ASM chart is composed of

DIGITAL LOGIC DESIGN - ALGORITHMIC STATE MACHINE MCQ

• State box without decision and conditional box is
• ASM chart resembles with
• Control sequence state is indicated by
• Control information gives knowledge about the
• If system is performing no function then it is in
• ASM chart has
• ASM chart is composed of
• In designing ASM with multiplexers, the registers hold
• ASM chart has
• ASM chart is composed of
• In designing ASM with multiplexers, the registers hold
• All inputs are synchronized with
• A state table for a controller is a list of present states and inputs and their corresponding
• State box of ASM chart represents
• In state table when input pulses is greater than 5 it is necessary to use
• One that is not present in the list of state table is
• Another possible method of control logic design is to use
• Binary information is classified into
• Difference in conventional flowchart and ASM chart is
• The logic design consists of
• Design ASM with multiplexers, is the method consists of
• Sequential circuit is also called
• ASM chart takes entire block as
• ASM chart is very same to
• To continue the count E must be
• At E=1, register R will be
• The rounded corners of conditional box differentiate it from
• For going to the next state flip-flop is set to
• Control implementation method is
• The timing for all flip-flops in digital system is controlled by
• Symbolic notation R←0 represents
• The first level of design with multiplexer determines the register\'s
• The number of inputs and outputs in a state table are
• One that is a digital component is
• The third level of design with multiplexer consists of
• ASM stands for
• In ASM design flip-flops are considered to be
• Discrete element of information is
• A method used to specify the sequence of algorithm is
• State box is a shape of
• Conditional box has a shape of
• One that is not a digital component is
• With every clock pulse count is
• A command used to start signals operation is indicated by
• Box that tells the effect of input on control subsystem is called
• Symbolic notation A←B represents
• Timings for registers are controlled by
• One that is not the element of ASM chart is
• One that is not a type of register
• Large maps are used if flip-flops and inputs become greater than
• The change of state in ASM chart is performed in
• Sequential operations in digital system are described by

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