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  1. Calibration of Engine Performance at Mercedes-AMG
  2. A Model Checking Example- Solving Sudoku Using Simulink Design Verifier
  3. Solving Large-Scale Linear Algebra Problems Using SPMD and Distributed Arrays
  4. Using MATLAB to Teach Programming to First-year Engineering Students at Boston Univer
  5. Measuring Test Completeness Using the Code Coverage Tool
  6. Using Web Map Service Data for Visualization and Analysis in Geospatial Applications
  7. Verification of High-Efficiency Power Amplifier Performance at Nujira
  8. Early Verification of Digital-Analog Designs Using System-Level Cosimulation
  9. Improving Mass Moment of Inertia Measurements
  10. Optimization Using Symbolic Derivatives
  11. Morphological Reconstruction for Analyzing Shapes in Images
  12. Basel II Compliance and Risk Management Analysis: Calculating Economic Capital
  13. Using Information-Theoretic Statistics in MATLAB to Understand How Ecosystems Affect
  14. Cleve's Corner: Solving Sudoku with MATLAB
  15. Developing an Isolated Word Recognition System in MATLAB
  16. Embedded Control Systems Education at the University of Michigan
  17. Automatic Hardware Implementation of Digital Filters for an Audio Codec
  18. Cleve’s Corner: Solving Sudoku with MATLAB
  19. IAV Develops Mass-Production Gaseous-Fuel ECUs Using Model-Based Design
  20. Developing the World’s Most Advanced Prosthetic Arm Using Model-Based Design
  21. MATLAB Central - Exploring the User Community
  22. A Winning Collaboration Between Academia and Industry
  23. MATLAB and Simulink Based Books
  24. From MATLAB to Embedded C
  25. MATLAB and Simulink in the World: Parallel Computing
  26. Tips and Tricks: Image Overlay Using Transparency
  27. Third-Party Products: Hands-On Learning with MATLAB and Simulink
  28. Improving Simulink Design Optimization Performance Using Parallel Computing
  29. Analytical Modeling of Aircraft Wing Loads Using MATLAB and Symbolic Math Toolbox
  30. Nonlinear Mixed-Effects Modeling of Population Pharmacokinetics Data
  31. Analyzing High-Speed Video Images to Quantify the Performance of Innovative Drug Deli
  32. Technische Universiteit Eindhoven Takes Prize in Robot Soccer Competition Using MATLA
  33. Techniques for Generating Production Code Constructs from Modeling Design Patterns
  34. Automatic Hardware Implementation of Digital Filters for an Audio Codec
  35. Teaching Cognitive Science with MATLAB at Stanford University
  36. PID Control Design Made Easy
  37. Best Practices for a MATLAB to C Workflow Using Real-Time Workshop
  38. Teaching Digital Communication Theory with Simulink at Brigham Young University
  39. The Challenge X Competition
  40. Incorporating M-Code into Simulink Models
  41. Deploying a Measurement Application with the MATLAB Compiler
  42. Optimization with MATLAB and the Genetic Algorithm and Direct Search Toolbox
  43. International Automotive Conference
  44. Nissan Develops Emission Reduction System for Mass-Production Vehicles Using MathWork
  45. Legacy Code Function Integration Using Real-Time Workshop Embedded Coder
  46. Modeling Survival Data with the Statistics Toolbox
  47. Integrate Legacy Code for Simulation and Embedded Code Generation with the Legacy Cod
  48. New Features in MATLAB 7 for Handling Large Data Sets
  49. BAE SYSTEMS CNIR Develops On-the-Move Antenna Pointing and Stabilization System
  50. Integer and Single-Precision Math in MATLAB 7
  51. New Interactive Plot Creation Tools in MATLAB 7
  52. Recommendations for Creating Accurate Linearized Models in Simulink
  53. Designing and Testing Electronic Body Systems at Jaguar
  54. Creating an Executable Specification for the WiMAX Standard
  55. Controlling Electron Beams in the International Linear Collider
  56. Developing Pharmacokinetic and Pharmacodynamic Models in Simulink
  57. Bell Helicopter Develops the First Civilian Tiltrotor
  58. Using ActiveX to Connect MATLAB to Excel (MATLAB Digest)
  59. Legacy Code Integration Using Simulink and Real-Time Workshop Embedded Coder (MATLAB
  60. Fixed-Point Modeling in an Ultra Wideband (UWB) Wireless Communication (MATLAB Digest
  61. Fixed-Point Signal Processing: Getting Started (MATLAB News and Notes)
