Abstract
In response to the trend of efficient global economy, constructing a global logistic model has garnered much attention from the industry .Location selection is an important issue for those international companies that are interested in building a global logistics management system. Infrastructure in Developing Countries are based on the use of both classical and modern control technology, for which the most important components are professional levels of structure knowledge, dynamics and management processes, threats and interference and external and internal attacks. The problem of control flows of energy and materials resources in local and regional structures in normal and marginal, emergency operation provoked information attacks or threats on failure flows are further relevant especially when considering the low level of professional ,psychological and cognitive training of operational personnel manager. Logistics Strategies include the business goals requirements, allowable decisions tactics, and vision for designing and operating a logistics system .In this paper described the selection module coordinating flow management strategies based on the use of resources and logistics systems concepts.
Highlights
Large distributed real-time embedded systems [1] are often designed with static resource management strategies and tailored for specific goals or missions
To establish the logistic concept of autonomous control, adequate modelling methods are needed systematic models optimization strategy, coordination strategy which allows an exact description of autonomously controlled logistics processes
Consider the diagram of the performance criteria process formation [5] based on the conception of logistics (Fig .1), as a strategic management function based on logistic criteria, which they are founded on:
Summary
Large distributed real-time embedded systems [1] are often designed with static resource management strategies and tailored for specific goals or missions These rigid resource allocation strategies are incapable of adapting to changing system goals, resource levels and operating environments. Strategic management [2] often entails identifying the organization’s mission, vision, goals, policies, plans, projects and programs It involves defining and allocating resources to manage the organization. In case of disturbances or fluctuating demand, centralised planning and control methods are insufficient to deal with the complexity of centralised systems This rises disproportionately to their size and heavily constrains the fault tolerance and the flexibility of the overall system. To establish the logistic concept of autonomous control, adequate modelling methods are needed systematic models optimization strategy, coordination strategy which allows an exact description of autonomously controlled logistics processes
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