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at the location of Object B. In this model, to obtain a single value from a table of data, the searching routine is transmitted t'o the remote station. ~.Remote evaluation REV): Here Object A (like a user of a common kitchenette) owns the code (know how what to cook and eat) needed, while Object B own resources +tools and provide for self-service to Object A at the location of Object B. Thus know-how +self service facility are transported. For obtaining a single value from a table of data, the searching routine is implemented in the remote station and the routine is activated by remote invocation or by a trigger. This also gets complex when large number of routines are implemented. 4. Mobile agent (MA): The Object A (a gold prospector) owns the code (know-how) to perform a service, but do not own the resources (gold mine) needed. It is allowed to migrate its virtual machine (tools) on a host (Object B) where the needed resources (gold mines) are located. Object A executes its self-service in location of Object B. Thus mobile agents transmit know-how and tools to execute self service at a location where resources exist. Hence they permit increased flexibility, reduced traffic and load distribution. To obtain a single value from table, here we send the search routine to the location where table is stored, search locally and send the result. This reduces bandwidth since only the result is shipped back and distributes load among different such routines. Also since it is autonomous, it can without being connected to its owner,collect information in a local station. On the other hand the traditional apporoch would require many data interchanges on slow links between the owner and stations that are liable to fail. 5. Three-tier system (TI'S'~: Here an intermediate object I exists between objects A and B. The resources from B migrate to I and know-how, service and tools are provided from A. This can also be achieved by agent migrating from A to 1. It has been suggested that a three tier architecture consisting of client A, a service proxy I and a server B will be efficient. A is connected to I through a narrow band network, while ! is connected to B through a broadband network [29]. I performs the function of relaying requests from clients to database servers and replying messages from servers to clients. The …

Integrated network computing models, programming modes and software tools