| As information technology is changing the whole world economic, tobacco industry which is a main business of Chinese economic should put away its old work style. It should a new information system which is made up of sale, order, depot, sort and delivery. The information system could save the cost of tobacco industry and improve processing accuracy. Besides, it could help to know the change of the market, so the administrator could change their management to get more economic advantage.The paper first introduces the development of physical distribution both in and out China. Research and application of physical distribution in tobacco industry is the main matter of the paper, and the paper show the new thinking and point. The paper proposes a integrated framework for logistic information system in tobacco industry. It could take practice project for example to introduces each subsystem and show its advantage finally.Production management information system and Vehicle Routing system is the main investigation object of the paper, so the paper first introduces the theory ,development and key technology of data mining to set up theory support for production management information system. Then the paper completely proposes a integrated framework for logistic information system in tobacco industry including its design for main database, data analysis, and its application, and gives more attention to apply ant colony algorithm to vehicle routing problem in the integrated framework for logistic information system. Finally ,the paper sums up the integrated framework for logistic information system in tobacco industry and gives a foresight.The successful application of this framework shows that it could help to improve work efficiency, diminish the number of the workers and works, save production cost, and offer key data of market sales for administrators to make decision. This framework also unify data flow, production flow and control flow, and all of its advantages show that it should be invested both in academic value and application value. |
