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Performance sequence of investigated PWR modules is give as: FBG-DCF-OPC (70% PWRE)> FBG-DCF (55% PWRE)>OPC-DCF (45% PWRE)> and performance of amplification unit with FBG-DCF-OPC is depicted as EDFA>RFA>SOA). Results revealed that FBG-DCF having least cost with PWRP of 55%, OPC-DCF show PWRE of 45% with moderate cost, and FBG-DCF-OPC provide maximum PWRE of 70% with little bit higher cost. An ultra dense WDM system with 25 GHz channel spacing using 32 channels is demonstrated and PWRE is analysed using different hybrid PWR modules. Further, in order to get optimal hybrid PWR module and amplification unit, different optical amplifiers are also investigated at 10 Gbps over 300 km. In this research work, hybridization of different PWR is proposed such as FBG-DCF, OPC–DCF (optical phase conjugation), FBG-DCF-OPC to analyse the PWRE and total cost of the modules. Dispersion is prominent factor for distance limitation and should be addressed with high efficiency as well as using low cost pulse width reduction (PWR) modules. (+91 84275 30043 reach wavelength division multiplexing (WDM) systems are required to cater the remote locations and to cover the maximum distances. Any additional info on review process: Nil.Total number of reviewers involved: 99 (Ninety nine).Average number of reviews per paper: 03 (Three).Number of submissions accepted for IOP: 86 (Eighty six).Number of submissions accepted: 153 (One hundred fifty three).Number of submissions sent for review: 196 (One hundred ninety six).Number of submissions received: 234 (Two hundred thirty four).Conference submission management system: Eas圜hair.
#Ternary diagram .cvx professional#
Reviews were conducted by expert referees to the professional and scientific standards expected of a proceedings journal published by IOP Publishing. List of Editors are available in this pdf.Īll papers published in this volume of IOP Conference Series: Materials Science and Engineering have been peer reviewed through processes administered by the Editors. Moreover, young researchers were exposed to emerging trends and areas of research that have significant technical and scientific importance. This conference provided an opportunity for in-depth technical discussions and exchange of innovative ideas on a wide range of topics to explore the potential of their applications in industry and society. The conference technical program was enriched with ten plenary talks, twelve invited talks, eight short invited talks and 200 oral/poster presentations. The conference was sponsored by Technical Education Quality Improvement Program III (TEQIP III) of MHRD, Government of India assisted by World Bank and Indian National Science Academy (INSA), New Delhi. This conference provided a forum for researchers from different scientific and engineering fields to deliberate and collaborate at national and international level for translating research into useful advanced products to make human life better. Interdisciplinary integrated innovations have resulted in numerous advanced products. Many great discoveries are the result of convergence of various scientific and engineering fields. The subject was chosen keeping in view the need of new materials for advanced applications in health care, sensors and devices. It is our privilege to present the proceedings of the three days online conference entitled "International Conference on Integrated Interdisciplinary Innovations in Engineering (ICIIIE 2020)", which was held at the University Institute of Engineering and Technology, Panjab University, Chandigarh, India from 28 to 30 August 2020.