1.內容：本專利針對複合事件進行加權計算，具分析事件嚴重程度之功能；根據使用者回饋之事件分數建立因子事件與複合事件間之數學模型；提供事件優先序計算，當多項複合事件可同時發生時，利用權重用於分析其間之優先順序。2.運用範圍：所有具有事件判別的技術，或者是具備有事件判別的商業系統，都可以用本專力加強及事件判別的精準度，並會不斷自我學習。如：醫療診斷、廣告推播、商業智慧決策…等應用系統。3.應用狀況：以本專利的多元迴歸模型建立複合事件因子之權重，再依這些權重對於事件因子之數值加權計算出事件之狀態，以供使用者進行決策。目前應用於科專成果的ESB(Enterprise Service Bus)的技術成果當中，強化事件的判斷能力在醫療的呼吸器診斷系統當中，也透過本專利強化了對於呼吸器的多種判斷，以及許多相依性的是建集合成為一個新的大事件，更為多變、提早地偵測出了各種可能發生的可能病徵。4.效益：可改進CEP 所有事件模型處理方式，對於使用者可降低事件超載處理(overload)的狀況。專利具自我學習性，當各種系統發生新的事件時，也可自我擴充能力將新事件判斷出來。可技轉予各種不同的進行事件資訊服務的廠商，以提升其產品競爭力。
技術摘要-英文
Complex event evaluation systems and methods are disclosed. A mathematics model for complex events and corresponding factors, and calculates a critical level of respective complex events according to weightings of respective factors in the mathematics model are provided. If several complex events occur simultaneously, a priority of respective complex events is calculated according to the historic occurrence of respective complex events. The critical level and priority of respective complex events are provided to users for decision making. Additionally, the mathematics model is established and adjusted according to the feedback scores for complex events.
1.內容：本專利針對複合事件進行加權計算，具分析事件嚴重程度之功能；根據使用者回饋之事件分數建立因子事件與複合事件間之數學模型；提供事件優先序計算，當多項複合事件可同時發生時，利用權重用於分析其間之優先順序。2.運用範圍：所有具有事件判別的技術，或者是具備有事件判別的商業系統，都可以用本專力加強及事件判別的精準度，並會不斷自我學習。如：醫療診斷、廣告推播、商業智慧決策…等應用系統。3.應用狀況：以本專利的多元迴歸模型建立複合事件因子之權重，再依這些權重對於事件因子之數值加權計算出事件之狀態，以供使用者進行決策。目前應用於科專成果的ESB(Enterprise Service Bus)的技術成果當中，強化事件的判斷能力在醫療的呼吸器診斷系統當中，也透過本專利強化了對於呼吸器的多種判斷，以及許多相依性的是建集合成為一個新的大事件，更為多變、提早地偵測出了各種可能發生的可能病徵。4.效益：可改進CEP 所有事件模型處理方式，對於使用者可降低事件超載處理(overload)的狀況。專利具自我學習性，當各種系統發生新的事件時，也可自我擴充能力將新事件判斷出來。可技轉予各種不同的進行事件資訊服務的廠商，以提升其產品競爭力。
技術摘要-英文
Complex event evaluation systems and methods are disclosed. A mathematics model for complex events and corresponding factors, and calculates a critical level of respective complex events according to weightings of respective factors in the mathematics model are provided. If several complex events occur simultaneously, a priority of respective complex events is calculated according to the historic occurrence of respective complex events. The critical level and priority of respective complex events are provided to users for decision making. Additionally, the mathematics model is established and adjusted according to the feedback scores for complex events.
以SOA為基礎之資訊架構，商業環境需要達成即時企業(Real-Time Enterprise)，而其產品名稱為ESB(Enterprise Service Bus)，於是企業可以利用ESB為基礎架構來支援分散式、結構化之商業情境資料收集，並搭配可靠訊息為中介之溝通，進行情境感知之複雜事件與流程之啟動與組合。目前本技術已驗證適合應用於健康領域之事件監測及通報， 如鴻醫科技之醫療應用，或是在醫療指引之流程控管核心，以及貨物及物料輸送控管等領域。
技術現況敘述-英文
The SOA-based information architecture can help create a business environment and transform a company into a Real-Time Enterprise. The product names is ESB (Enterprise Service Bus). An enterprise can use ESB in the fundamental architecture to support data collection and reliable message exchange in the distributed/structured business environment. ESB can also support context-aware complex event processing. At present, this technology has been verified for its applications in health care such as event detection and reporting in HONG-YI Technology, medical practice guidance in the workflow control center, and control of goods and material handling.
技術現況敘述-中文: 以SOA為基礎之資訊架構，商業環境需要達成即時企業(Real-Time Enterprise)，而其產品名稱為ESB(Enterprise Service Bus)，於是企業可以利用ESB為基礎架構來支援分散式、結構化之商業情境資料收集，並搭配可靠訊息為中介之溝通，進行情境感知之複雜事件與流程之啟動與組合。目前本技術已驗證適合應用於健康領域之事件監測及通報， 如鴻醫科技之醫療應用，或是在醫療指引之流程控管核心，以及貨物及物料輸送控管等領域。
技術現況敘述-英文: The SOA-based information architecture can help create a business environment and transform a company into a Real-Time Enterprise. The product names is ESB (Enterprise Service Bus). An enterprise can use ESB in the fundamental architecture to support data collection and reliable message exchange in the distributed/structured business environment. ESB can also support context-aware complex event processing. At present, this technology has been verified for its applications in health care such as event detection and reporting in HONG-YI Technology, medical practice guidance in the workflow control center, and control of goods and material handling.
A monitor system for ventilator alarms. The system comprises a monitor apparatus, a network adapter, and a server. The monitor apparatus generates alarm messages. The network adapter receives, buffers, signs, and encrypts the alarm messages. The server receives the monitor messages via a network, unsigns and decrypts the monitor messages, and executes corresponding applications according to the monitor messages.
技術摘要-英文: A monitor system for ventilator alarms. The system comprises a monitor apparatus, a network adapter, and a server. The monitor apparatus generates alarm messages. The network adapter receives, buffers, signs, and encrypts the alarm messages. The server receives the monitor messages via a network, unsigns and decrypts the monitor messages, and executes corresponding applications according to the monitor messages.
Web service management systems and methods are provided. The present invention provides non－centralized registration and search mechanisms for web services in a distributed environment. The present invention transforms service information of web services and network addresses of service nodes, and performs registration and search for web services based on service keys and node ID obtained during transformation.
技術摘要-英文: Web service management systems and methods are provided. The present invention provides non－centralized registration and search mechanisms for web services in a distributed environment. The present invention transforms service information of web services and network addresses of service nodes, and performs registration and search for web services based on service keys and node ID obtained during transformation.