computer circuit

Definitions

  • WordNet 3.6
    • n computer circuit a circuit that is part of a computer
    • ***

Usage

In literature:

If no screens are receiving ALI information, there is usually a circuit trouble between the PSAP and the Host computer.
"Hacker Crackdown" by Bruce Sterling
It's all up to the computer now, and whatever is left of the circuits.
"The Ethical Engineer" by Henry Maxwell Dempsey
The computer must have had its own backup power, some circuit that didn't run through the main utility room.
"The Samurai Strategy" by Thomas Hoover
The circuit of the walls is computed at nearly two miles.
"The Ports, Harbours, Watering-places and Picturesque Scenery of Great Britain Vol. 2" by William Finden
Computation of the heat developed in a circuit.
"Physics" by Willis Eugene Tower
***

In news:

Donath, F Ozguner, "9-V Algorithm for Test Pattern Generation of Combinational Digital Circuits," IEEE Transactions on Computers, vol 27, no.
Hayes, "Transition Count Testing of Combinational Logic Circuits," IEEE Transactions on Computers, vol 25, no.
Walczak, " Deductive Fault Simulation for Sequential Module Circuits," IEEE Transactions on Computers, vol 37, no.
Waxman, J Rootenberg, "Logic Circuit for Cycle Detection in a State Diagram ," IEEE Transactions on Computers, vol 26, no.
Lala, "Multiple Fault Detection in Fan-Out Free Circuits Using Minimal Single Fault Test Set," IEEE Transactions on Computers, vol 45, no.
Walczak, "Deductive Fault Simulation for Sequential Module Circuits," IEEE Transactions on Computers, vol 37, no.
Sending packets of data via a computer network is more efficient than making voice calls over a traditional open circuit telephone system.
Some of the popular approaches to building quantum computers include confining atoms in cryogenic gases to create quantum bits (or qubits) and using superconducting circuits.
Take a computer science course from Harvard, study circuits with a pair of MIT professors or master machine learning in a Stanford University class , all from a laptop in Minneapolis.
B ack in May 2007, Brian Boyer was just another computer guy short-circuiting from ennui sitting on a friend's couch , reading blogs.
On Monday, Oct 15, the Linux Users' Group of Davis will host a presentation on, and demonstration of, CNC (Computer Numerical Control) machining with Linux: how one can mill and route materials, and even print circuit boards, at home.
11565 Cromwell Circle, Dallas: Synchronized Light Show with over 800 computer controlled circuits and 35,000 LED Lights.
On Monday, Oct 15, the Linux Users' Group of Davis will host a presentation on, and demonstration of, CNC (Computer Numerical Control) machining with Linux : how one can mill and route materials, and even print circuit boards, at home.
But while circuits and wiring are quite happy on rigid surfaces like those in a tablet computer, they break easily when combined with materials that stretch.
Unlike the microchips in computers, they don't have circuits imprinted on them.
***

In science:

Similarly a quantum computer can be modeled by a circuit consisting of unitary gates that act on one or two qubits only.
Quantum random walks - an introductory overview
The delay (condition) is the proposed starting point and it represents the real time model of the circuit that computes the identity function 1{0,1} .
Defining the Delays of the Asynchronous Circuits
Specifically, we consider the entanglement of the states obtained by applying the random circuit to the computational basis states.
Random Quantum Circuits and Pseudo-Random Operators: Theory and Applications
Efficient quantum circuits for the Fourier Transform on Hp The fact that any QFT for any finite group is a unitary matrix (when properly normal ized) makes this class of transformations an important source of transformations a quantum computer can carry out.
On the Power of Random Bases in Fourier Sampling: Hidden Subgroup Problem in the Heisenberg Group
In the following we give an explicit description of an efficient quantum circuit which computes QFTHp .
On the Power of Random Bases in Fourier Sampling: Hidden Subgroup Problem in the Heisenberg Group
Emerson, Random Circuits and Pseudo-Random Unitary Operators for Quantum Information Processing, Proceedings of the Seventh International Conference on Quantum Communication, Measurement and Computing, edited by S. M.
Convergence Conditions for Random Quantum Circuits
We firstly define the key process that is used throughout this work: random two qubit interactions, modeled as random circuits on a quantum computer.
Efficient Generation of Generic Entanglement
Moreover, algorithms based on scalar quantum walks in the circuit model can also be compared in a more natural way to quantum walks in continuous-time models of quantum computation, such as adiabatic quantum computation.
Exploring scalar quantum walks on Cayley graphs
We believe that this could be further improved with a specialised argument, since assumed that the input to the random circuit was always a computational basis state.
Random Quantum Circuits are Approximate 2-designs
So far, existing studies have focused only on the circuit model of quantum computation (QC).
Quantum pseudo-randomness from cluster-state quantum computation
This approximation can be constructed efficiently, and so it is also applied to the computational problem of distinguishing quantum circuits.
Additivity and Distinguishability of Random Unitary Channels
In addition to these results, this approximation scheme implies the computational hardness of distinguishing mixed-state quantum circuits that implement random unitary channels.
Additivity and Distinguishability of Random Unitary Channels
Results obtained so far span areas from the prevention of computer viruses to the stability and diversity of systems such as Internet, regulatory circuits of genome and ecosystems.
How much random a random network is : a random matrix analysis
Firstly background material on random circuits, measurement based quantum computation and weighted graph states is presented.
Random circuits by measurements on weighted graph states
We now describe our scheme for generating random circuits, using ideas from measurement based quantum computation.
Random circuits by measurements on weighted graph states
***