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q what are the assumptions of the execution-time component model compare the execution-time component for basic model and the logarithmic poisson
q applicability with reference to software reliability modelsapplicability it is another important characteristic of a model the model must be judged
q resource usage with reference to software reliability modelsresource usage it is linearly proportional to implementation time t and mean failures
q explain predictive validitypredictive validity it is the potential of the model to predict future failure behaviour from present and past failure
q what is boundary value analysisboundary value analysis it is extensively recognized that input values at the extreme ends of input domain cause
q explain equivalence class partitioning equivalence class partitioning it is a method in black box testing it is designed to reduce the number of
q what is structure charta structure chart is a top-down modular design tool construct of squares representing the different modules in the system as
q define a class diagram with exampleclass diagram a class diagram in the uml unified modelling language is a type of static structure diagram that
q explain about communicational cohesioncommunicational cohesion the communicational cohesion is when parts of a module are grouped for the reason
q explain common coupling with examplecommon coupling general coupling is when two modules share the same global data example a global variable
q post-production design feedback for future designs post-production design feedback for future designs implementation it is introducing the designed
q usual stages of the simplified design process pre-production design design brief it is an early often the beginning statement of design goals
list the points of a simplified design processans a design process may comprise a series of steps followed by designers depending on the product or
q illustrate detailed cocomo modeldetailed cocomo it incorporates all characteristics of the intermediate version with an assessment of the cost
q explain intermediate and detailed cocomo modelintermediate cocomo calculates software development effort as function of program size and a set of
q explain static multivariable modelthey relies on several variables representing various aspects of the software development environment for example
q static single variable model and static multivariable modelstatic single variable model methods using this model utilize an equation to estimate
q compare the manpower and development timemanpower may perhaps refer to labour manpower either an abstract term for human labour effort as opposed
q compare the productivity and difficultyproductivity refers to metrics as well as measures of output from production processes per unit of input
q define evolutionary prototypingevolutionary prototyping is also known as breadboard prototyping is quite different from throwaway prototyping the
q explain throw-away prototyping and evolutionary prototyping discuss the differences between the twoans throw-away prototyping as well called close
q important issues related to srsa system goals as well as requirements are different- goal is a more general characteristics for example whole
q discuss the important issues that a srs must addressans srs is the method of establishing the services the system should provide of the system in
q why waterfall model is advantageous than adhoc methodswhy waterfall model is advantageous than adhoc methods ac16 software engineeringad-hoc
explain the waterfall model explain why it is more advantageous than adhoc methodsans waterfall model1the waterfall model is a chronological software