PPT-Applying natural evolution for solving computational problems

First lecture Introduction to Evolutionary Computation Second lecture Genetic Programming Inverted CERN School of Computing 2017 Daniel Lanza CERN Agenda Introduction to Evolutionary Computati. a science class?. Unit questions:. What is the difference between the scientific community's and the general public's use of the word "theory"?. What is the Theory of Evolution?. Are there "alternative" theories to evolution, what are they, and are they valid?. John Woodward and . Ruibin. . Bai. My interest…. We would not attempt to try to write computer programs without the constructs of. R. eusable. . functions (in GP terminology . ADFs. ),. Iteration. Theistic Evolution. Robert C. Newman. Some Problems for . Theistic Evolution. What is Theistic Evolution?. Some Scientific Problems. Some Theological Problems. What is Theistic Evolution?. Keith Stewart Thomson. Class Logistics. Quiz. Where is this quote from?. Dave Bowman. : Open the pod bay doors, HAL.. HAL. : I’m sorry Dave. I’m afraid I can’t do that.. Quiz Answer. “2001: A Space Odyssey” . 1968 film by Stanley Kubrick . First lecture: Introduction to Evolutionary Computation. Second lecture: Genetic Programming. Inverted CERN School of Computing 2017. Daniel Lanza - CERN. Agenda. Genetic Programming. Introduction . to . What is natural selection?. It’s the . process whereby organisms better adapted to their environment tend to survive and produce more offspring. . The . theory. of its action was first fully . explained . Hasan. Mahmud. Natural Selection . Is the basis of the other types of selection. Competition Variation. Heriatble. Difference in survival. Relaxed and Artificial Selection are simply natural selection under different . The Basics. Who is Charles Darwin? What did he do?. Father of Evolution.. Wrote . Origin of Species. What does his theory explain?. How modern organisms evolved from a common ancestor. . Natural Selection. The Problem with problem-solving research. “In field research, there is often too much [complexity] to allow for definitive conclusions, and in laboratory research, there is usually too little complexity to allow for any interesting conclusions”. been discussed primarily as a process This has been expressed by a number of scholars generally as the interdisciplinary process or more specix00660069cally as the interdisciplinary research process R perspectives bringing together a common scientific paradigm common engineering methods and a pervasive stimulus from technological development and practical application Three of the truly fundamental and Variation . What is Evolution?. Simply… a change in living organisms over time. Why study evolution?. Evolutionary concepts provide a solid foundation to much of modern biology. - . you can’t fully understand current trends in biology or you will have difficulty understanding evolution. John Woodward and . Ruibin. . Bai. My interest…. We would not attempt to try to write computer programs without the constructs of. R. eusable. . functions (in GP terminology . ADFs. ),. Iteration. Diversity and Evolution Of Living Organisms . The scientific theory of evolution is the . organizing . principle. of life science.. 2. The scientific . theory of . evolution is supported . by . multiple forms.