Clips

Clip 1: Research background of Tao Yang. xs1(1).avi(2min58s, 14.3MB)

Clip 2: Published books of Tao Yang, A Brief history of computational verb theory. xs2(1).avi(4min50s, 23.3MB)

Clip 3: How computational verb theory invented; Computational verb is not linguistic variable; Building understanding into machine; White-, black- and gray-boxes; Creativities; Irrational aspects of languages;  xs3(1).avi(12min46s, 61.6MB)

Clip 4: Verb is irrational; Computing with words; Beyond fuzzy theory; Computational Verb + anything =verb anything:-); Commercial and industry applications; Physical linguistics;  xs4(1).avi(10min11s, 49.1MB)

Clip 5: Transfer linguistics into a natural science; International Journal of Computational Cognition; Verb image processing; YangSky-MAGIC Card Counter;   xs5(1).avi(5min03s, 24.2MB)

Clip 6: Current digital computers can not implement real human intelligence; A human brain works at the edge of chaos; Edge of chaos solves problems very fast; Nano-electronics and future computers; SET circuits; Using attractors to represent logic; Revolution to softwares; Challenge to linguistics; Discussions with linguistics; Challenge to engineering; Fuzzy controllers;   xs21(1).avi(18min36s, 89.7MB)

Clip 7: Fuzzy controllers; Examples of verb rules; Challenges to information sciences & AI; Case reasoning; Non-constrained problems; Learning irrational; Challenge to biology & Psychology; Brains process nouns and verbs in different ways; Chaotic brain; Dynamical patterns in conversation; Challenges to physics and mathematics; Example of verb arithmetic calculation; Perception-based engineering; Computers wit bodies; Mechanics-Electronics-Infortronics;    xs22(1).avi(17min58s, 86.7MB)

Clip 8: Representation of perception; Linguistics is Mathematics; Nouns and Verbs constitute two centers; Adjective and adverbs; Beings and Becomings; Nouns and verbs in Engineering; Adjective is fuzzy theory; Computational nouns and computational verbs are in parallel; Branches of computational verb theory; Details and global views; Historical events of fuzzy theory; Fuzzy Sets; Linguistic variables; Computing with words;    xs23(1).avi(18min52s, 91.0MB)

Clip 9:  IEEE medal; Right time, right place, right person; Measurements and perception; Linguistics and fuzzy theory; xs24(1).avi(5min52s, 28.3MB)

Clip 10: Measurement and perception; Inputs to machines and to human being; Fuzzy in perception; Fuzzy theory only covers static perception; Fuzzy membership functions; "very" computes upon "hot";  xs31(1).avi(8min08s, 39.3MB)

Clip 11: Dynamic perception in verbs; Static verbs; Concepts of 3, BE 3 & BECOME 3; Different methods of APPROACH 3; Generalize BE into any kind of verb; Dynamical systems; Definition and examples of computational verbs; Machinself; Bio-computers have creativities;  xs32(1).avi(18min36s, 89.7MB)

Clip 12: Edge-of-chaos region and creativity; Chunking dynamical perceptions; Architectures of computational verb theory; Verb sets; Perceptions and sets; Crisp, fuzzy and verb sets;   xs33(1).avi(17min34s, 84.7MB)

Clip 13: Constructing verb sets; Applications of verb sets to chaotic cryptoanalysis; Verb numbers; Number systems; real-, interval-, fuzzy-, verb-numbers; Verb number = verb + number;  xs34(1).avi(16min02s, 77.3MB)

Clip 14: Verb Arithmetic; Collapse of verb numbers; Relation between fuzzy and verb numbers; Verb controllers; PID, fuzzy PID and verb PID controllers; Verb gain schedulers; Fuzzy rules and verb rules; Phase plot design; Design fuzzy PID controllers on planes; Design verb PID controllers along curves;  xs41(1).avi(18min52s, 91.0MB)

Clip 15: Generating verb rules; Canonical forms of verb rules;   xs42(1).avi(4min13s, 20.4MB)

Clip 16: Generate verb rules from dynamical experiences; Canonical form in BECOME; Examples of canonical forms in BECOME; Canonical form of verb rules; Verb GMP; Verb similarity functions;  Verb similarity; Single-rule and mult-rule GMP;  xs43(1).avi(18min36s, 89.8MB)

Clip 17: Deverbification; Operators upon verbs--adverbs; Verb reasoning; Simulation results; Verb image processing; spatial verbs; vision system based on cognition; Composition for spatial verbs; Logic operations between spatial verbs; See-thought effects; Ending (Applause);   xs44(1).avi(14min43s, 71.0MB)