2021년 2월 17일 (수) 07:56에 Pythagoras0님의 편집

2021-02-17T07:56:17Z

Pythagoras0: /* 메타데이터 */ 새 문단

2020-12-26T12:11:52Z

메타데이터: 새 문단

Pythagoras0: /* 노트 */ 새 문단

2020-12-21T14:56:57Z

노트: 새 문단

새 문서

== 노트 ==

===위키데이터===
* ID : [https://www.wikidata.org/wiki/Q176452 Q176452]
===말뭉치===
# The FSM can change from one state to another in response to some external inputs; the change from one state to another is called a transition.<ref name="ref_3c6868c6">[https://statecharts.github.io/what-is-a-state-machine.html What is a state machine?]</ref>
# Therefore FSM proves very cooperative in understanding sequential logic roles.<ref name="ref_0ea441a8">[https://www.elprocus.com/finite-state-machine-mealy-state-machine-and-moore-state-machine/ Finite State Machine (FSM) : Types, Properties, Design and Applications]</ref>
# The definition of a finite state machine is, the term finite state machine (FSM) is also known as finite state automation.<ref name="ref_0ea441a8" />
# FSM is a calculation model that can be executed with the help of hardware otherwise software.<ref name="ref_0ea441a8" />
# This finite state machine diagram explains the various conditions of a turnstile.<ref name="ref_0ea441a8" />
# Simply expressed, instead of focusing on decision making, there are two main questions to represent in an FSM diagram.<ref name="ref_8c07ce2e">[https://www.itproportal.com/features/finite-state-machines-better-than-flowcharts/ Finite-state machines: Better than flowcharts]</ref>
# This is because FSM-defined workflows put the processes front and centre.<ref name="ref_8c07ce2e" />
# Say we use an FSM diagram to define the workflow of a sales proposal.<ref name="ref_8c07ce2e" />
# When designing workflows and automating document management with software, an appropriate FSM-based application that has been well thought out should provide real ease of use.<ref name="ref_8c07ce2e" />
# The FSM transitions to this state when startup has completed and the module is fully configured for FIPS mode of operation.<ref name="ref_87ee4522">[https://docs.oracle.com/en/industries/communications/session-border-controller/8.4.0/fipscompliance/finite-state-machine-acme-packet-1100-and-acme-packet-3900.html Finite State Machine]</ref>
# The FSM is operational but is not providing security services or performing cryptographic functions.<ref name="ref_87ee4522" />
# Cryptographic keys and security parameters are loaded, and the FSM is waiting for data or control inputs.<ref name="ref_87ee4522" />
# A finite state machine (FSM) 1 consists of a set of states \(s_i\) and a set of transitions between pairs of states \(s_i, s_j\).<ref name="ref_efac0434">[https://link.springer.com/chapter/10.1007/978-3-319-62533-1_4 Finite State Machines]</ref>
# mis(MachineName,InitialState) where InitialState is the initial state of the FSM named MachineName.<ref name="ref_030ad7a0">[https://www3.cs.stonybrook.edu/~warren/xsbbook/node33.html Finite State Machines]</ref>
# By including a MachineName in each tuple, we can use these relations to represent a number of different FSM's.<ref name="ref_030ad7a0" />
# A FSM is said to accept a string if it executes in the following way: it starts in the initial state, and makes a transition to the next state along a path labeled by the symbol it is looking at.<ref name="ref_030ad7a0" />
# At first, this looks like an easy job for a finite state machine.<ref name="ref_4f5c7cdc">[https://www.freecodecamp.org/news/state-machines-basics-of-computer-science-d42855debc66/ Understanding State Machines]</ref>
# It is similar to a finite state machine in that it has a paper strip which it reads.<ref name="ref_4f5c7cdc" />
# This implementation is used to generate a graphical FSM using the integrated visualization and analysis tool.<ref name="ref_154bc280">[https://www.sciencedirect.com/topics/computer-science/finite-state-machine Finite-State Machine - an overview]</ref>
# An analyzer generates a finite state machine from the product of input models, for validation, visualization, and checking of safety properties by concrete state model-checking.<ref name="ref_154bc280" />
# The tool allows for the FSM or EFSM model to be written as in Java, and provides a collection of algorithms for traversing the model and generating the test-cases.<ref name="ref_154bc280" />
# A Finite State Machine is a model of computation based on a hypothetical machine made of one or more states.