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Topic: State transition table

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Nondeterministic finite state machine

State diagram

Start state

Finite state machine

Automata theory

Event driven finite state machine

Kleene fixpoint theorem

Kleene algebra

Unified Modeling Language

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Automaton

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	Requirements Defined: Requirements Model 1 - The State Table
		If there is no requirement related to one of the transitions in the table, there will be no way to transition from one state to the other in the final system.
		We constructed a state table and systematically moved through each possible transition to discover almost all of the requirements of the system.
		State tables have made complex system analysis problems much simpler and easier to digest for me and I hope that you will find some use for them on one of your projects.
	requirements.seilevel.com /blog/2005/12/requirements-model-1-state-table.html (628 words)

	State transition table - Wikipedia, the free encyclopedia
		In Automata Theory, a state transition table is a table describing the transition function T of a finite automaton.
		This function governs what state (or states in the case of a nondeterministic finite automaton) the automaton will move to, given an input to the machine.
		Given a state diagram of a finite automaton, a state transition table can be derived from it and vice versa.
	en.wikipedia.org /wiki/State_transition_table (525 words)

	Finite state machine - Wikipedia, the free encyclopedia
		A transition indicates a state change and is described by a condition that would need to be fulfilled to enable the transition.
		Finite state machines are one type of the automata studied in automata theory and the theory of computation.
		The next state and output of a FSM is a function of the input and of the current state.
	en.wikipedia.org /wiki/Finite_state_machine (2007 words)

	Process Definition for Adaptable Workflow Management Systems
		Using XML the structure of a State Event Transition Table is a DTD as shown in Table 3.
		Table 6 is a sample DI for Academic Affairs in a university and is explained below.
		The Academic Affairs DI states that the operation of the Academic Affairs is governed by the quality statement and the rules and regulations.
	www.gca.org /papers/xmleurope2001/papers/html/s15-1.html (3697 words)

	[No title] (Site not responding. Last check: )
		State transition tables are used to represent the operation of the protocol by a number of cooperating state machines each comprising a group of connected, mutually exclusive states.
		The execution of any state block appears to be atomic with respect to the execution of any other state block and the transition condition to that state from the previous state is TRUE when execution commences.
		On completion of the transition from the previous state to the current state, all exit conditions occurring during the current state (including exit conditions defined for the wildcard state) are evaluated until an exit condition for that state is met.
	www.ietf.org /internet-drafts/draft-ietf-pana-statemachine-04.txt (6558 words)

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		It presents the state name used in the state transition table, the corresponding SDLI state name used throughout this specification, and a brief description of the state.
		The table presents the event name used in the state transition table, a brief description of the event (including the corresponding SDLI primitive), and a mapping of the event to the associated Communications Device Interface (CDI) primitive.
		The table represents the event name used in the state transition table, a brief description of the event (including the corresponding SDLI primitive), and a mapping of the event onto the Communications Device Interface (CDI).
	www.openss7.org /streams_012.html (1027 words)

	Dr. Dobb's \| Build Applications Faster with State Transition Automatons \| December 1, 1992
		Table 3 shows that substates 6, 8, and 9 have the same target, the same True and False transition states, and the same True and False routines.
		The state transition diagram for the semantic case is shown in Figure 3, and its corresponding sparse table in Table 7.
		State machine technique, or finite state automatons, are especially well-suited to applications that involve data-flow tranformations (e.g, parsers or data converters), or ones where control flow is tightly sequenced (e.g., transaction processing applications).
	www.ddj.com /184402626?pgno=12 (2450 words)

	Tables of Cellular Automaton Properties (1986)
		State transition diagram fragments have the general form of cycles fed by trees.
		Some finite cellular automata, such as rule 13, are reversible, so that their state transition diagrams contain no transients, and all states are on cycles.
		Notice that the results given here and in table 14 for cellular automata on finite lattices with periodic boundary conditions also apply to infinite cellular automata in which only spatially periodic configurations are considered.
	www.stephenwolfram.com /publications/articles/ca/86-caappendix/14/text.html (467 words)

	Appendix B: ODBC State Transition Tables (Microsoft Open Database Connectivity (ODBC)) (Site not responding. Last check: )
		The state of the environment, connection, statement, or descriptor usually dictates when functions that use the corresponding type of handle (environment, connection, statement, or descriptor) can be called.
		The NS notation in state S11 means that the transitions for the statement are the same as those for a statement in state S1 that creates a result set.
		To understand the state transition tables, it is necessary to understand which item (environment, connection, statement, or descriptor) they refer to.
	msdn.microsoft.com /library/en-us/odbc/htm/odbcodbc_state_transition_tables.asp?frame=true (901 words)

