Design of Autonomic Logistics Information System Based on System Integration Model

Abstract:

In view of some shortcomings of equipment maintenance, Autonomic Logistics Information System (ALIS) technology is introduced. Aiming at common equipment, basing on the description of function requirement definition, system requirements are analyzed firstly. Then developing process is described, the modeling process of developing ALIS is discussed. At last, the structure of ALIS is constructed. And its function module is designed as well. The system includes four layers as information layer, service layer, application layer, and cross-layer. The investigation and discussion on establishing methods of ALIS is completed.

• Periodical: Advanced Materials Research (Volumes 472-475)
• Pages: 2650-2654
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.472-475.2650
• Online since: February 2012
• Authors: Wan Guo Sun, Hong Bing Ye, Kai Wang, Yong Jun Song
• Keywords: ALIS, Equipment, Function Requirement Definition, Maintenance, Model

References

[1] Shengkui Zeng, Michael G. Pecht and Ji Wu, "Status and Perspectives of Prognostics and Health Management Technologies," Acta Aeronautica Et Astronautica Sinica, vol. 26, no. 5, pp.626-632, Sept (2009)

[2] Baozhen Zhang, "The Support Concept for the 21st Century—Autonomic Logistics for Joint Strike Fighter," Aviation Maintenance & Engineering, no.1, pp.27-30, (2003)

[3] Wang Shi, CHEN Chen, WANG Zili, ZOU Zhe and HAN Xiaoyi, "Research on the Autonomic Logistics System," Logistics Sci-Tech, no. 5, pp.93-96, (2008)

[4] Alok R.Patnaik, V. Narasimhan, Amiya Nayak. and Prakash C. Patnaik, "An Integrated PHM Approach for Gas Turbine Engines. Electrical and Computer Engineering," IEEE CCECE/CCGEI, Ottawa, Canadian Conference, pp.2476-2479, May (2006)

DOI: 10.1109/ccece.2006.277288

[5] Laura P.swiler, James E.Compbell, Kelly S.Lowder, and Adele B. Doser, "Algorithm Development for Prognostics and Health Management (PHM)," SAND REPORT, SAND 2003-3820, issued by Sandia National Laboratories, unlimited Release, Printed October 2003 Cross-layer Mission management interface Maintenance layout interface Maintenance command interface Supply management interface Train management interface Information service interface Daily operation interface Accessing interface Other user interface Application layer Application function Info check Info Stat. Info modify Info update. Info in-phase Info dig. Decision-making Info share Operation function Resource manage Train management Data management Project analysis Correct measure System performance Equip management Maintenance plan Mission manage Command & control Maintain manage Information layer Intend Facility base info Utilization info Facility provide Data base info Data utilization Data update Manpower system Maintenance time Training plan Training software Mission record Mission evaluation Outlay standard Outlay requisition Outlay provide Man capability Maintenance plan Service layer Configure service Outer data visit service Database service System manage Data service Safety manage Flow management Communication Autonomic response mechanism Information communication service / distribution network Opening interface Base info Storage info Failure info Base info Parts storage Equipment info Spare part info Maintain facility Tech data Manpower Mission info Outlay info Acquisition Facility state Facility manage Facility variety Data variety Data edition RETM Tech grade Maintain resource Training facility Manpower record Mission layout Mission equipment Outlay use Maintain costs Outlay account Prepare Maintain mission Base info Storage info Failure info In warehouse Out warehouse Maintenance Train Figure.4 Function model of Autonomic Logistics Information System