37:07

Python IDLE

Minitable

Student

Simulink 2022-06-20 11:42:16

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TrustRadius is a technology and business research firm based in Austin, Texas. The company is known as a review platform for verified B2B technology and software reviews through a proprietary algorithm and human verification.

TrustRadius

Run smoothly

Not utilize

C code

Learning curve

Verification process

Computer resources

Disk space

Support and documentation

Decision making

User community

Development environment

Different department

Control system

Quite helpful

System design

User friendly

Control systems

Friendly and easy

Home

Simulation Software

I use it in the field of power electronics at university. I have been actively using it for many years, both for educational purposes for students and in the design department of our projects.

When you design a circuit or system, time is cheating because it gives results that are very close to reality.
Time and financial gain by easily changing the design part.
Support and include renewable energy sources.

High RAM requirement during simulation run.
It should support various languages in file naming (for example, Turkish).
The program must ensure compatibility within its own versions.

Our students have a license agreement and can be accessed from anywhere.
All students can be educated in the laboratories by providing access.
It is frequently used for design purposes in our projects.

First of all, it saved time and money.
We were able to easily pre-test the tests of new research projects.
The program should support different versions of itself.

Eagle Technology ProTeus, National Instruments LabVIEW

I used Simulink to program mathematical data. Objectively referring to heuristical problems to optimize processes and routes. As well as physics data such as electromagnetism and thermodynamics.

Easy to program
Great graphical design
Great compatibility with other softwares
Very understandable use

Simpler codification data
Better layout of document usage
Option of codification manual

Graphical design
Label design
Multitask windows

Better data analysis
Excellent data visualization
Identification of areas of opportunity to attack

Simulink is used by the entire faculty and students in engineering courses that require the development of electrical, mechanical, or chemical systems. It becomes particularly useful for the simulation of systems like industrial plant processes, control systems, hydraulic/pneumatic cylinders and actuators, integrated electronic systems and any other process that can be modeled using mathematical tools and physics laws.

Control system design for continuous and discrete systems. The control systems toolbox includes many pre-built blocks for common functions, signals and plant models that help you analyse input vs. output responses.
Greatly responsive and easy to use graphic based environment ideal for the easy representation of processes using signals that go from one block into another. Most engineering and scientific models including systems of equations can be translated to a Simulink model.
Many pre-built toolboxes allow you to save time and facilitate access to create models applicable to many areas of science/engineering like fluid mechanics, robotics, decision making and embedded or electrical systems.
Simulink comes bundled within the standard MATLAB package and most of its coding features/packages are compatible and can be used within the Simulink development environment.

Learning curve for designing accurate models and getting useful results can be pretty steep for most people that aren't used to graphical based design and representation of systems.
Simulink requires a lot of CPU power and computer resources to run smoothly without crashing. Together with the MATLAB environment, a standard installation consumes a lot of disk space and becomes greater when more toolboxes are included.
Community for Simulink support and documentation is inferior to that of MATLAB and it isn't used as a standard tool by most of academia. I believe other tools such as Labview are far more common, making it easier to get help and find examples online.

Reduced investment to achieve desired outcomes in research projects.
Opened the doors for our students to experiment with previously unknown engineering methods.
Fostered the adoption of model-based design by a great portion of our faculty, especially in more technical areas.

National Instruments LabVIEW and National Instruments Multisim

Simulink

Overview

What is Simulink?