CAJ | 학술논문

伴随着社会的进步及用户日益增长的需求，机械化农业迅速发展，决策支持系统也经历着在机械化农业实际应用中的反复检验，如何高效科学地发展基于决策支持技术的现代化、机械化农业正是该领域亟待解决的重点问题之一。为此，基于DSS决策支持思想剖析了DSS技术的核心架构，在此基础上构建了以NS－2为基础仿真平台，通过C＋＋与TOSSIM 融合入最终实现机械化农业精准操作仿真平台构建，进一步剖析了在此平台上的机械精准定位原理。通过单一机械与多机械仿真实验，结果表明：该平台仿真效果明显，实用性较强。
반수착사회적진보급용호일익증장적수구，궤계화농업신속발전，결책지지계통야경력착재궤계화농업실제응용중적반복검험，여하고효과학지발전기우결책지지기술적현대화、궤계화농업정시해영역극대해결적중점문제지일。위차，기우DSS결책지지사상부석료DSS기술적핵심가구，재차기출상구건료이NS－2위기출방진평태，통과C＋＋여TOSSIM 융합입최종실현궤계화농업정준조작방진평태구건，진일보부석료재차평태상적궤계정준정위원리。통과단일궤계여다궤계방진실험，결과표명：해평태방진효과명현，실용성교강。
Along with the progress of society , growing demand of the users , and the rapid development of agricultural mechanization , decision support system is also experiencing repeated examination of practical application in the agricul-tural machinery .And how to develop efficient science based on modern , mechanized agricultural decision support tech-nology is one of the key problems to be solved urgently in the field .Based on the thought of decision support system ,the paper firstly analyzed the core architecture based on DSS technology , then constructed the NS-2 simulation platform . Through C++and TOSSIM integration into the final realization of mechanization of simulation platform of agriculture pre -cision operation , it further analyzed the precision positioning principle , then compared the obstacle avoidance simulation in the regional control plane between a single mechanical car and a plurality of mechanical cars .And the results show that the platform simulation is strongly practicable with perfect effect .