ABSTRACT
The world of science and technology is today moving from one visionary paradigm toward another. The challenges and the vision of science and technology are immense and groundbreaking. Applied science and applied mathematics are the hallmarks of scientific research today. Applied mathematical tools such as evolutionary computation are veritably changing the scientific landscape of optimization science. In this chapter, the author rigorously points toward the scientific vision behind evolutionary computation, multi-objective optimization, and multi-objective-simulated annealing. Multi-objective-simulated annealing is a latent yet a far-reaching area of scientific research pursuit today. The author deeply discusses the barriers of science in applications of multi-objective optimization and multi-objective-simulated annealing. Applied mathematics, computing, and evolutionary computation are today in a state of immense scientific rejuvenation as human civilization 288moves forward. Nontraditional optimization techniques are today changing the vast scientific scenario of endeavor and vision. Optimization science and diverse applications of optimization in engineering and science are changing the face of scientific research pursuit. Human scientific vision today is in a state of immense scientific disaster with the growing concerns of environmental disasters, loss of ecological biodiversity, and depletion of fossil fuel resources. Technology is highly challenged nowadays. In this chapter, the author delineated in lucid details the vast scientific challenges, the scientific aura, and the deep scientific profundity behind applied mathematics and computational techniques. Human scientific rejuvenation in computational techniques application is changing the face of scientific rigor today. This treatise pointedly focuses on the vast vision and the vast scientific regeneration in the field of evolutionary computation. The author in this treatise also opens up a new chapter in the field of composites and polymer science and the application of computational techniques such as optimization and simulated annealing. This technology of application of simulated annealing in manufacturing process is new yet highly advanced. This well-researched treatise opens up the scientific intricacies behind the world of composites and polymer science.
