土釘加勁邊坡之電腦輔助設計

[[notice]]補正完畢[[conferencetype]]國內[[conferencedate]]20010716~2001071

Development of Intelligent Cloud Broker Gateway Capable of Multi-Level Client Awareness as Well as Hierarchical Security and Service Quality Negotiation

[[abstract]]本為總計畫包含四項子計畫，提出一「具備多層次用戶情境感知、安全及服務品質協調能力之智慧型雲端服務仲介器」，其系統功能包含：針對一特定雲端用戶空間(行動用戶, 物聯網,或其混合型態)之各項服務需求做最佳之雲端服務仲介工作；可從不同層次感知用戶及用戶設施之資源現況及應用情境，做為服務仲介的考量依據之一，以落實user-centric 的精神；可依據多雲端平台的資源使用現況及目標服務的作業需求，進行雲與端間的服務仲介與QoS negotiation；有效統合用戶端、仲介器、雲端平台三方的資安策略，以達到最佳雲端服務接取安全保障；可針對特定雲端用戶空間之整體資源進行最佳之服務排程，使空間內的每個用戶或設備皆感受優質的服務品質。藉由展場應用情境，我們將展示以下關鍵性技術：第一、多層次用戶端感知技術，層次包含：分析裝置狀與能力以達到裝置情境感知(Device-context awareness)、分析用戶端之喜好、需求、位置、資料隱密敏感性而達到用戶情境感知(User-context awareness)、分析並偵測網路頻寬、起始服務延遲、網路可靠度、網路安全性以達成網路情境感知(Network-context awareness)；第二、智慧型雲間服務仲介技術，包含：基於多層次用戶端感知之服務推介、跨雲間跨層(cross-layer)且基於多重QoS 以及QoE 評量之服務探知(discovery)以及服務之合成、針對用戶服務要求之優化資源排程技術；第三、跨協定雲間資訊安全管理，包含：整合性資訊安全之協調與策略規劃、基於安全性之設備匹配、以及基於資料敏感性之壓縮等。系統實現上以展場應用為實例，將展區區分為多組展場管理單位(簡稱ADM)私有雲，每一私有雲對應一個仲介器閘道(broker gateway，簡稱broker)，此broker 不只將網域分割，更將資料分散儲存以利資源分割的優化，這些私有雲上組成一個更大的私有雲，因此這些 broker 藉由上層另一個broker 所管理，並因此能和公共雲溝通，最上層broker 從子brokers 資訊瞭解要從外部public cloud 要求哪些服務，形成階層式架構以利將整個網際網路的資源納入。開發時程上，第一年完成單一Broker 加上單一ADM 私有雲的展場應用。第二年完成多Brokers 結合多組ADM 私有雲。第三年實作階層式brokers 架構之外，將公共雲的資源以及服務納入展場應用，能根據情境動態的分析主動連接到私有雲以及公共雲提供最佳服務。本計畫展場應用的實現內含了前述眾多迫切急需的雲端計算技術開發，並藉由成大數位生活科技研究中心、永洋科技股份有限公司、等等單位的支援配合，將所開發技術應用在實質產品上，因此在學術研究、產業推動、以及人才培育上均有可預期的豐富成果。[[abstract]]This main project hosts four subprojects and proposes “Development of Intelligent Cloud Broker Gateway Capable of Multi-level Client Awareness as well as Hierarchical Security and Service Quality Negotiation.” The primary functions are: brokering optimal cloud services for certain client spaces (such as mobile phone user, Internet of Things, or hybrids), user-centric service brokering according to client context-awareness and client facility context-awareness in multiple levels, cloud service brokering with QoS negotiation according to multiple clouds’ resources status and target services’ operational requirements, effectively security policy coordinating clients, brokers, and cloud platforms, optimal service scheduling according to resource status of certain cloud user space such that users and facilities experience premium quality of service. Via application to the scenario of product exposition (such as the Consumer Electronics Show, CES), we demonstrate the following key technologies: first, multi-level client awareness including device-context awareness (device capability, discovery, availability, reliability), user-context awareness (preference, demand, location, privacy), and network-context awareness (bandwidth, latency, reliability, security); second, intelligent multi-cloud service brokering including service recommendation and brokering based on multi-level client awareness, QoS-based service discovery and composition over multi-clouds, optimal user space resource scheduling for client service requests; finally, cross-layer cloud security management comprising integrated security policy negotiation and planning, security facility matching, and data-sensitive encryption. The system implementation of product exposition includes multiple administration units’ private clouds (abbreviated ADM) which partition the whole expo into several areas. Each private cloud corresponds to a broker gateway (abbreviated broker). Thus the broker not only partitions the network domain but also distributes data access for purpose of optimal resource allocation and security. The private clouds form a bigger private cloud and beyond the brokers there is a higher level broker managing them such that they are able to communicate public clouds. The higher level broker aware service availability from internal brokers and convey services to users from private and public clouds. The project is scheduled to play in three years. In the first year, we are to accomplish single broker with single ADM private cloud. In the second year, we are to accomplish hierarchical multiple brokers system for multiple ADM clouds. In the third year, we will realize include public cloud resources and services into the expo application and then the system connect private and public clouds for conveying optimal service according to automatic context analysis. The realization of expo application comprises developments of emergent cloud computing technologies. Moreover, through support from the Center for Research of E-life DIgital Technology (CREDIT) and Advance Multimedia Internet Technology (AMIT) Corporation, we apply the developed technologies in consumer products. Therefore, no matter in academic research, industry promotion, or human education, the various and solid achievements are predicable.[[note]]NSC100-2218-E327-00