<ref name="ref_b9b58bd7">[https://medium.com/@mlbors/what-is-a-finite-state-machine-6d8dec727e2c What is a Finite State Machine?]</ref>
# A Finite State Machine is any device storing the state of something at a given time.<ref name="ref_b9b58bd7" />
# We could use a Stack-Based FSM.<ref name="ref_b9b58bd7" />
# Through this article, we saw what a Finite State Machine is.<ref name="ref_b9b58bd7" />
# 1000 0 Which string cannot be generated by the finite state machine below?<ref name="ref_ac6c935d">[https://brilliant.org/wiki/finite-state-machines/ Finite State Machines]</ref>
# An example of a deterministic finite automaton that accepts only binary numbers that are multiples of 3.<ref name="ref_56f99689">[https://en.wikipedia.org/wiki/Deterministic_finite_automaton Deterministic finite automaton]</ref>
# The figure illustrates a deterministic finite automaton using a state diagram.<ref name="ref_56f99689" />
# DFAs have been generalized to nondeterministic finite automata (NFA) which may have several arrows of the same label starting from a state.<ref name="ref_56f99689" />
# DFAs are equivalent in computing power to nondeterministic finite automata (NFAs).<ref name="ref_56f99689" />
# An FSM is defined by a list of its states, its initial state, and the inputs that trigger each transition.<ref name="ref_ed6a517f">[https://en.wikipedia.org/wiki/Finite-state_machine Finite-state machine]</ref>
# This is because an FSM's memory is limited by the number of states it has.<ref name="ref_ed6a517f" />
# The FSM uses only entry actions, i.e., output depends only on state.<ref name="ref_ed6a517f" />
# The FSM also uses input actions, i.e., output depends on input and state.<ref name="ref_ed6a517f" />
# A synchronous sequential circuit is also called as Finite State Machine (FSM), if it has finite number of states.<ref name="ref_e7b547b9">[https://www.tutorialspoint.com/digital_circuits/digital_circuits_finite_state_machines.htm Finite State Machines]</ref>
# A Finite State Machine is said to be Mealy state machine, if outputs depend on both present inputs & present states.<ref name="ref_e7b547b9" />
# A Finite State Machine is said to be Moore state machine, if outputs depend only on present states.<ref name="ref_e7b547b9" />
# In mathematic terms, this diagram that describes the operation of our sequential circuit is a Finite State Machine.<ref name="ref_a2b04af9">[https://www.allaboutcircuits.com/textbook/digital/chpt-11/finite-state-machines/ Finite State Machines]</ref>
# That is in contrast with the Mealy Finite State Machine, where input affects the output.<ref name="ref_a2b04af9" />
# Since we have built a More Finite State Machine, the output is dependent on only the current input states.<ref name="ref_a2b04af9" />
# The finite state machine pattern works regardless of whether we use React, Vue or Angular.<ref name="ref_5f499e7f">[https://www.smashingmagazine.com/2018/01/rise-state-machines/ The Rise Of The State Machines — Smashing Magazine]</ref>
# Finite automata machine takes the string of symbol as input and changes its state accordingly.<ref name="ref_9a6e7a28">[https://www.javatpoint.com/finite-state-machine Finite state machine]</ref>
# FA has two states: accept state or reject state.<ref name="ref_9a6e7a28" />
# DFA DFA stands for Deterministic Finite Automata.<ref name="ref_9a6e7a28" />
# {q3} NDFA NDFA refer to the Non Deterministic Finite Automata.<ref name="ref_9a6e7a28" />
# When a finite-state machine is running, one or many states are active in each execution step.<ref name="ref_1ce169d6">[https://levelup.gitconnected.com/an-example-based-introduction-to-finite-state-machines-f908858e450f An Example-Based Introduction to Finite-State Machines]</ref>
# A finite-state machine is not required to have accepting states; it might be designed to run indefinitely.<ref name="ref_1ce169d6" />
# The set of all symbols presented in the FSM is called the alphabet.<ref name="ref_1ce169d6" />
# A Finite State Machine is a model of computation, i.e. a conceptual tool to design systems.<ref name="ref_17de0292">[https://stackabuse.com/theory-of-computation-finite-state-machines/ Theory of Computation: Finite State Machines]</ref>
# The FSM class, after being initialized, needs the add_transitions() method to be called.<ref name="ref_17de0292" />
# A simple traffic light system can be modeled with a Finite State Machine.