The invention relates to a technique that proceeds synchronous data processing at both client end and server end. The method of the invention firstly creates Before Sync Set of Client end and Server end as well as After Sync Set of Client end and Server end to facilitate the acquisition of Deletion Set of Client end and Server end as well as the Requiring Set of Client end and Server end. Client end's data go through deleting the Deletion Set of Client and follow Requiring Set of Client end to add or update the data and client ID of current client in attempt to finish synchronous update of client end's data.
The invention relates to a technique that proceeds synchronous data processing at both client end and server end. The method of the invention firstly creates Before Sync Set of Client end and Server end as well as After Sync Set of Client end and Server end to facilitate the acquisition of Deletion Set of Client end and Server end as well as the Requiring Set of Client end and Server end. Client end's data go through deleting the Deletion Set of Client and follow Requiring Set of Client end to add or update the data and client ID of current client in attempt to finish synchronous update of client end's data.
The technology uses a complex event processing (CEP) to develop an event-driven technology platform that provides a single interface for domain experts to write natural language syntax and develop systems directly on complex event-driven platforms that can facilitate the development of wireless networking technology.
技術現況敘述-英文: The technology uses a complex event processing (CEP) to develop an event-driven technology platform that provides a single interface for domain experts to write natural language syntax and develop systems directly on complex event-driven platforms that can facilitate the development of wireless networking technology.
This smart sensing information processing technology is based on the international standard specification defined by OGC and provides transparent access to different types of geographic information and geographical processing methods to achieve sharing of application of service modules on the platform.
技術現況敘述-英文: This smart sensing information processing technology is based on the international standard specification defined by OGC and provides transparent access to different types of geographic information and geographical processing methods to achieve sharing of application of service modules on the platform.
This service-oriented innovation application platform technology is based on the international standard specification defined by OGC and provides the application service platforms on the platform with access to one or more detector measurement values and related detectors and platform information.
技術現況敘述-英文: This service-oriented innovation application platform technology is based on the international standard specification defined by OGC and provides the application service platforms on the platform with access to one or more detector measurement values and related detectors and platform information.
The existing video surveillance systems (DVR, NVR) allows browsing of the recorded video only after the incident and the lacks the function of the video event detection. The environmental sensing network includes environmental factor sensing, such as temperature, humidity, brightness, and carbon dioxide concentration, but lacks audio and video sensing in most cases. In addition, the emerging positioning system lacks the video streaming function and administrators only have the user's location information and cannot see the conditions of the user's scene. Considering the issues mentioned above, this project connects the existing sensing networks in the space to enable exchange of information. There are three heterogeneous sensing networks to be integrated and developed into a Multimodal Sensor Network which includes: monitoring network-audio and video event detection, including scream detection and dynamic image tracking; environmental sensing network: abnormal temperature, humidity, brightness, carbon dioxide concentration detection; person positioning network: person positioning information and valuables control.
技術現況敘述-英文: The existing video surveillance systems (DVR, NVR) allows browsing of the recorded video only after the incident and the lacks the function of the video event detection. The environmental sensing network includes environmental factor sensing, such as temperature, humidity, brightness, and carbon dioxide concentration, but lacks audio and video sensing in most cases. In addition, the emerging positioning system lacks the video streaming function and administrators only have the user's location information and cannot see the conditions of the user's scene. Considering the issues mentioned above, this project connects the existing sensing networks in the space to enable exchange of information. There are three heterogeneous sensing networks to be integrated and developed into a Multimodal Sensor Network which includes: monitoring network-audio and video event detection, including scream detection and dynamic image tracking; environmental sensing network: abnormal temperature, humidity, brightness, carbon dioxide concentration detection; person positioning network: person positioning information and valuables control.
串流資訊感知與融合技術將感測網路所收集的建築微氣候因子：溫度、濕度、CO2，照度、熱輻射和空間使用率，透過Sensor Fusion Model實際發展與建築微氣候偵測(temperature， humidity and illumination sensing)、溫度與舒適度估測(temperature and PMV fusion)、行為模式與狀態分析(behavior modeling and status decision)、設備控制(energy efficient control strategies and actuation)。整合上述創新技術之智慧建化築外層軟體系統將會隨著空間使用特性與使用者習慣，調整所需之建築內部微氣候環境，以維持室內環境品質且避免無謂的能源損耗。
技術現況敘述-英文
Streaming Information Awareness and Fusion Technology will detect the architectural microclimatic factors collected by the network: temperature, humidity, CO2, illumination, thermal radiation and space utilization and through the actual development of Sensor Fusion Model and the development of building microclamps (temperature, humidity and illumination sensing), temperature and PMV fusion, behavior modeling and status decision and energy efficient control strategies and actuation. The innovative smart building outer layer software system Integrating the above-mentioned built-in software system will adjust the required microclimate environment within the building based on the use characteristics and user’s habits in order to maintain indoor environmental quality and avoid unnecessary energy loss.
