Although modern scientific and technological advances derive computational power primarily from the classical evidence-based bottom-up cognition as founded by Greek philosopher Aristotle in his philosophy of science with a bivalent logic, the classical cognition, however, has met stiff...

While it is recognized that indigenous research on China is helpful if not essential, the essence of YinYang has never been made clear in logical forms. While indigenous research should be guided by a philosophy, it was widely believed that without a unique logical system China only had culture...

The accelerated failure time model provides direct physical interpretation for right censored data. However, the homogeneity of variance assumption of the log transformed data does not always hold. In this paper, we propose using a generalized linear model for right censored data in which we...

Based on a geometrical and logical unification of mind, light, and matter, a revision of Laozi is proposed and a logical path is identified from neural ensemble formation to cognition. Mind-matter or mind-body unification has been a longstanding impasse in philosophy and science hindering the...

YinYang bipolar sets, bipolar lattice, bipolar L-crisp sets, and Bipolar L-fuzzy sets are presented for bipolar information/knowledge fusion, visualization, and decision. First, a bipolar lattice B is defined as a 4-tuple (B, ⊕, &, ⊗) in which every pair of elements has a bipolar lub (blub...

Based on the notions of bipolar lattices and L-sets, YinYang bipolar fuzzy sets and fuzzy equilibrium relations are presented for bipolar clustering, optimization, and global regulation. While a bipolar L-set is defined as a bipolar equilibrium function L that maps a bipolar object set X over an...