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Abstract Resources Allocation In Distributed Processing Systems Using AI / ()R Techniques This thesis aims to provide a new approach to allocate resources in the Distributed Systems (DS), focussing on minimizing the traffic across the system by exploiting data distribution scheme and allocating the links capacities of its communication network. A Decision Support System (DSS) has been developed that helps the decision makers, in rationale way, to distribute the system data-base and then, up on the deduced traffic pattern, assigns optimally the links capacities of the communication network under the problem constraints. The proposed system offers the following capabilities: . • It establishes and builds a repository of data for the characteristics and attributes of the DS under study allowing dynamic adaptation to any changes in its data such as adding, deleting and/or changing data of nodes and/or system datasets . • It builds a starting network topology for the OS being examined, automatically using a heuristic approach, and provides a complete graphical user interface (GUI) to enable, the user to change the topology, interactively and graphically, and hence can in a user-friendly manner keep variations of the OS network topology for the analysis and decision making process. • It provides the capability to have a given network traffic pattern or use proposed data distribution assessment fuzzy model that can reason how to locate the distributed system data-base, and hence presents a deduced t/”(~flic pattern for the DS. It shows, in a GUI, how much data distribution affects the OS traffic. • It applies a shortest path algorithm using DP technique to determine the network traffic flow routs (flow assignment process), based on deterministic and shortest path routing strategy. It shows in a G U I the network topology and enable the user to indicate any node-pair and then |