functor

functor

1. In 1977, M.Takeuchi presented the conceptions of cotensor and Cohom functor as well as their properties that perfected the structure of coalgebras.

1977 年, M.Takeuchi 又给出了余张量积和co hom函子的概念和相应的性质,完善了余代数的结构。

2. The Apache Commons Functor libraries comprise a vast collection of basic constructs that can be re-used in complex usage scenarios involving closures and higher order functions.

Apache Commons Functor库包括大量基本构造,可以在涉及闭包和高阶函数的复杂使用场景中重复使用。

3. hom functor

horn函子

4. lim functor

lim函子

5. Lowen functor

Lowen函子

6. n-Coherent functor

n-Coherent函子

7. faithfully full functor

一一全函子

8. faithful functor

一一的函子

9. cohomology functor

上同弹子

10. coeffaceable functor

上消抹函子

11. cocontinuous functor

上连续函子

12. strictly initial functor

严格初始函子

13. The discussion from here forward will incorporate examples based on the Apache Commons Functor library.

从这以后的讨论将结合基于Apache Commons Functor库的例子。

14. algebraic functor

代数函子

15. Functor passing in the outcome of the previous evaluation as parameter to this one.

仿函数,然后用前一个计算的输出作为参数计算。

16. Functor takes a binary function and two unary functions as input.

仿函数取一个二元函数和两个一元函数作为输入。

17. Functor can be thought of as a unary predicate with a single argument: it internally evaluates the wrapped binary predicate with two copies of the same argument.

仿函数可以认为是一个带有一个参数的一元谓词:它在内部用同一个参数的两个副本计算包装的二元谓词。

18. Functor returns the marked price as output.

仿函数就返回标签价格作为输出。

19. Functor for a price comparison.

仿函数进行价格比较。

20. adjoint functor

伴随函子

21. How to use local type as functor?

似乎不能接受局部类型。难道没有变通方法？

22. coadjoint functor

余伴随函子

23. product-preserving functor

保积函子

24. partial derivated functor

偏导函子

25. total derived functor

全导函子

26. cofinal functor

共尾函子

27. canonical functor

典范函子

28. quad functor

函子

29. Exactness of Functor Z(-)

函子Z(-)的正合性

30. Morita Context Functor and Torsion Theories

函子与挠理论

31. A REPRESENTATION OF ADDITIVE FUNCTORS OVER FUNCTOR CATEGORIES

函子范畴上加性函子的一个表示

32. Representations of Additive Functors over Functor Categories

函子范畴上加性函子的表示

33. This paper defines homology monomorphism,homology epimorphism,homology regular morphism in the category of topological spaces with point by using homology functor.

利用同调函子,在点标拓扑空间范畴中定义了同调单态、同调满态、同调正则态射等概念。

34. additive contravariant functor

加性反变函子

35. addictive functor

加法函数

36. inclusion functor

包含函子

37. lifted functor

升腾函子

38. covariant functor

协变函子

39. identity functor

单位函子

40. contravariant morphism functor

反变射函子

41. tripleable functor

可三倍函子

42. extendable functor

可扩张的函子

43. effaceable functor

可消抹函子

44. The second thing you may note is that I have introduced a new functor called

可能注意到的第二件事是我引入了一个名为

45. representable functor

可表示的函子

46. invertible functor

可逆函子

47. forgetful functor

可遗函子

48. right faithful functor

右一一的函子

49. rigging adjoint functor

右伴随函子

50. right derived functor

右导出函子

51. right balanced functor

右平衡函子

52. right exact functor

右正合函子

53. right continuous functor

右连续函子

54. homotopy monomorphism functor

同伦单函子

55. homotopy epimorphism functor

同伦满函子

56. homotopy group functor

同伦群函子

57. suspension functor

同纬映象函子

58. homological functor

同调函子

59. propositional functor

命题函子

60. A Study on the Vibration Frequency Detection of the Dynamical Systems Using Topology Contravariant Functor

基于拓扑反变算子动力系统振动频率检测方法的研究

61. Instantaneous Frequency Detection Approach Using Topology Contravariant Functor

基于拓扑反变算子的瞬时频率检测方法

62. polynomial functor

多项式函子

63. fully faithful functor

完全一一函子

64. completion functor

完备化函子

65. dual functor

对偶函子

66. duality functor

对偶性函子

67. diagonal functor

对角线函子

68. derived functor

导函子 导出函子

69. prorepresentable functor

射可表示函子

70. final functor

尾函子

71. local functor

局部函子

72. localization functor

局部化函子

73. left faithful functor

左一一的函子

74. left derived functor

左导函子

75. left balanced functor

左平衡函子

76. left quasi - Frobenius functor pairs

左拟Frobenius函子偶

77. left exact covariant functor

左正合共变函子

78. left exact functor

左正合函子

79. left exact contravariant functor

左正合反变函子

80. trivial cohomology functor

平凡上同弹子