1. SIMULINK LOGIKA DAN PEMROGRAMAN KOMPUTER Wayan Nata Septiadi, ST
This presentation shows how The MathWorks products provide an integrated approach for the design of complex systems. Beginning with the concept, the tools provide the ability to develop the system, verify that it satisfies the specifications, allows the designer to optimize the design, and finally, automatically creates the embedded code.
Using examples from aircraft and spacecraft design, the unique features of The MathWorks products that allow this process are highlighted. In particular, the open nature of the products and their integration are exploited.

2. LOGIKA & PEMROGRAMAN KOMPUTER
PENGERTIAN SIMULINK
Simulink merupakan suatu sub program dari bahasa matlab yang dapat digunakan grafikal, pemodelan simulasi dan control dinamik.
MATLAB commands
and scripts can be
executed
interactively in the
“Command Window”

3. Simulink Library Browser
LOGIKA & PEMROGRAMAN KOMPUTER
Simulink Library Browser
Library browser merupakan toolbook model yang terdiri dari sink, sources, math operation dan lain-lain
Terdapat kurang lebih 2060 model simulink standar dalam library browser.
Model tidak dapat dioperasikan pada comand windows Matlab. Model simulink dapat dioperasikan pada:
Click File - New – Model (or Ctrl-N)

4. Model simulasi sederhana
LOGIKA & PEMROGRAMAN KOMPUTER
Model simulasi sederhana
The talk consists of an introductory demonstration that uses the Lunar Module autopilot design to illustrate MATLAB, Simulink and Stateflow integrated together to provide a complete design.
This is followed by a brief description of The MAthWorks; who we are and how we got started.
The presentation then walks through each of the major products and these are illustrated using examples that have been selected to illustrate the main strengths of each product.
The last part of the discusses “Simulation based Requirements”. The current state of code generation for embedded systems is described, and the way in which this can evolve using integrated tools is discussed.
Connect block inputs and outputs according to
the circuit equation
Double-click a block to change parameter
values
To better document the model, double-click on
the block name or on the connection line to
change block and signal names as desired
Drag an drop
Gain block from
Math Operations
in the Library
Drag an drop
Sine Wave block
from Sources in
the Library
Drag an drop
Scope block
from Sinks in the
Library

5. Total simulation time (10 seconds in
LOGIKA & PEMROGRAMAN KOMPUTER
Total simulation time (10 seconds in
Click here to start simulation this example) can be changed here
Click here to start simulation
Autoscale
Double-click on the Scope
block to display the output
waveform (current iR)
* WE’RE APPLICABLE TO A WIDE RANGE OF PROBLEMS - if you believe -as we do - that the future of technical computing involvesA MULTIDISCIPLINARY APPROACH, YOU’LL SEE THAT IN DICK’S DEMOS
tHIS IS WHY ASTRONAUTICS IS TALKING TO US ABOUT INCREASING THEIR USAGE FROM 150 TO 1,500 COPIES. THEIR MANAGER OF IS FOR THEIR ENGINEERING AND PRODUCTION DEPARTMENTS SAYS THAT HE SEES US AS DESKTOP PRODUCT FOR ALL THEIR ENGINEERS.
* BECAUSE OF THIS BREADTH OF APP & OPEN SYS PHILOSOPHY…
THE EPI COMMITTEE HAS ASKED US TO LOOK INTO INTERFACING TO OTHER EPI CHOSEN TOOLS LIKE RTM & RDD. OUR INITIAL PASS TELLS US THAT ALL THE HOOKS ARE THERE, SO IT’S VERY LIKELY WE’LL BE DOING THAT
OFFER CATALOG
* WE HAVE EXCELLENT, INDUSTRY LEADING SUPPORT AND SERVICES THAT I’LL GO OVER BRIEFLY IN A MOMENT
* I’M YOUR NAT ACCT MNGR
- CPP & EPI
- TRAINING FILMS
Scope
parameters
Explore various menu options, block
properties, etc. For example:
• Add another axis to the Scope
and display both iR and vR
• Repeat simulations for different
values of the sinewave amplitude
or frequency, or different R 12

6. Any constant or variable defined in the Matlab workspace is
LOGIKA & PEMROGRAMAN KOMPUTER
Communicating with
the Workspace
Any constant or variable defined
in the Matlab workspace is
available in the block diagram.
The “simin” and “simout” blocks
allow you to pass signals in from
the workspace, and out to the
workspace. Change the save
format to “Array” for easiest use
(double click on the To
Workspace block for options).
The “clock” source allows you to
generate a time signal if you
want to send that back to the
workspace.

7. Other Useful Blocks LOGIKA & PEMROGRAMAN KOMPUTER
Under “Discontinuous” you
will find coulomb friction,
dead zone, saturation, and
relay.
Under “Continuous” there
is a delay block.
Under “Simulink Extras”
there is a PID controller,
transfer function with nonzero
initial conditions,
some useful sinks (such
as power spectral
density), and radians-todegrees
and Fahrenheitto-
Celsius converters.
This is a matrix of the products that The MathWorks currently provides.