<ref name="ref_17de0292" />
# Earlier we modeled a Finite State Machine that accepted the string '10' for any amount of iterations.<ref name="ref_17de0292" />
# A finite-state machine is a model used to represent and control execution flow.<ref name="ref_402e47e1">[https://gamedevelopment.tutsplus.com/tutorials/finite-state-machines-theory-and-implementation--gamedev-11867 Finite-State Machines: Theory and Implementation]</ref>
# A finite-state machine, or FSM for short, is a model of computation based on a hypothetical machine made of one or more states.<ref name="ref_402e47e1" />
# An FSM can be represented by a graph, where the nodes are the states and the edges are the transitions.<ref name="ref_402e47e1" />
# The implementation of a FSM begins with the states and transitions it will have.<ref name="ref_402e47e1" />
# Congratulations, you’ve just created a finite state machine.<ref name="ref_57a316db">[https://gameprogrammingpatterns.com/state.html State · Design Patterns Revisited · Game Programming Patterns]</ref>
# This lets each FSM have its own instance of the state.<ref name="ref_57a316db" />
# A finite state machine isn’t even Turing complete.<ref name="ref_57a316db" />
# If we want to stick to the confines of an FSM, we have to double the number of states we have.<ref name="ref_57a316db" />
# Finite State Machine processing allows moving some algorithms from the application processor to the STMicroelectronics sensor, enabling consistent reduction of power consumption.<ref name="ref_be145843">[https://github.com/STMicroelectronics/STMems_Finite_State_Machine STMicroelectronics/STMems_Finite_State_Machine]</ref>
# A Finite State Machine is a mathematical abstraction used to design logic connections.<ref name="ref_be145843" />
# The results of the Finite State Machine can be read from the application processor at any time.<ref name="ref_be145843" />
# Finite state machines (FSM) can only model simple relations, aka transitions from one state to the other, and are mostly used to model business processes.<ref name="ref_da6f710e">[https://www.waylay.io/blog/iot-automation-finite-state-machines/ A guide to rules engines for IoT: Finite State Machines]</ref>
# Combining multiple non-binary outcomes and majority voting is not possible with FSM engines.<ref name="ref_da6f710e" />
# The concept of FSM is easy to grasp by different types of users.<ref name="ref_da6f710e" />
# A direct result of that is that FSM lacks readability as rules become more complex, or when a particular corner case needs to be modeled as a state.<ref name="ref_da6f710e" />
# A deterministic finite state machine is a simple computation model, widely used as an introduction to automata theory in basic CS courses.<ref name="ref_25b245c0">[https://stackoverflow.com/questions/4661818/code-golf-finite-state-machine Code Golf: Finite-state machine!]</ref>
# The FSM's run, written as <State> <letter> -> <state> , followed by the final state.<ref name="ref_25b245c0" />
# A finite state machine (FSM) is a modeling technique for sequential circuits.<ref name="ref_f7d21d66">[https://dl.acm.org/citation.cfm?id=2500983 Finite State Machines in Hardware]</ref>
# An FSM where the output depends only on the present state is said to be of Moore type.<ref name="ref_f7d21d66" />
# When the FSM output depends on both the input and the present state, it is called a Mealy type machine.<ref name="ref_f7d21d66" />
# Transitions in a synchronous FSM can be of various types.<ref name="ref_f7d21d66" />
# Hence, the optimal synthesis of such systems requires a reconfigurable FSM.<ref name="ref_3e9e0496">[https://www.hindawi.com/journals/ijrc/2018/6831901/ FPGA Implementation of Reconfigurable Finite State Machine with Input Multiplexing Architecture Using Hungarian Method]</ref>
# The objective of this paper is to create a framework for a reconfigurable FSM with input multiplexing and state-based input selection (Reconfigurable FSMIM-S) architecture.<ref name="ref_3e9e0496" />
# The mathematical model for designing a controller for applications such as microprocessor control units, circuit testing, and digital signal processing (DSP) is a finite state machine (FSM).<ref name="ref_3e9e0496" />
# The mode of operation for such FSM is controlled by a counter, timer, or any user-defined control signals based on the application requirements.<ref name="ref_3e9e0496" />
# -|- Note that could also have created and added the transitions directly by: sage: fsm .