speedup - определение. Что такое speedup
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Что (кто) такое speedup - определение

Найдено результатов: 15
Speedup         
PROCESS FOR INCREASING THE PERFORMANCE BETWEEN TWO SYSTEMS SOLVING THE SAME PROBLEM
Ideal speedup; Linear speedup; Speedboost; Parallel speedup; Speed up; Cache effect; Parallel efficiency
In computer architecture, speedup is a number that measures the relative performance of two systems processing the same problem. More technically, it is the improvement in speed of execution of a task executed on two similar architectures with different resources.
Speedup theorem         
WIKIMEDIA DISAMBIGUATION PAGE
Speed-up theorem; Speed up theorem; Speedup theorem (disambiguation)
In computational complexity theory, a speedup theorem is a theorem that considers some algorithm solving a problem and demonstrates the existence of a more efficient algorithm solving the same problem.
Blum's speedup theorem         
THEOREM ABOUT THE COMPLEXITY OF COMPUTABLE FUNCTIONS
Blum speedup theorem; Blum's speed-up theorem; Blum speed-up theorem; Blum’s Speed-up Theorem
In computational complexity theory, Blum's speedup theorem, first stated by Manuel Blum in 1967, is a fundamental theorem about the complexity of computable functions.
Line moiré         
  • Figure 1. Two layers with parallel lines
  • Figure 4. Slow movement of the revealing layer upward
  • Figure 5. Identical inclination of layer lines
  • Figure 2. Overlapping and interleaving zones
  • Figure 9. Moiré curves with straight base layer lines
  • Figure 10. Inversed base layer and moiré lines
  • Figure 11. The same moiré curves with modifying layer patterns
  • Effect on circular lines.
TYPE OF MOIRÉ PATTERN
Line moire; Moiré speedup; Moire speedup
Line moiré is one type of moiré pattern; a pattern that appears when superposing two transparent layers containing correlated opaque patterns. Line moiré is the case when the superposed patterns comprise straight or curved lines.
Gödel's speed-up theorem         
In mathematics, Gödel's speed-up theorem, proved by , shows that there are theorems whose proofs can be drastically shortened by working in more powerful axiomatic systems.
576i         
  • Interlaced scanning: display of odd (green) and even (red) scanlines, and line return blanking periods (dotted)
STANDARD-DEFINITION VIDEO MODE
PAL speedup; 576i50; PAL/SECAM; 582i; 576i50 16:9
576i is a standard-definition digital video mode, originally used for digitizing analog television in most countries of the world where the utility frequency for electric power distribution is 50 Hz. Because of its close association with the legacy color encoding systems, it is often referred to as PAL, PAL/SECAM or SECAM when compared to its 60 Hz (typically, see PAL-M) NTSC-colour-encoded counterpart, 480i.
Linear speedup theorem         
In computational complexity theory, the linear speedup theorem for Turing machines states that given any real c > 0 and any k-tape Turing machine solving a problem in time f(n), there is another k-tape machine that solves the same problem in time at most , where k > 1.
Grover's algorithm         
  • [[Quantum circuit]] representation of Grover's algorithm
  • \omega\rang</math> as shown.
ALGORITHM
Quadratic speedup theorem; Grover algorithm; Grovers algorithm; Grover search algorithm; Quantum partial search; Quantum oracle
In quantum computing, Grover's algorithm, also known as the quantum search algorithm, refers to a quantum algorithm for unstructured search that finds with high probability the unique input to a black box function that produces a particular output value, using just O(\sqrt{N}) evaluations of the function, where N is the size of the function's domain. It was devised by Lov Grover in 1996.
Sun–Ni law         
MEMORY-BOUNDED SPEEDUP MODEL
Sun-Ni Law; Sun-Ni law
Within theoretical computer science, Sun–Ni's Law (or Sun and Ni's Law, also known as memory-bounded speedup), is a memory-bounded speedup model which states that as computing power increases the corresponding increase in problem size is constrained by the system’s memory capacity. In general, as a system grows in computational power, the problems run on the system increase in size.
quantum computing         
  • wafer]] of [[adiabatic quantum computer]]s
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  • upright=0.9
  • upright=1.1
STUDY OF A MODEL OF COMPUTATION
Practical quantum computer; Quantum computation; Quantum computers; Quantum Computer; Quantum indeterminacy in computation; Quantum Computing; Quantum Computers; Quantum Random Access Machine; Quantum processing unit; QPU; Quantum Computation; Qubit computer; Technical challenges of quantum computers; Technical Challenges of Quantum Computers; Quantum parallelism; Quantum parallelisms; Quantum supercomputer; Quantum computer; Quantum speedup; Quantum speed-up; Potential applications of quantum computing; Applications of quantum computing; Practical applications of quantum computing; Quantum database search; Quantum search algorithms; Quantum cryptocurrency; Quantum processor; Nonlinear optics Quantum computer; Quantum computer science; Quantam computing; Quantam computer