  62. Teaching with Simulink (MATLAB News and Notes)
  63. Logic Design Using Stateflow Truth Tables (MATLAB News and Notes)
  64. A Practical Application of New Features of the System Identification Toolbox
  65. High-Integrity Code Generation and Verification
  66. Developing Models for Real-Time Simulators Using MATLAB and Simulink
  67. The Brain Computer Interface: Using MATLAB and Simulink for BioSignal Acquisition and
  68. Using Model-Based Design to Develop and Deploy a Video Processing Application
  69. Accelerating a Geospatial Application Using MATLAB Distributed Computing Tools
  70. Mercedes-AMG Develops an On-Target Rapid Prototyping Platform
  71. FPGA-Based Wireless System Design
  72. A Model Recovery: ESA Engineer Uses MATLAB to Help Save Mission to Titan
  73. MATLAB in Computational Biology
  74. Cleve's Corner - The Growth of MATLAB and The MathWorks over Two Decades
  75. Programming Patterns - Nested Functions in MATLAB
  76. Tips and Tricks - Checking Your Model with Simulink Model Advisor
  77. Delphi Models and Simulates a Safety-Critical Automotive Subsystem
  78. New Functions for Vectorizing Operations on Any Data Type
  79. Deploying Simulink Designs on Your DSP: An Accelerated Approach to Custom Implementat
  80. Two New Functions for Converting Datatypes and Changing Byte Order
  81. Creating Test Cases to Verify Your Simulink Design Using the Signal Builder Block
  82. Techniques for Creating Models and Generating Optimized Code for Fixed-Point Designs
  83. Model-Based Design with Production Code Generation for Steer-by-Wire System Developme
  84. Toyota Racing Development
  85. Improve the Fidelity of Your Simulink Models Using Test Data and Parameter Estimation
  86. Simplify Instrument Communication: Using Instrument Drivers with the Instrument Contr
  87. Building a Distributed Aircraft Tracking Simulation Using TCP/IP
  88. Dynamic Function Creation with Anonymous and Nested Functions
  89. Dynamic Function Creation with Anonymous and Nested Functions
  90. An Integrated Environment for the Modeling, Simulation, and Rapid Design of Control A
  91. Using Genetic Algorithms to Select a Subset of Predictive Variables from a High-Dimen
  92. Color Management and Color Transformations in MATLAB
  93. Measuring Productivity and Quality in Model-Based Design
  94. Developing Portfolio Optimization Models
  95. Converting Models from Floating Point to Fixed Point for Production Code Generation
  96. Introduction to Object-Oriented Programming in MATLAB
  97. Analyzing Test Data from a Worldwide Fleet of Fuel Cell Vehicles at Daimler AG
  98. Developing a Motion-Stereo Parking Assistant at BMW
  99. Supporting Undergraduate Research with MATLAB and Data Acquisition Toolbox
  100. Enhancing Multicore System Performance Using Parallel Computing with MATLAB
  101. Inside MATLAB Objects in R2008a
  102. Freshman Engineers Build MATLAB Powered LEGO Robots
  103. TCP/IP Communication for Real-Time and Embedded Systems
  104. Rendering High Dynamic Range Images on the Web
  105. Physical Modeling of Mechanical Friction in Simulink
  106. Model-Based Design for DO-178B
  107. Automating the Implementation of Software Defined Radios at Northrop Grumman
  108. Developing and Implementing Scenario Analysis Models to Measure Operational Risk at I
  109. Using Functional Electrical Stimulation to Restore Movement to Individuals with Neuro
  110. Improving an Engine Cooling Fan Using Design for Six Sigma Techniques
  111. Studying the World's Most Complex Dynamic Systems
  112. Using MATLAB to Process Large Telemetry Data Sets for Biomechanical Performance Analy
  113. Improving Optimization Performance with Parallel Computing
  114. Undergraduate Engineers Develop Hydraulic Servo Control Systems Using Model-Based Des
  115. Using Model-Based Design to Build the Tesla Roadster
  116. Design Patterns for Integrating Simulink with Stateflow
  117. Tips & Tricks: Creating and Using Web Views
  118. Programming Patterns: Some Common MATLAB Programming Pitfalls and How to Avoid Them
  119. Cleve’s Corner: Experiments with MATLAB
  120. Verifying Code When Software Reliability is Critical
  121. Analyzing High-Resolution Microscopy Images
