Chinese translation for "密集编码"
|
- dense coding
Related Translations:
中央处理器密集: cpu-intensiveintensive, central processing unit 密集共生: intimate intergrowth 密集取样: close samplingcluster sampling 密集鱼群: concentrated schoolheavy fish population 劳力密集: labour-intensive 短语和例子劳力密集型产品 labour-intensive product; 劳力密集型产业 labour-intensive industry; 劳力密集型企业 labour intensive enterprise; 劳力密集和知识密集相结合的产业 both labour-and-knowledge-intensive industri
- Example Sentences:
| 1. | Dense coding based on general pure higher - dimensional bipartite entanglement
利用纯的高维两粒子纠缠态实现量子密集编码 | | 2. | Quantum communication is a very important branch of quantum information . at present , it mainly contains quantum teleportation , quantum dense coding , quantum key distribution , and so on
量子通信是量子信息学的一个非常重要的分支，目前主要涉及到量子隐形传态、量子密集编码、量子密钥分配等。 | | 3. | The unconditional dense coding for continuous variables ( cv ) was experimentally realized using the high quality bright epr beams in which a comparatively straight decoding technique , the direct detection of bell state , was applied
利用明亮epr光束和一种相对简洁的解码方式( bell态直接探测) ，实现了无条件连续变量量子密集编码。 | | 4. | With the development of quantum information , entangled states are not only used to testify some basic quantum theories , but also used as a kind of efficient resource in quantum dense coding , quantum teleportation , and so on
量子信息的不断发展使纠缠态不仅被用来验证量子力学的基本原理，人们还将量子纠缠作为一种有效的资源来进行量子密集编码，量子隐形传态等。 | | 5. | We briefly summarized the experimental generation scheme of the optical entangle states for continuous variables and their applications in quantum teleportation , quantum dense coding , controlled dense coding , entanglement swapping and quantum communication network
扼要介绍连续变量纠缠态光场产生的实验方法,及其在量子离物传态,量子密集编码,受控密集编码,量子纠缠交换及量子通信网络中的应用 | | 6. | During my phd study , our group completed the experimental and theoretical investigations on cv quantum dense coding , generation of multipartite entangled state of optical modes and controlled dense coding quantum communication . following five parts will be presented in this thesis : 1
我们利用连续光场的正交分量量子纠缠特性，进行了连续变量量子密集编码，多组份纠缠态光场产生，受控密集编码量子通讯等实验与理论研究，主要内容如下： 1 | | 7. | Quantum entanglement shared by more than two particles or parties is the essential base for developing quantum communication networks . using the multipartite entanglement the novel telecloning , controlled dense coding , sharing secure quantum states and reduction of communication complexity can be realized
为了研究量子网络，必需研究两个以上子系统之间的纠缠，即多粒子或多组份纠缠，利用它可以实现远程克隆( telecloning ) 、可控密集编码、共享秘密量子态以及减小通讯复杂性( reductionofthecommunicationcomplexity )等。 | | 8. | The channel capacity achieved in our experiments was better than that of the dual homodyne coherent state , homodyne coherent state and squeezed state communication when the average photon number exceed 0 . 99 , 1 . 11 and 2 . 06 respectively . it is more interesting that we found in the experiment , that the maximum channel capacity for a single mode - fock state communication can be surpassed with our system when the average photon number exceed 11 . 302
我们实验所得密集编码的信道容量在光子数大于0 . 99 、 1 . 11及2 . 06时将分别超过相干态双零差通讯信道容量、相干态零差通讯的信道容量以及压缩态零差通讯的信道容量；最重要的是，当平均光子数( | | 9. | Utilizing entanglement , we can implement the disembodied transport of an unknown quantum state from one place to another remote place with high - fidelity , i . e . quantum teleportation . via entanglement , we can also improve the channel capacity of classical signal in quantum channel , i . e . quantum dense coding , even we can entangle two quantum systems that have never directly interacted with each other by means of entanglement swapping
利用量子纠缠，通讯双方可以实现对一个量子态的高保真度远程传输，即量子离物传态；利用量子纠缠，通讯双方可以实现经典信息的高信道容量传输，即量子密集编码；甚至可以使原本不纠缠的量子系统产生纠缠，即纠缠交换。 | | 10. | In the last section , we show how entangled states are used in quantum dense coding , quantum cryptography and quantum teleportation . a new valuable scheme based on linear optical elements about teleportation of two - photon and multi - photon entangled states also has been proposed in this section . in this scheme t he probability of the successful teleportation is 50 % , which is optimal
量子纠缠在量子信息中的应用这一章中，我们将首先分别介绍量子纠缠在量子密集编码，量子密钥分布，量子隐形传态中的应用，然后提出一种利用线性光学方法实现纠缠态的隐形传送方案，此方案的成功率为50 ，这也是目前为止最佳的成功几率。 |
- Similar Words：
- "密吉济" Chinese translation, "密吉秋" Chinese translation, "密集" Chinese translation, "密集背板" Chinese translation, "密集编队空中相撞" Chinese translation, "密集冰" Chinese translation, "密集冰的下风边缘" Chinese translation, "密集冰块" Chinese translation, "密集冰密集冰" Chinese translation, "密集病害流行" Chinese translation
|
|
|
