Dynamic System Modelling in MATLAB
How do you write code for a dynamic process making sure that all states are accurately retained for future time steps? Keeping track of states in a dynamic process is complicated as the outputs are determined by past states and the current input. This means that the code must keep track of past values and […]
Radio Deployment on SoC Platforms
This 10-minute webinar uses MathWorks tools to showcase a method for a common design environment that allows engineers from different disciplines to collaborate effectively to streamline the design process. The common framework offered by Model-Based Design is an efficient design process that enables faster development and testing to bring products to market sooner.
Industry 4.0 – Internet of Things and ThingSpeak
Industry 4.0 – Internet of Things and ThingSpeak Internet of Things or “IoT” is becoming a popular buzz word these days. It is an emerging trend that describes a situation with embedded devices and sensors all connected to edge nodes, to upload sensed data to cloud storage resources. Data can be used in some […]
Dot Product, A Riddle
Earlier this month we received an interesting technical query about the dot() function in MATLAB. Our peer from MathWorks, Paul Kassebaum, took a unique approach to this riddle – by looking at the history.
Create a Word Cloud with MATLAB and the Text Analytics Toolbox
Create your own Word Cloud with MATLAB and the Text Analytics Toolbox
Developing Software Defined Radios with MathWorks and Opti-Num Solutions
MathWorks encourages a one platform approach known as Model-Based Design for the development of an SDR. MathWorks tools and Opti-Num Solutions training and consulting provide the capability to design end-to-end SDR solutions.
Learn how BAE Systems achieved an 80% reduction in SDR development time with MathWorks tools.
Digital Transformation in MATLAB and Simulink with Predictive Maintenance and Digital Twin
In this webinar, we explore what is meant by predictive maintenance and the different workflows which can used based on the data available from a system. Learn about the value in implementing predictive maintenance, leverage machine learning techniques to get insights from sensor data and find out when you might create a digital twin of […]
Industry 4.0 Applications – How do they get Operationally Deployed?
Industry 4.0 Applications – How do they get Operationally Deployed? The advent of Big Data and Industry 4.0 has lead companies to drive enterprise-wide digitalisation strategies. Engineers are now being tasked with implementing machine learning and deep learning into their projects to make their systems or applications ‘smart’. These challenges are mostly embraced and the […]
Geotechnical Sensor Analysis – Kriging or Gaussian Process Regression for Fracture Risk in Mining.
Geotechnical Sensor Analysis – Kriging or Gaussian Process Regression for Fracture Risk in Mining. The ability to make informed and quick decisions is invaluable in any operation. Mining operations are particularly safety aware. For geotechnical experts to assess risks and decide on the appropriate procedures quickly, can save lives and save money. In mining operations […]
Physical Modeling of Multi Domain Systems with Simscape
Physical Modeling of Multi Domain Systems with Simscape allows engineering systems to be designed, tested and implemented faster and more effectively than before. Systems have more components, increasing their complexity, for one remain competitive in this industry, design and integration needs to move from lab and field onto the desktop as efficiently as possible. In this webinar, we discuss the key features of the various physical domains and how this single environment can be used for modeling and simulation of multidomain physical systems.
Happy Holidays from Opti-Num Solutions!
To welcome the festive season, Application Engineer Praneet Kala created this Christmas Tree GIF using MATLAB. Find out how you can create your own.
End-to-End Antenna Design with MATLAB and Simulink
In this webinar Application Engineer Louise Forbes shows us how MathWorks tools can provide a one platform approach to antenna system design enabling faster prototyping and better integration between components.
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