博文
- Intelligent Manufacturing system based on machining features
- 欧阳华兵、沈斌． Intelligent Manufacturing system based on machining features and its application. 2011 3 rd International Conference on Computer and Automation Engineerin, Chongqing, China, January 21-23,2011:v2-216~220
- 特征加工技术及其在CAMWorks中的实现
- 沈斌、欧阳华兵．特征加工技术及其在 CAMWorks 中的实现．机床与液压，第 39 卷， 2011 年第 4 期 :24-27 Feature Processing Technology and its Implementation in CAMWorks. Machine Tool Hydraulics, 2011,Vol.39(4): 33-36
- 基于面向服务体系结构的制造企业协同化工程支持技术
- 沈斌 , 齐党进 , 樊留群 , Horst Meier. 基于面向服务体系结构的制造企业协同化工程支持技术 . 计算机集成制造 .Vol.17( 4): 876-881. (EI 检索号： 20112214022483)
- 井下巷道无线射频识别阅读器多目标约束优化选址方法
- 1. 闫广超、沈斌、王家海、李玉明、朱国良 . 井下巷道无线射频识别阅读器多目标约束优化选址方法 . 煤炭学报， Vol.35, No. 9,2010:1581~1586 Way to the multi-objective constrained optimization site of RFID reader in roadway of mine. Vol.35, No. 9,2010:1581~1586, CSCD,EI ： ...
- 基于RFID的被动式井下考勤系统上位机控制模块的设计与实现
- 沈斌，闫广超，彭程，朱国良 . 基于 RFID 的被动式井下考勤系统上位机控制模块的设计与实现 . 机电一体化， 2010 年第四期： 58-61 页 ,65 页 Designing and realizing of host computer control modeling of attendance checking system undermine which is inactive mode. ...
- 基于遥测技术的转动部件物理量测量
- 沈斌 ， 叶飞 . 基于遥测技术的转动部件物理量测量 . 轻工机械 ,2010 年第 5 期 :76-78 Measuring method of telemetry for rotating object. Light Industr Machinery, Vol. 28,No. 5:76-78
- 换热器流路计算机辅助建模系统的开发
- 沈斌，朱殿臣 . 换热器流路计算机辅助建模系统的开发 . 机电一体化， No.8,2010:61-64
- Co-Service Manufacturing System Integrated OPC UA/FDT for Co
- Shen Bin, Qi Danjin, Fan Liuqun, Horst Meier . Co-Service Manufacturing System Integrated OPC UA/FDT for Complex Equipments Field Devices. International Conference on Mechanical Engineering and Green Manufacturing,19-20,November,2010,Xingtan, China,Part 1:344~349, EI: ...
- Wire between RFID Devices Optimal Planning Based on Dijkstra
- 1. 沈斌、闫广超 .Wire between RFID Devices Optimal Planning Based on Dijkstra Algorithm.ICCEE 2010 3 rd International Conference on Computer and Electrical Engineering,16-18,November,2010,Chengdu,China,Volume 2:V2-435~438
- 关于复杂曲面刀具轨迹规划技术的研究
- 沈斌、欧阳华兵．关于复杂曲面刀具轨迹规划技术的研究．新技术新工艺， 2010 年第 9 期 :24-27 Researching Development of Tool Planning Techniques for the Complex Sculptured Surface. NEW TECHNOLOGY NEW PROCESS. 2010(9):24-27
