dna computing 中文意思是什麼

dna computing 解釋
dna算
  • dna : 1. deoxyribonucleic acid 【生物化學】去[脫]氧核糖核酸。2. deoxypentose-nucleic acid 去[脫]氧戊糖核酸。
  1. Finite automata model for one type of dna computing system

    計算系統的有限自動機模型
  2. Algorithm of closed circle dna computing model for time - table problem

    排課表問題的閉環dna計算模型的演算法
  3. Algorithm of dna computing for time - table problem was obtained with introducing manifold biochemical experiments on closed circle dna computing model

    基於閉環dna計算模型引入多種生化實驗得出求解排課表問題的dna演算法。
  4. And this paper researches into dna computing paradigms

    本文就dna計算模式做一些研究。
  5. Recently, however, there has been an increasing awareness of the need for alternative model of computation, quantum computation and dna computing being two notable examples

    然而，非標準計算的模型越來越受到人們的關注，特別是量子計算和dna計算。而自裝配理論是dna計算中最為重要的機制。
  6. Here, we focus on four topics f artificiaj neural 3 : etwork ( ann ), swarm intelli - gence ( si ), evolutionary algorithjn ( ea ) and dna computing

    本文探討4個主題：人工神經元網路，群體智能，演化演算法和dna計算。
  7. Storing information in molecules of dna could allow for an information density of approximately 1 bit per cubic nanometer. the energy consumed by dna molecular biology computing is billionth of that consumed by one conventional computer. the characteristics of dna molecular biology computing mentioned above which are high parallelism, huge capability and low consumption are incomparable and irreplaceable to the existing computers and parallel ones

    Dna分子生物演算法具有高度的并行性，運算速度快； dna作為信息的載體其貯存的容量非常之大， 1立方米的dna溶液可存儲1萬億億的二進制數據； dna分子生物計算所消耗的能量只有一臺電子計算機完成同樣計算所消耗的能量的十億分之一； dan計算的上述特性，即運算的高度并行性、大容量、低消耗是目前計算機和并行計算機所無法比擬和替代的。
  8. Dna computing is a new - born area with great potential for new - type computing other than electronic and quatum computing

    Dna計算是不同於電子計算機的電子計算和量子計算的一種新興的計算方法，具有很大的潛力。
  9. Since adleman solve the hamilton path problem using dna molecules in 1994, many mathematical problems were solved by dna computing such as matrix multiplication, addition, symbolic determinants

    最早的，也是最著名的是1994年science上發表的美國科學家adleman的七節點hamilton路徑問題的dna計算解決辦法。
  10. Dna computing and progress in dna computer

    計算機的研究進展
  11. Dna computing is a new subject

    Dna計算是一門新的學科。
  12. Presently, two new computing paradigms are popular in large - scale parallel computation : quantum computing and dna computing

    目前在大規模并行計算模式方面主要存在兩種新模式:量子計算模式和dna計算模式。
  13. Since dna computing was first demonstrated in l994, fewer than a dozen u. s. research teams have launched molecular computing projects

    自從dna計算技術在1994年得到首次演示以來，已經有大約十來個美國的研究小組開始從事分子計算項目的研究。
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