  122. Modeling System Architecture and Resource Constraints Using Discrete-Event Simulation
  123. Introduction to Object-Oriented Programming in MATLAB
  124. Creating Standalone Virtual Environments
  125. Measuring Test Completeness Using the Code Coverage Tool
  126. Building Accurate, Realistic Simulink Models
  127. Azure Dynamics Accelerates Powertrain Development with Model-Based Design
  128. Modeling Flexible Bodies in SimMechanics and Simulink
  129. Using Custom Device Driver Blocks for Microcontroller- Based Motor Control
  130. Modeling Machine Constraints in SimMechanics and Simulink
  131. BAE Systems Proves the Advantages of Model-Based Design
  132. Programming Patterns - Handling MATLAB Events in Excel
  133. Cleve's Corner: Professor SVD
  134. Kiwa Water Research Builds a Tool for Monitoring Groundwater Levels
  135. The Sound of Innovation at Cochlear Limited
  136. Configuring and Controlling External Hardware in MATLAB
  137. Using Statistics to Analyze Uncertainty in System Models
  138. Increasing Your Productivity with the MATLAB Desktop
  139. Rapid Development and Simulation of an Aircraft Flutter-Detection System
  140. Using Functional Electrical Stimulation to Restore Movement to Individuals with Neuro
  141. Designing for Reliability and Robustness
  142. Analyzing LASIK Optical Data Using Zernike Functions
  143. Teaching Medical Instrumentation at the University of Washington
  144. Evaluating Plug-In Series Hybrid Designs for Postal Delivery Vehicles
  145. Introducing Computational Methods to First-Year Students with Diverse Skills and Inte
  146. Modeling Spacecraft Fuel Slosh at Embry-Riddle Aeronautical University
  147. Designing a Sigma-Delta ADC from Behavioral Model to Verilog and VHDL
  148. Analyzing Bird Flight Patterns with MATLAB
  149. Modeling Market Risk Using Extreme Value Theory and Copulas
  150. Improving Optimization Performance with Parallel Computing
  151. Using MATLAB to Process Large Telemetry Data Sets for Biomechanical Performance Analy
  152. Undergraduate Engineers Develop Hydraulic Servo Control Systems Using Model-Based Des
  153. Using Model-Based Design to Build the Tesla Roadster
  154. Design Patterns for Integrating Simulink with Stateflow
  155. Tips & Tricks: Creating and Using Web Views
  156. Programming Patterns: Some Common MATLAB Programming Pitfalls and How to Avoid Them
  157. Cleve’s Corner: Experiments with MATLAB
  158. Verifying Code When Software Reliability is Critical
  159. Studying the World's Most Complex Dynamic Systems
  160. Modeling Spacecraft Fuel Slosh at Embry-Riddle Aeronautical University
  161. Evaluating Plug-In Series Hybrid Designs for Postal Delivery Vehicles
  162. Teaching Medical Instrumentation at the University of Washington
  163. Inside MATLAB Objects in R2008a
  164. Developing a Motion-Stereo Parking Assistant at BMW
  165. Analyzing Test Data from a Worldwide Fleet of Fuel Cell Vehicles at Daimler AG
  166. Introduction to Object-Oriented Programming in MATLAB
  167. Automating the Implementation of Software Defined Radios at Northrop Grumman
  168. Developing and Implementing Scenario Analysis Models to Measure Operational Risk at I
  169. Using Functional Electrical Stimulation to Restore Movement to Individuals with Neuro
  170. Improving an Engine Cooling Fan Using Design for Six Sigma Techniques
  171. Studying the World's Most Complex Dynamic Systems
  172. Teaching Medical Instrumentation at the University of Washington
  173. Physical Modeling of Mechanical Friction in Simulink
  174. Inside MATLAB Objects in R2008a
  175. Enhancing Multicore System Performance Using Parallel Computing with MATLAB
  176. Converting Models from Floating Point to Fixed Point for Production Code Generation
  177. Improving an Engine Cooling Fan Using Design for Six Sigma Techniques
  178. Studying the World's Most Complex Dynamic Systems
  179. Teaching Medical Instrumentation at the University of Washington
  180. Physical Modeling of Mechanical Friction in Simulink
  181. Inside MATLAB Objects in R2008a
  182. Enhancing Multicore System Performance Using Parallel Computing with MATLAB
  183. Supporting Undergraduate Research with MATLAB and Data Acquisition Toolbox
