PPT-Computer Applications: MATLAB

Dr Mayas Aljibawi ALMustaqbal University College Lecture Number 10 SIMULINK 2 SIMULINK SIMULINK is an interactive environment for modeling analyzing and simulating a wide variety of dynamic systems SIMULINK provides a graphical user interface for constructing block diagram models using draganddrop operations A system is configured in terms of block diagram representation from a library of standard components SIMULINK is very easy to learn A system in block diagram representation is built easily and the simulation results are displayed quickly . Computer imagery has applications for film special effects simulation and training games medical imagery flying logos etc Computer graphics relies on an internal model of the scene that is a mathematical representati on suitable for graphical comput Agenda. Leveraging. the . power. . of. . vector. and matrix operations in MATLAB. ®. . . - Demonstration: . Preallocation. and . vectorization. How. . does. MATLAB. ®. store and . provide. MATLAB 101. Getting Started with MATLAB. Why?. All assignments are going to be in MATLAB. Interactive programming environment, easy manipulation of image data, allows rapid prototyping. Getting Started. and engineering Programming . This is what computers are made of!. The Uber Stack. Applications. Middleware. Operating Systems. Computers. Processors. Memories. Display Components. Interconnects. Materials. Presenter: . Kaushik Chowdhury. Next.  . . GE. neration.  . NE. tworks. and.  . SYS. tems. . Lab . Authors: . Benjamin Drozdenko. Ramanathan Subramanian. Kaushik Chowdhury. Miriam Leeser. 2. AIM OF THE PROJECT. B Burlingame. 19 April 2017. Announcements . Homework. Remaining homework can be done in pairs, turn in one paper with both names. Homework 6 posted. Midterm grades still in process. 3. What and Why?. Analog computers. Analog computers are used to process continuous data. . Analog computers represent variables by physical quantities. A computer in which numerical data are represented by measurable physical variables, such as electrical voltage.. Presenter: . Kaushik Chowdhury. Next.  . . GE. neration.  . NE. tworks. and.  . SYS. tems. . Lab . Authors: . Benjamin Drozdenko. Ramanathan Subramanian. Kaushik Chowdhury. Miriam Leeser. 2. AIM OF THE PROJECT. Topics. Plot Options (subplots, overlays, legends, . datapoints. ). Polar . Plots. 3D . Plots (plot3, mesh). Textbook Reading Assignments. 5.1-5.9. Practice Problems. Chapter 5 Problems: . 5.49. 1) Plot Options. D12. . TinyOS. Applications Outline. AntiTheft. . Example . {done in gradual pieces}. LEDs, timer, booting. Sensing Example. Light Sensor. Wiring to . AntiTheft. Single Hop Networks. Active Messages interface. CS 534 . Fall . 201. 5. What you'll be learning today. MATLAB b. asics (debugging, IDE. ). Operators. Matrix indexing. Image I/O. Image display, plotting. A lot of demos. .... Who am I. Jia-Shen Boon. computation . tools. .. Others include. Maple. Mathematica. MathCad. MATLAB Excels at. Numerical calculations. Especially involving matrices. Graphics. MATLAB stands for . Mat. rix . Lab. oratory. Why MATLAB. Research Analytics. Research Analytics. Formerly the Stat/Math Center. A group within the Research Technology (RT) division of University Information Technology Services (UITS). S. upport, consultation, and administration . Mark Reed . Lani Clough. Objectives. Intermediate. level MATLAB course for people . already using. . MATLAB.. Help participants . go past the basics . and improve the performance their MATLAB code. .