In the consistently evolving artificial intelligence(AI)and large language models(LLMs),many organizations adopt these technologies’capabilities to solve and assist core operations in many industries.In disaster area...In the consistently evolving artificial intelligence(AI)and large language models(LLMs),many organizations adopt these technologies’capabilities to solve and assist core operations in many industries.In disaster areas,well-known organizations in disaster management try to shift their focus to apply the potential capabilities of AI and LLM to support disaster management.As AI and LLM continue to develop,this research aims to perform a structured summarization process to identify their current trend that can assist the disaster management process using a systematic review approach.The study follows the guidelines of PRISMA to ensure transparency in the review results.The findings highlighted the outstanding benefits of AI and LLM and the introduction of integrated technologies to facilitate disaster management,which can eventually mitigate disaster impacts and casualties.The refined results also proposed the technologies’benefits in assisting the decision support process,creating a business continuity plan,and detecting early warnings.However,ethics and transparency remain the main concerns in fully implementing AI and LLM in disaster management operations.Moreover,the SWOT analysis,represented by the TOWS matrix,was also performed to identify core strategies based on internal and external factors for assisting the disaster management operations.展开更多
Agent architectures are gaining popularity for building open, distributed, and evolving software required by e-commerce applications. Unfortunately, despite considerable work in software architecture during the last...Agent architectures are gaining popularity for building open, distributed, and evolving software required by e-commerce applications. Unfortunately, despite considerable work in software architecture during the last decade, few research efforts have aimed at truly defining patterns and languages for agent architectural design. This paper proposes a modern approach based on organizational structures and architectural description languages to define and specify agent architectures notably in the case of e-commerce system design.展开更多
基金funded by Thailand Science Research and Innovation Fund Chulalongkorn University[DIS_FF_68_256_2100_034]and supported by the Second Century Fund(C2F),Chulalongkorn University.
文摘In the consistently evolving artificial intelligence(AI)and large language models(LLMs),many organizations adopt these technologies’capabilities to solve and assist core operations in many industries.In disaster areas,well-known organizations in disaster management try to shift their focus to apply the potential capabilities of AI and LLM to support disaster management.As AI and LLM continue to develop,this research aims to perform a structured summarization process to identify their current trend that can assist the disaster management process using a systematic review approach.The study follows the guidelines of PRISMA to ensure transparency in the review results.The findings highlighted the outstanding benefits of AI and LLM and the introduction of integrated technologies to facilitate disaster management,which can eventually mitigate disaster impacts and casualties.The refined results also proposed the technologies’benefits in assisting the decision support process,creating a business continuity plan,and detecting early warnings.However,ethics and transparency remain the main concerns in fully implementing AI and LLM in disaster management operations.Moreover,the SWOT analysis,represented by the TOWS matrix,was also performed to identify core strategies based on internal and external factors for assisting the disaster management operations.
文摘Agent architectures are gaining popularity for building open, distributed, and evolving software required by e-commerce applications. Unfortunately, despite considerable work in software architecture during the last decade, few research efforts have aimed at truly defining patterns and languages for agent architectural design. This paper proposes a modern approach based on organizational structures and architectural description languages to define and specify agent architectures notably in the case of e-commerce system design.
