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This article explores existing educational materials available to support integrated coastal management (ICM) in the Philippines and Indonesia. Emphasis is placed on materials gathered from informal education institutions (i.e., nongovernmental organizations, donor-sponsored projects, national initiatives, etc.). Over 100 sets of educational materials were collected and evaluated based upon criteria such as interactive qualities, availability, target audience, geographical focus, etc. Several deficiencies and gaps in the content and coverage of ICM materials were observed. Most significantly, it appears that improved coordination of education programs and dissemination of educational materials is needed. Accessibility and the choice of delivery mechanism (i.e., books, Internet, videos, etc.) also emerged as important considerations when designing educational materials. Surveys conducted with ICM practitioners in the Philippines and Indonesia further illustrate the challenges and opportunities in ICM education. Findings from the assessment of educational materials and surveys facilitated the development of several recommendations for future ICM educational materials, including improved local-level ICM education and focusing on ICM and ICM process sustainability.  相似文献   
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The first step in implementing an intelligent ship is designing the ship intelligently. Naval ship design is becoming an interactive process where designers on different sites can work collaboratively and simultaneously, connected through virtual design environments. In this paper we introduce two such design environments. The first is an immersive, virtual reality environment enabling rapid design of ship space arrangements, exploration of Human System Integration issues, and reduced cost of test and evaluation through the use of modeling and simulation. The second is a systems engineering application capable of evaluating the benefit of spiral technology insertions, identifying areas for research and development investment, and evaluating the performance, risk, and affordability of proposed technologies in current and future ship systems, by conducting trade space analysis and optimization. Applications of these tools will be discussed.  相似文献   
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