可處理並傳輸多媒體串流之開放式服務閘道器以及處理並傳輸多媒體串流之方法

[[abstract]]一種開放式服務閘道器,係可處理並傳輸多媒體串流,並且提供閘道器功能以支援開放式服務閘道器標準及通用隨插即用標準,該開放式服務閘道器包括:一開放式服務閘道器框架以及一開放式服務閘道器服務包;該開放式服務閘道器服務包包括一基本服務包功能區塊、一通用隨插即用服務包功能區塊以及一影音無限延伸服務包功能區塊;一種處理並傳輸多媒體串流之方法,該方法包括:取得使用者要求檔案;選擇適當的串流服務品質參數;將使用者要求檔案作即時轉碼,進而產生一多媒體串流;以及將該多媒體串流傳送至使用者端

Development on the Mass and Rapid Methods of Soil Testing and Plant Tissue Diagnosis

以3年的期程針對各地區大面積且具發展潛力之重點產業，研發及建立快速且大量化的土壤與植體營養診斷技術，結合各種作物體系肥料施用基準資訊，達成輔導農民準確施肥，生產優質農產品之目標。 The project will develop mass and rapid methods of soil testing and plant tissue diagnosis for the major crop sectors with large acreages and potential marketing. These methods will combine with many kinds of fertilizers application standards and information to guide the farmer produce good quality of agriculture products by accurate fertilizer application

日本野馬牌發電機測試與改良(嘗試用馬來廢椰油)之專題研究

[[abstract]]一般大樓地下室備用之發電機,大多數柴油發電機, 原理很簡單: 簡單說就是我們一般用電驅動馬達,但發動機使之反向操作而已.就好像摩托車之發電機,必須讓發電機之中心棒不斷旋轉,以與發電機壳內鉗之磁鐵產生磁變化,後由兩根導線把變化之磁變電能輸出儲存或照明.柴油引擎發電機在中低速時的加速表現普遍也較汽油引擎來的出色，加以改良後在充沛的低速扭力以外，也能兼顧高轉速的馬力需求，因此貨車,拖車,大卡車都是用柴油的，最近也推出了柴油高級驕車是改良過的柴油引擎。清淨能源方面，馬來西亞人愛用椰子油，原因如下，1. 椰子油可刺激甲狀腺功能--擁有完美的抗菌特性2.增進甲狀腺、抗老化功能3. 椰子油的減重功能4. 椰子油的抗癌功能5.椰子油的抗菌功能—有母乳成分