Theory complexity of communication

  • What is a nondeterministic communication complexity?

    For a function f : X \xd7 Y → {0, 1}, the nondeterministic communication complexity of f is defined as N(f) = log2 C1(f).
    The co-nondeterministic communication complexity of f is defined as N(\xacf) = log2 C0(f).
    Note that while D(f) is always an integer, N(f) and N(\xacf) can be fractional numbers..

  • What is communication complexity information theory?

    Communication complexity is an area of computational complexity theory that studies the amount of communication required to complete a computational task.
    Communica- tion complexity gives us some of the most successful techniques for proving impossibility results for computational tasks..

  • What is complexity theory in communication?

    Communication complexity is an attempt to model the efficiency and intrinsic complexity of communication between computers.
    It studies problems which model typical communication needs of computations and attempts to determine the bounds on the amount of communication between processors that these problems require..

  • What is the communication complexity of a language?

    The communication complexity is defined as the length of the shortest such computation on each input in L, maximized over all inputs.
    The class of functions that is computable by nondeterministic protocols in communication f is denoted by NCOMMGf)..

  • What is the complexity of communication?

    In theoretical computer science, communication complexity studies the amount of communication required to solve a problem when the input to the problem is distributed among two or more parties..

  • What is the complexity theory of communication?

    Communication complexity is an attempt to model the efficiency and intrinsic complexity of communication between computers.
    It studies problems which model typical communication needs of computations and attempts to determine the bounds on the amount of communication between processors that these problems require..

  • Why communication is so complex?

    Communication involves more than words; it incorporates nonverbal cues.
    Facial expressions, body language, tone of voice, and gestures add subtle nuances, emotions, and intentions.
    Sensitivity and contextual awareness are necessary to interpret these cues accurately.
    Subjectivity and interpretation pose challenges..

  • Why is communication complexity important?

    Communication complexity is an area of computational complexity theory that studies the amount of communication required to complete a computational task.
    Communica- tion complexity gives us some of the most successful techniques for proving impossibility results for computational tasks..

  • Communication complexity is the amount of communication required to complete a process or achieve an objective.
    In the context of an organization, communication complexity is a function of the number of people involved in a process.
  • Communication complexity is the amount of communication required to complete a process or achieve an objective.
    In the context of an organization, communication complexity is a function of the number of people involved in a process.Oct 28, 2017
  • Message complexity has a definition as being an “obstacle to listening when a person finds a message so complex or confusing that he or she stops listening” (Duck & McMahon, 2015, p. 120).
    Message complexity is a concept that applies to numerous college courses.
Communication complexity is an attempt to model the efficiency and intrinsic complexity of communication between computers. It studies problems which model typical communication needs of computations and attempts to determine the bounds on the amount of communication between processors that these problems require.
Communication complexity is an attempt to model the efficiency and intrinsic complexity of communication between computers. It studies problems which model 
Quantum communication complexity tries to quantify the communication reduction possible by using quantum effects during a distributed computation. At least  Randomized communication Nondeterministic Unbounded-error
In theoretical computer science, multiparty communication complexity is the study of communication complexity in the setting where there are more than 2 players.

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