透過暫時隔離措施，探討如何有效降低疫情爆發規模
在流行病爆發期間，於接近群體免疫臨界值時實施暫時隔離措施，可在最大程度地減少對社會和經濟影響的同時，有效地控制疫情規模。
단기 격리를 통한 전염병 발병 규모의 최적 감소: 다양한 네트워크 구조에서 최적 격리 시작 시점에 대한 분석
본 논문에서는 단기 격리 조치의 효과를 극대화하기 위해 최적의 격리 시작 시점을 SIR 모델을 사용하여 다양한 네트워크 구조에서 분석합니다.
一時的な隔離による感染症流行規模の最適な縮小：異なるネットワーク構造における最適な隔離開始時期の特定
一時的な隔離措置を講じる最適なタイミングは、集団免疫閾値に到達する直前であり、これにより、流行の遅延と自然免疫の獲得のバランスを取り、最終的な感染規模を最小限に抑えることができます。
Optimal Timing for Temporary Quarantine to Minimize Epidemic Outbreak Size in Various Network Structures
Initiating a temporary quarantine just before the herd immunity threshold is reached minimizes the final outbreak size in various network structures, balancing delayed infection with natural immunity development.
Optimal Bayesian Persuasion for Minimizing Infection in SIS Epidemics
Dynamically adjusting persuasive messaging based on real-time infection levels can be more effective in minimizing the spread of SIS epidemics than using a static message, even if that static message is optimized for the long-term.
年齢構造化SIRDモデルのための観測ベース出力フィードバック
年齢構造化SIRDモデルを用いて、感染者数のピークを抑制するための観測ベースの出力フィードバック制御則を設計し、その有効性をシミュレーションで示した。
Observer-Based Output Feedback Control for Vaccination in an Age-Structured SIRD Epidemic Model
This research paper proposes an observer-based output feedback control strategy, representing vaccination, to reduce the peak of infected individuals in an age-structured SIRD epidemic model.
Active Risk Aversion Strategies Reduce Infection Levels in Networked SIS Epidemics
Incorporating risk-averse behavioral responses, where populations reduce contact rates based on perceived infection risk, can effectively lower infection levels in networked populations, especially when communication about infection levels is prevalent.
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