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    • 5. 发明授权
    • Unsupervised neural network classification with back propagation
    • 无监督神经网络分类与反向传播
    • US5590218A
    • 1996-12-31
    • US481108
    • 1995-06-07
    • Leonard Ornstein
    • Leonard Ornstein
    • G06N3/08G06K9/62
    • G06K9/6267G06N3/088Y10S128/925
    • An unsupervised back propagation method for training neural networks. For a set of inputs, target outputs are assigned l's and O's randomly or arbitrarily for a small number of outputs. The learning process is initiated and the convergence of outputs towards targets is monitored. At intervals, the learning is paused, and the values for those targets for the outputs which are converging at a less than average rate, are changed (e.g., 0.fwdarw.1, or 1.fwdarw.0), and the learning is then resumed with the new targets. The process is continuously iterated and the outputs converge on a stable classification, thereby providing unsupervised back propagation. In a further embodiment, samples classified with the trained network may serve as the training sets for additional subdivisions to grow additional layers of a hierarchical classification tree which converges to indivisible branch tips. After training is completed, such a tree may be used to classify new unlabelled samples with high efficiency. In yet another embodiment, the unsupervised back propagation method of the present invention may be adapted to classify fuzzy sets.
    • 一种用于训练神经网络的无监督反向传播方法。 对于一组输入,对于少量输出,目标输出被随机或任意地分配l和o。 开始学习过程,监测产出对目标的趋同。 每隔一段时间,学习被暂停,并且以小于平均速率收敛的输出的那些目标的值被改变(例如,0-> 1或1-> 0),并且然后恢复学习 与新的目标。 该过程不断迭代,输出收敛于稳定的分类,从而提供无监督的反向传播。 在进一步的实施例中,被分类为经过训练的网络的样本可以用作用于附加细分的训练集,以生长收敛到不可分支分支提示的分层分类树的附加层。 训练完成后,可以使用这样一棵树来高效地分类新的未标记的样品。 在另一个实施例中,本发明的无监督反向传播方法可以适于对模糊集进行分类。
    • 8. 发明授权
    • Process for mounting tissue sections with an U.V. light curable mounting
medium
    • 用U.V.安装组织切片的方法 光固化安装介质
    • US4120991A
    • 1978-10-17
    • US749557
    • 1976-12-10
    • Leonard OrnsteinHazel Elizabeth WilliamsJulius Intraub
    • Leonard OrnsteinHazel Elizabeth WilliamsJulius Intraub
    • G01N1/28G01N1/30G01N1/31G01N33/48G02B21/34
    • G01N1/312
    • Apparatus and method for permanently and protectively mounting "wet" thin sections of biological specimens on microscope slides, wherein each specimen is initially bathed in a low-volatile solvent containing a low concentration of first polymerizable material. Such solvent is allowed to evaporate, whereby the liquid polymerizable material permeates and protects the specimen. Following solvent evaporation, a second polymerizable material is layered over the specimen. Preferably, the first and second polymerizable materials comprise a mixture of low-volatility, low-viscosity, liquid acrylic reactomers and a U.V. light-sensitive catalyst system. A conventional cover slip or other planar transparent member can be positioned over the polymerizable materials, and the same are polymerized by exposure to U.V. radiation. The first and second now-polymerized materials encapsulate the specimen on the microscope slide, become integral and completely hardened and are fully devoid of any solvent. The microscope slide is immediately available for examination.
    • 用于在显微镜载玻片上永久且保护性地将“湿”薄的生物样品安装的装置和方法,其中每个样品最初浸入含有低浓度第一可聚合材料的低挥发性溶剂中。 允许这样的溶剂蒸发,从而液体可聚合材料渗透并保护样品。 溶剂蒸发后,在样品上层叠第二可聚合材料。 优选地,第一和第二可聚合材料包括低挥发性,低粘度,液体丙烯酸类反应物和U.V.的混合物。 光敏催化剂体系。 常规的覆盖层或其他平面透明构件可以位于可聚合材料上方,并且它们通过暴露于U.V. 辐射。 第一个和第二个现在聚合的材料将样品包封在显微镜载玻片上,变成一体并完全硬化,完全没有任何溶剂。 显微镜载玻片立即可供检查。