First International Conference on Artificial Intelligence, Computational Electronics and Communication System (AICECS 2021)

Preface Welcome to AICECS 2021 The First International conference on Artificial Intelligence, Computational Electronics and Communication System (AICECS) was held in the serene premises of Manipal Institute of Technology, Manipal Academy of Higher Education (Institute of Eminence, declared by Government of India) Manipal in the coastal region of Mangalore. Due to the impact of COVID-19, we organized this conference in virtual mode. AICECS attracted people working in diverse fields: Artificial Intelligence, Computational Electronics and Communication System. The conference was designed to create a platform for researchers from academia and industry, practicing engineers, and students. AICECS 2021 invited full-length original research contributions from science, engineering professionals from industries, R&D organizations, academic institutions, government departments, and research scholars from across the world. The manuscripts were required to contribute original research ideas, developmental ideas, analysis, findings, results, etc. A series of keynote presentations and technical paper presentations were planned to foster vigorous exchange of research findings and ideas among the participants. Each submission has been carefully reviewed at least by a minimum of two reviewers, from a committee composed of 106 members from various institutes. The AICECS 2021 Conference received 149 submissions, from various institutes across the globe, 78 were selected for full presentation at the conference. Acceptance and publication were judged based on the relevance to the conference track, clarity of presentation, originality and accuracy of results and proposed solutions. We would like to thank all authors and conference committee members for their enthusiastic participation and contribution. List of Editers, Disclaimer, About the Institute, Committees, Few Snapshots of Inaugural Function of AICECS 2021 and Keynote Speakers are available in this pdf.

Macroscopic Behavior and Microscopic Factors of Electron Emission from Chained Nanocarbon Coatings

The carbyne-containing films based on linear-chain carbon are promising materials for the manufacture of electronic equipment components. These carbyne-containing materials can be used as active elements of computational electronics and as ultra-miniature sensors of gaseous environment. The temperature studies of the electrical characteristics of carbyne-containing films by most of the scientific groups are limited to the low temperature range in which the quantum properties of nanostructures are most pronounced. We studied carbyne-containing films with a thickness of 20 and 400 nm on copper and silicon substrates using optically stimulated electron emission (OSEE) in the temperature range from room temperature (RT) to 400 °C. Theoretical modeling explains the dependence of work function on termination groups and substrate lattice. Experimental data revealed a relationship between the spectral characteristics of electron emission and temperature. The spectral contributions of both surface states and bulk interband transitions were clearly distinguishable.