<ref name="ref_3a217eb4">[https://doc.sagemath.org/html/en/reference/combinat/sage/combinat/finite_state_machine.html Finite State Machines, Automata, Transducers — Sage 9.2 Reference Manual: Combinatorics]</ref>
# sage: fsm Finite state machine with 2 states We can also obtain the underlying directed graph by sage: fsm .<ref name="ref_3a217eb4" />
# ) Looped multi-digraph on 2 vertices To visualize a finite state machine, we can use latex() and run the result through LaTeX, see the section on LaTeX output below.<ref name="ref_3a217eb4" />
# We can visualize a finite state machine by converting it to LaTeX by using the usual function latex() .<ref name="ref_3a217eb4" />
# This project is inspired by django-fsm.<ref name="ref_ad2827ee">[https://pypi.org/project/finite-state-machine/ finite-state-machine]</ref>
# In computer science terms, there is a computational model called finite automata, or “finite state machines” (FSM), that can express the same type of information.<ref name="ref_0bf6bbf3">[https://css-tricks.com/robust-react-user-interfaces-with-finite-state-machines/ Robust React User Interfaces with Finite State Machines]</ref>
# A finite state machine can be represented as a mapping from a state to its “transitions”, where each transition is an action and the nextState that follows that action.<ref name="ref_0bf6bbf3" />
# Let’s consider an American traffic light example, one of the simplest FSM examples.<ref name="ref_0bf6bbf3" />
# From now on, when you encounter “boolean flag” variables such as isLoaded or isSuccess , I encourage you to stop and think about how your app state can be modeled as a finite state machine instead.<ref name="ref_0bf6bbf3" />
# In the second use case, a designer must choose between two implementations of a finite state machine .<ref name="ref_c0059f6a">[https://www.thefreedictionary.com/finite+state+machine finite state machine]</ref>
# Cheng Hung Chen propose a model to permit invocation sequences of web services using a finite state machine .<ref name="ref_c0059f6a" />
# Representing a system as a finite state machine is very powerful because the model allows us to demonstrate the behaviour very clearly.<ref name="ref_35c3f300">[https://en.wikibooks.org/wiki/A-level_Computing/AQA/Paper_1/Theory_of_computation/Finite_state_machines Theory of Computation: Finite state machines]</ref>
# Consider the example of the elevator: by modelling the system as a finite state machine, it is possible to show that the elevator is not able to move up and down without stopping.<ref name="ref_35c3f300" />
# I am stuck in state S2 and the FSM has not accepted.<ref name="ref_35c3f300" />
# In this section we are learning about deterministic finite automaton.<ref name="ref_35c3f300" />
# A practical example of a finite state machine is a set of buttons on a video game controller that are connected to a specific set of actions within the game.<ref name="ref_3a6f2b0b">[https://whatis.techtarget.com/definition/finite-state-machine What is a Finite State Machine?]</ref>
# A finite state machine may be implemented through software or hardware to simplify a complex problem.<ref name="ref_3a6f2b0b" />
# Within an FSM, all states in consideration exist in a finite list and the abstract machine can only take on one of those states at a time.<ref name="ref_3a6f2b0b" />
# An FSM may be something very abstract, like a model for a business represented by an illustration, or it may be something concrete, like a vending machine or computer.<ref name="ref_3a6f2b0b" />
# then us e the FSM for test generation.<ref name="ref_598efdd5">[https://www.researchgate.net/publication/220854477_Generating_finite_state_machines_from_abstract_state_machines (PDF) Generating finite state machines from abstract state machines]</ref>
# The generated FSM and the original ASM are related in a natur al way.<ref name="ref_598efdd5" />
===소스===
<references />

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 * ID :  [https://www.wikidata.org/wiki/Q176452 Q176452]

← 이전 판		2020년 12월 26일 (토) 12:11 판
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	===소스===		===소스===
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		+	* ID : [https://www.wikidata.org/wiki/Q176452 Q176452]

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2021년 2월 17일 (수) 07:56에 Pythagoras0님의 편집

Pythagoras0: /* 메타데이터 */ 새 문단

Pythagoras0: /* 노트 */ 새 문단