Characteristic of Transient Response in Nonuniform Instability with Optically Controlled Fiber = 광학적으로 제어된 섬유를 가진 비균일 불안정성의 과도 응답의 특성

다국어 초록 (Multilingual Abstract)

In this paper we study the effect of chaos in nonuniform instability with optical fiber based IoT networks. The transient response of optically controlled fiber has also described. Nonlinear optical fiber effects especially fiber scattering in networks has emerged as the essential means active optical devices. The paradigm instability in fiber Internet serves as a test for fundamental study of chaos and its suppression and exploitation in practical application in optical communication. This paper attempts to present a survey and some of our research findings on the nature of chaotic effect on Internet based optical communication. The transient response in optical fiber has been evaluated theoretically by calculating the variation of the scattering function. The lines has used under open ended termination containing optically induced region. The scattered optical waves in a fiber used in optic communications are temporally unstable above certain threshold intensity.

목차 (Table of Contents)

• Abstract
• 1. Introduction
• 2. Nonuniform pattern effect in Optical Fiber
• 3. Instability with Optically Controlled Fiber
• 4. Proposed Instability Control and Optical Memory
• 5. Conclusion
• REFERENCES