五邑大学学报(自然科学版)
五邑大學學報(自然科學版)
오읍대학학보(자연과학판)
JOURNAL OF WUYI UNIVERSITY(NATURAL SCIENCE EDITION)
2014年
1期
28-35
,共8页
物联网%异构设备%控制机制%封锁%集中式FOCC
物聯網%異構設備%控製機製%封鎖%集中式FOCC
물련망%이구설비%공제궤제%봉쇄%집중식FOCC
Internet of things%heterogeneous devices%control mechanisms%blockade%centralized FOCC
研究并比较了异构数据问题的解决方案,提出了农场异构设备物联网混合分布式解决方案。建立了农场异构设备物联网模型,设置了农场应用场景,优化并改进了封锁和集中式 FOCC控制机制,解决了对设备并发管理和控制时所带来的一致性问题。实验结果表明,封锁和集中式 FOCC机制是有效的,但在一定情况下会增加系统时间开销。
研究併比較瞭異構數據問題的解決方案,提齣瞭農場異構設備物聯網混閤分佈式解決方案。建立瞭農場異構設備物聯網模型,設置瞭農場應用場景,優化併改進瞭封鎖和集中式 FOCC控製機製,解決瞭對設備併髮管理和控製時所帶來的一緻性問題。實驗結果錶明,封鎖和集中式 FOCC機製是有效的,但在一定情況下會增加繫統時間開銷。
연구병비교료이구수거문제적해결방안,제출료농장이구설비물련망혼합분포식해결방안。건립료농장이구설비물련망모형,설치료농장응용장경,우화병개진료봉쇄화집중식 FOCC공제궤제,해결료대설비병발관리화공제시소대래적일치성문제。실험결과표명,봉쇄화집중식 FOCC궤제시유효적,단재일정정황하회증가계통시간개소。
This paper studies and compares the solutions to heterogeneous data problems, puts forward hybrid distributed solutions to farms’ heterogeneous device networking, sets up a farm heterogeneous devices networking model, structures a farm application scenario, improves and optimizes the closed and centralized FOCC control mechanisms, and solves the consistency problem caused by concurrent management and control of equipment. Experimental results show that the closed and centralized FOCC system is effective, but in some cases it will increase the time overhead of the system.