	[No title]
		The accepting states are used to distinguish sequences of inputs given to the finite automaton.
		The vertices (denoted by single circles) of a transition diagram represent the states of the DFA and the arcs labeled with an input symbol correspond to the transitions.
		Since the state 0 is also the accepting state, when all the a's on the tape are read, the DFA is in the accepting state.
	www.cs.odu.edu /~toida/nerzic/390teched/regular/fa/dfa-definitions.html (892 words)

	Understand the relationship between mutable service-oriented objects and state machines
		The state pattern suggests that when you find yourself with switch statements with a case for each of some finite number of states, you should consider factoring out the behavior for each state into its own class.
		To me, the state pattern makes the most sense when the requirements are understood in terms of a state machine in the first place.
		So my take on the state pattern is that the state pattern makes sense in the solution, only in those relatively rare cases in which a state machine is used to define the requirements.
	www.artima.com /interfacedesign/StatePattern.html (3413 words)

	State Chart XML (SCXML): State Machine Notation for Control Abstraction
		A transition with this state as its target is in fact a transition to one of the other descendant states of the parent.
		The identifier(s) of the state or parallel region to transition to.
		A transition with this history pseudo-state as its target is in fact a transition to the set of descendant states that were active the last time this state was exited.
	www.w3.org /TR/scxml (12558 words)

	Endpoint State Transitions
		A machine-readable endpoint state transition table is interpreted by API routines to manage a state variable maintained for each endpoint.
		Each state transition table is organized as an array where each row represents an event and each column represents one of the possible endpoint states.
		Given some event and the current state of the endpoint, the array element at the intersection of the row and column is the new state of the endpoint.
	www.cisco.com /univercd/cc/td/doc/product/software/ioss390/ios39aac/acendpt.htm (510 words)

	The Software Revolution, Inc. - About Us - Partners page -
		A graph of the states and state transitions of a procedure in which states are depicted as bubbles and state transitions are depicted as arcs between the states.
		An STT consists of a three part table consisting of: (1) preconditions and their Boolean value assignments; (2) the set of state transitions achieved by satisfying preconditions; and (3) the set of actions taken upon satisfaction of the transition preconditions.
		A state transition consists of a Boolean value assignment to the control conditions of the state (the precondition) and the sequence of actions (expressed as methods or block level program slices) taken in the event the preconditions of the transition are satisfied.
	www.softwarerevolution.com /FAQspage.htm (1401 words)

	state driven agent design 1
		A finite state machine is a device, or a model of a device, which has a finite number of states it can be in at any given time and can operate on input to either make transitions from one state to another or to cause an output or action to take place.
		There is no output or action associated with the off state (unless you consider the bulb being off as an action), but when it is in the on state electricity is allowed to flow through the switch and light up your room via the filament in a lightbulb.
		Table 2.1 shows an example of the mapping for the states and conditions shown in the previous example.
	www.ai-junkie.com /architecture/state_driven/tut_state1.html (2101 words)

	EET 3350 - Introduction to Sequential Circuit Design
		State reduction techniques also allow you to be sloppy in obtaining the initial finite state machine description.
		Two states have equivalent behavior if, for all input combinations, their outputs are the same and they change to the same or equivalent next states.
		If we were able to combine states Si and Sj, it would imply that their next state transitions for each input combination must also be equivalent.
	cset.sp.utoledo.edu /eet3350/lesson6.html (3011 words)

	[No title]
		The table presents the event name used in the state transition table, a brief description of the event (including the corresponding DLPI primitive), and an indication of whether the event is valid for connection-oriented data link service (DL_CODLS), connectionless data link service (DL_CLDLS), acknowledged connectionless data link service (DL_ACLDLS) or all.
		The table presents the event name used in the state transition table, a brief description of the event (including the corresponding DLPI primitive), and an indication of whether the event is valid for connection-oriented data link service (DL_CODLS), connectionless data link service (DL_CLDLS), acknowledged connectionless service (DL_ACDLS) or all.
		The intersecting transition cell defines the resulting state transition (that is, next state) and associated actions, if any, that must be executed by the DLS provider to maintain the interface state.
	www.opengroup.org /onlinepubs/009618899/apdxb.htm (1918 words)

	thinair: Perl state machine to scrape HTML
		My state transition table is a perl hash of hashes where the values of the inner hashes are closures.
		The 'save_address' state is the most complicated of the bunch and skipping that andnbsp; makes it somewhat less complicated.
		The bulk of the state machine is also fits in a single window in emacs whereas in Java I would have a pile of objects in different files to express the same machine.
	dobbse.net /thinair/2004/08/perl-fsm.html (1004 words)

	4.1. State Transition Table
		State transitions and actions are represented in the form action/new-state.
		The states in which the Restart timer is running are identifiable by the presence of TO events.
		The Restart timer is stopped when transitioning from any state where the timer is running to a state where the timer is not running.
	www.freesoft.org /CIE/RFC/1661/14.htm (247 words)

