The International Handbook on InnovationLarisa V Shavinina Elsevier, 16/10/2003 - 1200 من الصفحات Approx.1200 pages Approx.1200 pages |
من داخل الكتاب
النتائج 6-10 من 97
الصفحة 17
... mathematical discovery represent a general neurophy1 Historically, mathematics has been defined first as geometry, and, later, as number. With the advent of high-speed computers, however, mathematics is seen in a new, more fundamental ...
... mathematical discovery represent a general neurophy1 Historically, mathematics has been defined first as geometry, and, later, as number. With the advent of high-speed computers, however, mathematics is seen in a new, more fundamental ...
الصفحة 18
... mathematical innovation represent the generalized model of innovation (Vandervert, in press). Thus the neurophysiological model of mathematical innovation can serve as the fundamental model for the brain processes that lead to ...
... mathematical innovation represent the generalized model of innovation (Vandervert, in press). Thus the neurophysiological model of mathematical innovation can serve as the fundamental model for the brain processes that lead to ...
الصفحة 19
... mathematical discovery and innovation. The next section describes the cognitive functions of the cerebellum in learning and feeding adaptive control models to the cognitive processes of working memory. The New Perception of the ...
... mathematical discovery and innovation. The next section describes the cognitive functions of the cerebellum in learning and feeding adaptive control models to the cognitive processes of working memory. The New Perception of the ...
الصفحة 21
... Mathematical modeling of the respective functions of the cerebellum, basal ganglia, and cerebral cortex Mathematical and Physiological modeling of cerebellar cortex Physiological and behavioral modeling of cerebellar timing systems ...
... Mathematical modeling of the respective functions of the cerebellum, basal ganglia, and cerebral cortex Mathematical and Physiological modeling of cerebellar cortex Physiological and behavioral modeling of cerebellar timing systems ...
الصفحة 24
... Mathematical Innovation: The Generalized Case for All Innovation In preparation for the examination of Einstein's subjective account of mathematical innovation, I will layout a summary diagram showing the hypothesized flow of ...
... Mathematical Innovation: The Generalized Case for All Innovation In preparation for the examination of Einstein's subjective account of mathematical innovation, I will layout a summary diagram showing the hypothesized flow of ...
المحتوى
15 | |
INDIVIDUAL DIFFERENCES IN INNOVATIVE ABILITY | 265 |
DEVELOPMENT OF INNOVATION ACROSS THE LIFE SPAN | 279 |
ASSESSMENT OF INNOVATION | 319 |
DEVELOPMENT OF INNOVATION | 331 |
INNOVATIONS IN DIFFERENT DOMAINS | 419 |
BASIC APPROACHES TO THE UNDERSTANDING OF INNOVATION IN SOCIAL CONTEXT | 557 |
INNOVATIONS IN SOCIAL INSTITUTIONS | 665 |
INNOVATION LEADERSHIP | 813 |
INNOVATION AND MARKETING | 833 |
INNOVATION AROUND THE WORLD EXAMPLES OF COUNTRY EFFORTS POLICIES PRACTICES AND ISSUES | 857 |
INNOVATIONS OF THE FUTURE | 1071 |
CONCLUSION | 1101 |
Author Index | 1113 |
Subject Index | 1149 |
INNOVATION MANAGEMENT | 759 |
طبعات أخرى - عرض جميع المقتطفات
The International Handbook on Innovation <span dir=ltr>Larisa V Shavinina</span> معاينة محدودة - 2003 |
عبارات ومصطلحات مألوفة
ability activities analysis approach Artificial Intelligence artistic arts behavior BV+SR Cambridge cerebellum cerebral cortex chapter cognitive concepts context creative thinking creativity training divergent thinking domain economic educational multimedia effects Einstein environment evolutionary example experience extracognitive factors firms flexibility function gifted gifted education giftedness Guernica Handbook heuristic HICEMTs human ideas identify important individual Innovation Management innovation process intellectual intelligence intelligent design interaction intuition invention involved Journal knowledge Knowledge forum knowledge management learning literature logical Lubart mathematical ment mental metacognitive methods Nobel laureates one’s ontological organization organizational organizational learning patterns performance person perspective Picasso positive mood potential problem problem-solving programs Psychology result role Root-Bernstein scientists sensitive periods Shavinina Simon Simonton skills social solution solving specific Sternberg strategy structure studies success talent task theory tion traditional types understanding University Press variables Weisberg Xerox York