Article decribing the use of Simulink and xPC Target in a graduate-level automotive research course
EquuSys used MATLAB to develop an easy-to-use, non-invasive system to identify equine lameness
Parallel computing can accelerate the solution of computationally expensive optimization problems
Students connect theory with practice by rapidly implementing a real-time controller prototype
Enabling you to select the programming paradigm to work well in a multicore system
Article on DSP course at VMI that uses MATLAB for live measurement, analysis and visualization
Updating the object-oriented programming capabilities of MATLAB in R2008a
Enable students to learn math and signal processing theory and implement it by MATLAB algorithms
Using a thermal model as an example, this article describes a method for communicating with other de
UC Davis researchers analyzed high-resolution microscopy images of cells during mitosis.
Use of object-oriented techniques in the MATLAB language to implement typical technical application
Researchers developed a device that sends electrical signals to activate paralyzed limbs and muscles
U. of Michigan, Dearborn researchers study hybrid technology to extend the range of electric vehicle
Students at the University of Washington use MATLAB®
Students use MATLAB and Simulink to design and test digital modems and communication systems
Symbolic Math Toolbox is used to derive a mathematical model of a basic engineering system
In only its third year of competition, the TU/e team placed second in the RoboCup championship
Students use MATLAB simulations to explore complex cognitive processes
The article describes a method that improves design and implementation of PID controllers
Alan Weiss presents techniques for the calculation and use of gradients using Symbolic Math Toolbox
University of Illinois researchers explain how climate changes affect the ecosystem
A useful but little-known method for extracting meaningful information about shapes in an image
Using distributed arrays & PCT's SPMD construct to solve large linear algebra problems.
Freshmen learn basic programming concepts and problem-solving with MATLAB at the same time.
A freshman seminar gives students experience in geological and geophysical research using MATLAB
Balance speed and accuracy by using Simscape to configure your model for real- time simulation
A low-cost aeropendulum enables active learning to get students excited about control system design
University of Delaware: Powertrain Design Optimization of a Fuel Cell driven Bus using Simulink
System dynamics and physiology are combined in a single course using MATLAB and Simulink
Developing Radio Astronomy Instruments with Simulink Libraries at UC Berkeley.
MATLAB and an "inverted classroom" help students hone critical thinking and problem-solving skills.
Overview of how to run MATLAB code on an NVIDIA CUDA-enabled GPU (Graphics Processing Unit)
Developing and Deploying Sonar and Echosounder Data Analysis Software
Lab sessions and an interactive tutorial enable students to work hands-on with MATLAB.
Understanding the human’s brain vision and locomotion systems.
A challenging controls project gives many students the skills of seasoned engineers.
A mathematician developed MATLAB algorithms that use PDEs to automate image interpolation.
MathExplorer is a set of hyperlinked MuPAD notebooks for teaching mathematical concepts.
With MATLAB integrated into the physics curriculum, Siena College students develop practical skills.
Simulink models and physical structures help researchers test reactions to seismic activity.
Model-Based Software Design, an elective course for fifth-year students, prepares future engineers.
Diaporama de la présentation à la 41ême conférence SEFI, 16-20 Septembre, 2013.
Teaching Nuclear Engineering with MATLAB
Nonlinear Feedback Control Design for DARPA Robotics Challenge
Teaching Biological Systems Instrumentation with MATLAB
Teaching Hands-On Satellite Tracking and Communication