	Finite state machine
		States are indicated by bubbles; transitions between states by arrows.
		Entries in the table indicate the next state that is reached when the event indicated by the column heading occurs during the state indicated by the row heading.
		State transition tables are often very sparse: most of the entries are empty "nothing changes" cells that make the tables large and difficult to read.
	staff.washington.edu /~jon/z/fsm.html (623 words)

	Python State Machine Modules
		This example uses pyparsing to parse out a state transition table, and to generate the associated classes and transition logic a la the State pattern as described in the GOF Design Patterns book.
		The State method as implemented in Java, C++, or C# usually begins by defining an abstract class that describes all of the state-specific behaviors, plus a "nextState" method for implementing state transitions.
		What is important in implementing a state machine capability is to not only represent the state transitions, but to also be able to associate behavior with the various states.
	www.geocities.com /ptmcg/python/stateMachine.html (1199 words)

	*Modeling Events and Responses in the Dynamic Model
		The purpose of the state diagram (state transition diagram) is to specify stimulus response logic for a system or class of objects.
		States may be shown in a generalization specialization hierarchy in which generalization states (superclasses) define the most general, common behavior and specialization states (subclasses) define specialized behavior for an object in the specialization state.
		A state diagram and/or a state table displays the sequence and logic of events and conditions triggering actions and possibly triggering the transition to a different state.
	www.microgold.com /version2/stage/tutorial/withclasstutorial/wctutp2s12.htm (3902 words)

	IT532 - SYSTEMS ANALYSIS - CLASS 9 - STATE TRANSITION DIAGRAMS
		The state of an object is the current values of its attributes together with the current instances of its associations with other objects.
		The pattern of events, states, and state transitions for a given class can be abstracted and modeled as a state diagram or a state table.
		A state transition diagram shows the states of a system or an object and the possible transitions from one state to another.
	www4.desales.edu /~dlm1/it532/class09/statemod.html (766 words)

	Charming Python: Generator-based state machines
		In the model, one or more states are defined as end states, and exactly one state is defined as a start state (calls to the class methods configure this).
		In a realistic program, the state transition jumps would be much more context dependent and would probably be determined in the actual generator bodies.
		Each line of the results represents flow spent in one particular state handler or generator; the flow context is announced at the beginning of the line.
	www-106.ibm.com /developerworks/linux/library/l-pygen.html (2098 words)

	5. Example: a compile-time FSM generator
		The state transition table for the FSM is shown in Table 1.
		The transition table provides us with a complete formal definition of the target FSM, and there are several ways to transform that definition into code.
		The transition table of our FSM is just five lines long; ideally, we would like the skeleton implementation of the automata's controlling logic to be equally short (or, at least, to look equally short, i.e.
	www.cs.ualberta.ca /~graphics/software/boost/libs/mpl/doc/paper/html/example.html (680 words)

	Superinterface - Easy Wizard
		And the last transition, is when "done" command is received in the Confirm state, and FSM moves to the terminating Finish state.
		When developing state machine engine to control different stages of a user interface, it is important to remember, that user interface (UI) must not only skip from one page to another because FSM instructs to do so, but also to properly update underlying domain model and to stay in sync with it.
		This state refers to domain model data, relevant to it, which is name, repeated name and a password of a new user.
	www.superinterface.com /ewfsm.htm (1196 words)

	Embedded.com - Embedded State Machine Implementation
		A state is a condition that causes a prescribed relationship of inputs to outputs, and of inputs to next states.
		A Mealy machine is a state machine where the outputs are a function of both present state and input, as opposed to a Moore machine, in which the outputs are a function only of state.
		One of the advantages of a state machine is that it forces the programmer to think of all the cases and, therefore, to extract all the required information from the user.
	www.embedded.com /2000/0012/0012feat1.htm (2155 words)

	Modeling Sprite Animation by Diana Gruber
		Finite State Automata, also known as finite state machines or FSMs, are a thereotical device used to describe the evolution of an object based on its current state and outside influences.
		The present state of the object, its history, and the forces acting upon it can be analyzed to determine the future state of the object.
		The current state of the object, combined with the forces and environmental variables acting upon it, determines the future state of the object.
	www.fastgraph.com /fsm.html (1382 words)

	5. Example: a compile-time FSM generator
		The state transition table for the FSM is shown in Table 1.
		The transition table provides us with a complete formal definition of the target FSM, and there are several ways to transform that definition into code.
		The transition table of our FSM is just five lines long; ideally, we would like the skeleton implementation of the automata's controlling logic to be equally short (or, at least, to look equally short, i.e.
	www.mywikinet.com /mpl/paper/html/example.html (680 words)

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