fsm


implementation of an Moore Automaton in digital electronics


in the wikipedia article about Moore Automatons it is said, that clocked digital circuits are a form of moore automatons.
http://en.wikipedia.org/wiki/Moore_machine#Mechanism
how about the other way around. how is an arbitrary moore automaton implementet in digital electronics, are there any rules how to build the circuit. or is this never done? just wondering...
First you find out all possible (and impossible) input states and corresponding output states of the moore automaton. It is important that you have some reasonable output states for impossible input states, because in real life there may be interference that changes the state of bits to something unexpected.
There are several methods how the logic can be built. For small number of states one can use Karnaugh map. For bigger systems there are other means. Maybe the simplest method to implement logic is to store the state transfers into memory by using input state as address and output state as data.

Related Links

What is the DEF state in the Ragel (6.10) document illustrations
Converting a system model into transition system for model checking
Programming a bubblesort in NuSMV
about states of finite state machine
Controlling finite-state machines
What are steps for generating fsm code in C or C++ with NunniFsm?
Compile Finite State Machine to UML(-like) Diagram
JountJS - Creating FSM Dynamically through PHP
Large DFA examples?
implementation of an Moore Automaton in digital electronics
Finite State Machine of concurrent system
Syntax for Describing DFA or NFA
Combined states, FSM
How to Build finite state machine that show modulus 4 in binary
FSM data structure design

Categories

HOME
winforms
wso2
pypi
mockito
kalman-filter
dxl
jpeg
yum
uber-api
bs4
cross-validation
elasticsearch-hadoop
python-unittest
metatrader4
kentor-authservices
google-cloud-ml
usergrid
task
visual-studio-cordova
ups
decomposition
tostring
facebook-page
pugjs
conemu
google-search-api
php-openssl
hammerspoon
buildbot
sparse-matrix
bootstrap-duallistbox
traffic
.net-4.0
stringtemplate
bower-install
host
azure-ml
babel-core
qwt
jquery-validate
dtexec
gcsfuse
dwscript
messenger
url-pattern
android-textview
plottable.js
firebaseui
gridview-sorting
python-stackless
natvis
vhd
separator
google-places
spidermonkey
website-monitoring
coldbox
rdtsc
system.net.webexception
dealloc
meteor-velocity
floating-point-precision
access-rights
gridfs
inbox
dotnetnuke-5
easy-install
ril
gridcontrol
android-hardware
clipper
quickdialog
cisco-jtapi
newtonscript
wse3.0
whoosh
external-accessory
f#-powerpack
horizontal-accordion
servicehost
file-comparison
ecl
winbugs14
sql-server-profiler
sudzc
icanhaz.js
jquery-ui-droppable
web-architecture
ctp4
zune

Resources

Mobile Apps Dev
Database Users
javascript
java
csharp
php
android
MS Developer
developer works
python
ios
c
html
jquery
RDBMS discuss
Cloud Virtualization
Database Dev&Adm
javascript
java
csharp
php
python
android
jquery
ruby
ios
html
Mobile App
Mobile App
Mobile App