Computer Science, asked by abc666, 1 year ago

Objective: To identify the suitable software development model for the given scenario.
Background: “ABC” is a new enterprise recently started by a few young entrepreneurs, intended to develop robotic systems using IT based solutions. “TENZ” is a well-established automobile manufacturing plant, Interested in automating some of the operations of the plant.
As first step towards automation, TENZ has decided to deploy a robotic arm to pick and place large number of bolts from one tray of a conveyer belt to another tray of a different conveyer belt. Moving one bolt at a time. TENZ has asked ABC for demonstration the robotic arm for the said purpose as a proof of concept. This is the first project being executed by ABC. TENZ would like to have a first experience of the robotic arm before signing the MOU (Memorandum of Understanding) with ABC. After MOU sign-off, TENZ would provide the complete set of requirement of the robot.
Problem Description: Identify the most appropriate SDLC model for this scenario. Also give reason of selecting the desired model.

Answers

Answered by AV20202021
0
Software development model are Waterfall, Prototype, Spiral ,Agile

abc666: which one should be used here?
Answered by mad210219
4

Identify the suitable software development model for the given scenario.

Explanation:

The most suitable model is incremental  model .

Because as ABC is dealing with his first project if the project fails then we can stop at developing stages in initial stage only.

In incremental model the requirements are separated based on categeories and the designed separately  

In each increment specific module is designed so if any module gets error the next parts has to be halted  

Otherwise if we came to know that our project is wrong at the end all the infrastructure and effort is wasted and the projects crosses the budget.

The phases go in these fashion

First increment:

COMMUNICATION->PLANNING->MODELLING->CONSTRUCTION->DEPLOYMENT

Second increment:

COMMUNICATION->PLANNING->MODELLING->CONSTRUCTION->DEPLOYMENT

Third increment:

COMMUNICATION->PLANNING->MODELLING->CONSTRUCTION->DEPLOYMENT

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.

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.N th increment:

COMMUNICATION->PLANNING->MODELLING->CONSTRUCTION->DEPLOYMENT

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