  184. Improving an Engine Cooling Fan Using Design for Six Sigma Techniques
  185. Measuring Test Completeness Using the Code Coverage Tool
  186. Studying the World's Most Complex Dynamic Systems
  187. Modeling Spacecraft Fuel Slosh at Embry-Riddle Aeronautical University
  188. Evaluating Plug-In Series Hybrid Designs for Postal Delivery Vehicles
  189. Teaching Medical Instrumentation at the University of Washington
  190. Inside MATLAB Objects in R2008a
  191. Enhancing Multicore System Performance Using Parallel Computing with MATLAB
  192. FPGA-Based Wireless System Design
  193. Toyota Racing Development
  194. Improving an Engine Cooling Fan Using Design for Six Sigma Techniques
  195. Teaching Medical Instrumentation at the University of Washington
  196. Modeling Flexible Bodies in SimMechanics and Simulink
  197. Studying the World's Most Complex Dynamic Systems
  198. Designing for Reliability and Robustness
  199. Introduction to Object-Oriented Programming in MATLAB
  200. Freshman Engineers Build MATLAB Powered LEGO Robots
  201. Measuring Test Completeness Using the Code Coverage Tool
  202. Modeling Flexible Bodies in SimMechanics and Simulink
  203. Improving an Engine Cooling Fan Using Design for Six Sigma Techniques
  204. Toyota Racing Development
  205. FPGA-Based Wireless System Design
  206. Modeling Spacecraft Fuel Slosh at Embry-Riddle Aeronautical University
  207. Evaluating Plug-In Series Hybrid Designs for Postal Delivery Vehicles
  208. Teaching Medical Instrumentation at the University of Washington
  209. Designing for Reliability and Robustness
  210. Introduction to Object-Oriented Programming in MATLAB
  211. Physical Modeling of Mechanical Friction in Simulink
  212. Rendering High Dynamic Range Images on the Web
  213. TCP/IP Communication for Real-Time and Embedded Systems
  214. Model-Based Design for DO-178B
  215. Physical Modeling of Mechanical Friction in Simulink
  216. Measuring Test Completeness Using the Code Coverage Tool
  217. FPGA-Based Wireless System Design
  218. Toyota Racing Development
  219. Improving an Engine Cooling Fan Using Design for Six Sigma Techniques
  220. Modeling Flexible Bodies in SimMechanics and Simulink
  221. Studying the World’s Most Complex Dynamic Systems
  222. Modeling Spacecraft Fuel Slosh at Embry-Riddle Aeronautical University
  223. Evaluating Plug-In Series Hybrid Designs for Postal Delivery Vehicles
  224. Physical Modeling of Mechanical Friction in Simulink
  225. Model-Based Design for
  226. Analyzing High-Resolution Microscopy Images
  227. Introduction to Object-Oriented Programming in MATLAB
  228. Designing for Reliability and Robustness
  229. Teaching Medical Instrumentation at the University of Washington
  230. Analyzing LASIK Optical Data Using Zernike Functions
  231. Designing for Reliability and Robustness
  232. Using Functional Electrical Stimulation to Restore Movement to Individuals with Neuro
  233. Rapid Development and Simulation of an Aircraft Flutter-Detection System
  234. Increasing Your Productivity with the MATLAB Desktop
  235. Modeling System Architecture and Resource Constraints Using Discrete-Event Simulation
  236. Introduction to Object-Oriented Programming in MATLAB
  237. High-Integrity Code Generation and Verification
  238. Developing Models for Real-Time Simulators Using MATLAB and Simulink
  239. Creating Test Cases to Verify Your Simulink Design Using the Signal Builder Block
  240. Techniques for Creating Models and Generating Optimized Code for Fixed-Point Designs
  241. Model-Based Design with Production Code Generation for Steer-by-Wire System Developme
  242. Toyota Racing Development
  243. Improve the Fidelity of Your Simulink Models Using Test Data and Parameter Estimation
  244. BAE SYSTEMS CNIR Develops On-the-Move Antenna Pointing and Stabilization System
  245. Integrate Legacy Code for Simulation and Embedded Code Generation with the Legacy Cod
  246. Modeling Survival Data with the Statistics Toolbox
  247. New Features in MATLAB 7 for Handling Large Data Sets
  248. Legacy Code Function Integration Using Real-Time Workshop Embedded Coder
  249. Nissan Develops Emission Reduction System for Mass-Production Vehicles Using MathWork
  250. The Challenge X Competition