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process of implementing system design in dynamic modelsthere are three essential approaches to implementing system design in dynamic models these
what are the objectives of advance object designafter this unit you shall be able to combine three ooad models to obtain operations on the classes
how to design a formal and exact modelhow to design a formal and exact model of real-world problems by applying findings of analysis phase of omt the
illustrate about the advanced object designadvanced object design is a complex task the objects discovered through analysis serve as a skeleton of
advance object designintroduction analysis is the initial step of the omt methodology it is apprehensive with devising a precise concise correct and
analyzing association traversal till now we have supposed that associations are bi-directional but in the case of traversal it is in only one
state the design of associations before designing associations it is essential to know the way they are used for this analysis of association
illustrate the term- abstracting out common behaviour inheritance is not every time recognised during analysis phase of development thus it is
state the process of rearranging classes and operations the various yet similar operation of different classes can be slightly modified thus that
process of adjustment of inheritance during object design inheritance is readjusted by rearranging classes and operations and abstracting common
explain the term - control as concurrent tasks as we know any object can be implemented as a task in programming language or operating system this is
what is the state machine engine the straightest approach to implement control is to have any way of explicitly representing and executing state
q state the technique for converting a state diagram to codei identify the major control path starting with first state find the path from diagram
state as location within a program in this traditional approach location of control inside a program totally defines the program state any finite
what are the overlapping elements overlapping elements can be found by scanning all the elements in front of deleted element in priority list for the
determine the derived attribute to avoid re-computationeach class box consists of an ordered list of attributes and operations each represented as a
saving derived attributes to avoid re-computation data that is derived from other data should be stored in the computed form to avoid re-computation
define the step - rearranging the execution order for efficiency as we know that algorithm and data structure are closely related to one another but
explain the paths in the association network we can analyze use of paths in the association network as given below calculate each operation find
adding redundant associations for efficient access redundant associations do not add any type of information therefore during design we should
assigning responsibility for operation many operations might have obvious target objects but some of these operations could be used at numerous
defining internal classes and operations when we enlarge algorithms new classes can be added to the store intermediate results a complex operation
ways for selecting data structure algorithms operate on data structure therefore selection of the best algorithm means selecting the best data
name the metrics for selecting top algorithmthere are a number of metrics for selecting top algorithmi computational complexity computational
determine the method of choosing algorithmsin general most of operations are easy and have a satisfactory algorithm since description of what is to