也稱為 measurement based quantum compu

也稱為 measurement based quantum computer, MBQC。利用 qubit 糾纏的性質，準備好糾纏態 (entangled state) 並且每次測量一個 qubit ，好處在於每次計算的結果均會成功，但付出的代價是失去平行化的能力 (因為量測需要依賴前一次的結果) 。 稱為 One-way 的原因是糾纏態經過量測後就會被破壞。

結果 (英文) 1:

Also called measurement based quantum computer, MBQC. Using the properties of qubit entanglement, ready entangled states (entangled state) and each measuring a qubit, benefit is that the results of each calculation will succeed, but at the cost of losing the ability to parallelize (as measured before the need to rely on a the result of) . Cause One-way is called entanglement after the measurement will be destroyed.

結果 (英文) 2:

Also known as measurement at the quantum computer, MBQC. Using the nature of qubit entanglement, preparing the entanglement state and measuring one qubit at a time, the advantage is that the results of each calculation are successful, but at the cost of losing the ability to parallelize (because measurement depends on the previous result). The reason for being called One-way is that the entangled state is destroyed after measurement.

結果 (英文) 3:

Also known as measurement based quantum computer, Mbqc. Using the property of qubit entanglement, prepare the entangled state and measure one qubit at a time. The advantage is that the result of each calculation will be successful, but the cost is the loss of the ability of parallelization (because the measurement needs to rely on the previous result). The reason called one way is that the entangled state will be destroyed after measurement.