报告详情
Innovative Digital Technologies in eService Delivery: A Resilient Framework for Public Infrastructure, Climate Change, and Pandemic Challenges
编号：112
访问权限：仅限参会人
更新：2026-11-10 16:47:58 浏览：6次
Online
报告开始：2026年11月21日 11:45（Asia/Kolkata）
报告时间：15min
所在会场：[S1] AI-Native Communication Networks [S1-1] AI-Native Communication Networks
摘要
Hence, while the rapid growth of digital technologies has significantly changed the landscape for eService delivery across public-sector and economic ecosystems, their ability to support sustainable continuity through extreme threats (e.g., infrastructure breakdowns caused by climate change or global pandemics) is yet insufficiently theorized and evidenced. This paper proposes an Adaptive Resilience Framework for Digital eService Delivery (ARFDED), a new five-layered architectural model to safeguard continuity, transparency and equity of the government digital services in adverse circumstances by combining edge computing with federated machine learning, blockchain-based audit trails and dynamic service orchestration. Using a mixed-methods research design, which had first employed the systematic literature review and then mathematical modeling & simulation-based assessment over three disaster scenarios--the Category-5 hurricane, three-month pandemic lockdown and a large-scale cyberattack--we found an increase of 43.7% in service availability, 61.2% lower mean time to recover, and a 38.9% higher citizen satisfaction scores with the proposed framework over conventional cloud-only architectures for infrastructure resilience to cascading disasters. The model is then validated additionally by comparison to five other contemporary frameworks from literature, further proving its superior performance along the dimensions of resilience, scalability, interoperability and cost-efficiency. These findings have important implications for digital government policy, infrastructure investment strategy and the design of next generation eService platforms resilient to systemic shocks in the twenty-first century.
关键词
eService delivery; digital government; resilient infrastructure; federated learning; edge computing; blockchain; disaster recovery; public-sector ICT; climate resilience; pandemic response.
报告人
Balakumar A
ASSISTANT PROFESSOR Trichy；K.Ramakrishnan College of Engineering稿件作者
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重要日期
-
会议日期
11月20日
2026
至11月22日
2026
-
10月31日 2026
初稿截稿日期
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11月07日 2026
提前注册日期
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11月22日 2026
注册截止日期
主办单位
United Societies of Science
承办单位
Pondicherry University
协办单位
IEEE Section
IEEE Madras Section
IEEE Madras Section
联系方式
- ICon INDIA 2026
- ic******@usssociety.org
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