技術規格
現有空調系統以獨立調控溫度、濕度、風速環境因子維持環境品質，本計畫應用ISO-7730 標準 PMV (predicted mean vote)，配合以PMV-EER為基礎的調控技術，可依照人體活動程度、衣服熱阻、空氣溫度、平均輻射溫度、空氣流動速度和空氣濕度等六個因素，協調運用建築外層遮陽、採光、通風設備與室內空調設備，改善環境之熱舒適度並降低能源耗用量。節省空調能源耗用 32% 。
技術現況敘述-中文: 串流資訊感知與融合技術將感測網路所收集的建築微氣候因子：溫度、濕度、CO2，照度、熱輻射和空間使用率，透過Sensor Fusion Model實際發展與建築微氣候偵測(temperature， humidity and illumination sensing)、溫度與舒適度估測(temperature and PMV fusion)、行為模式與狀態分析(behavior modeling and status decision)、設備控制(energy efficient control strategies and actuation)。整合上述創新技術之智慧建化築外層軟體系統將會隨著空間使用特性與使用者習慣，調整所需之建築內部微氣候環境，以維持室內環境品質且避免無謂的能源損耗。
技術現況敘述-英文: Streaming Information Awareness and Fusion Technology will detect the architectural microclimatic factors collected by the network: temperature, humidity, CO2, illumination, thermal radiation and space utilization and through the actual development of Sensor Fusion Model and the development of building microclamps (temperature, humidity and illumination sensing), temperature and PMV fusion, behavior modeling and status decision and energy efficient control strategies and actuation. The innovative smart building outer layer software system Integrating the above-mentioned built-in software system will adjust the required microclimate environment within the building based on the use characteristics and user’s habits in order to maintain indoor environmental quality and avoid unnecessary energy loss.
技術規格: 現有空調系統以獨立調控溫度、濕度、風速環境因子維持環境品質，本計畫應用ISO-7730 標準 PMV (predicted mean vote)，配合以PMV-EER為基礎的調控技術，可依照人體活動程度、衣服熱阻、空氣溫度、平均輻射溫度、空氣流動速度和空氣濕度等六個因素，協調運用建築外層遮陽、採光、通風設備與室內空調設備，改善環境之熱舒適度並降低能源耗用量。節省空調能源耗用 32% 。
This technology follows the standard ZigBee specification and combines the innovative design of the Institute to complete an application gateway with open common interface.
技術現況敘述-英文: This technology follows the standard ZigBee specification and combines the innovative design of the Institute to complete an application gateway with open common interface.
This technology incorporates the standard ZigBee technology and the network layer management technology developed by the Institute, breaking the deployment scale constraints of standard ZigBee protocol.
技術現況敘述-英文: This technology incorporates the standard ZigBee technology and the network layer management technology developed by the Institute, breaking the deployment scale constraints of standard ZigBee protocol.
基於已建立之802.16 Mobile WiMAX協定技術能量，進行進階開發，以支援高效率MIMO信號處理、多媒體MCBCS服務及Relay，大幅提升WiMAX頻譜利用率與服務效能；並積極參與802.16m標準提案、佈局關鍵IPR，為我國產業建立WiMAX2智財權競爭利基。概觀國內業者才剛開始投入WiMAX相關的自我技術和研究，而國外廠商擁有此方面技術的不算多，其他多著重在CPE端設備。
技術現況敘述-英文
Based on the established 802.16 Mobile WiMAX protocol, this technology has seen advanced development to support high-efficiency MIMO signal processing, multimedia MCBCS services and relay, greatly enhancing WiMAX spectrum utilization and service performance; and actively participates in 802.16m standard proposal and sets foot in the key IPRs to establish WiMAX2 intellectual property rights competition niche for the industry in Taiwan. In general, the domestic operators have just begun to invest in WiMAX-related technology research, and there are not many foreign makers possessing this technology. Other makers focus on the CPE equipment.
技術現況敘述-中文: 基於已建立之802.16 Mobile WiMAX協定技術能量，進行進階開發，以支援高效率MIMO信號處理、多媒體MCBCS服務及Relay，大幅提升WiMAX頻譜利用率與服務效能；並積極參與802.16m標準提案、佈局關鍵IPR，為我國產業建立WiMAX2智財權競爭利基。概觀國內業者才剛開始投入WiMAX相關的自我技術和研究，而國外廠商擁有此方面技術的不算多，其他多著重在CPE端設備。
技術現況敘述-英文: Based on the established 802.16 Mobile WiMAX protocol, this technology has seen advanced development to support high-efficiency MIMO signal processing, multimedia MCBCS services and relay, greatly enhancing WiMAX spectrum utilization and service performance; and actively participates in 802.16m standard proposal and sets foot in the key IPRs to establish WiMAX2 intellectual property rights competition niche for the industry in Taiwan. In general, the domestic operators have just begun to invest in WiMAX-related technology research, and there are not many foreign makers possessing this technology. Other makers focus on the CPE equipment.