​Assignment 2 - All information is attached on the pdf file. Please 14 pages 1.5 space

User Generated

wrwrwbwb

Writing

IMSE 2030 Fundamentals of Systems Design and Analysis

University of Missouri - Columbia

Description

Assignment 2 - All information is attached on the pdf file. Please 14 pages 1.5 space. PLEASE ADD FIGURES AND DIAGRAMS AND SOURCES FOR ALL PARTS.

Unformatted Attachment Preview

IMSE 2030 - Fundamentals of Systems Design and Analysis – Assignment 2 Complete below and produce ONE report to include all parts. PART 1. Using IDEF0 methodology, draw a complete model to specify an organization of your choice (industrial, service, or public). This model should specify the organization down to its 2nd level of decomposition (i.e., include function blocks at the Axx level), taking into consideration of all the aspects, such as those identified in the FIVE categories in a typical industrial system. Follow strictly the cross-checking steps to ensure the integrity of your model: 1. 2. 3. Specify and Cross-Check a function block: for each of the Inputs, cross-check for its related Output(s); for each of the Outputs, cross-check for its related Input(s); for each of the Mechanism and Control, check what it is used for. Decompose, if needed, to 3-5 next level functions. For each of these sub-level functions:  Carry out the Specify and Cross-Check as outlined in (1)  Establish relationships amongst these functions through flow of Inputs, Outputs, Controls and Mechanisms  Cross-Check Integrity of Decomposition: lower-level definition should represent EXACTLY its higher level function. Repeat step 2 until the required level of detail is reached. You should provide a textual description of the overall system/organization of concern, as well as for each of the function blocks presented in the model. PART 2. From your IDEF model of the organization, pick up two related functions. Draw an ActivityCycle-Diagram to illustrate how the dynamic interaction takes place. PART 3. Explain, with flowchart if necessary, how simulation process can be logically carried out to estimate the system performance in terms of average lead time, and/or average resources utilization. Then, for the ACD model of Part 2:   Assign time elements involved (such the average and distribution times of arrival, and machining/process/service times) Carry out a simulation, physically, and estimate the values related to system performance such as the mean throughput and/or the average waiting times. Length and Structure: No more than 20 pages (1.5 spacing and including figures). Please properly “section” your report, so that it follows the format of a typical technical report. Date of submission: To be decided with class. Individual Assignment Evaluation Sheet Assignment No.:________2____________Name of Student:_________________________________ Evaluation Criteria Understanding of complete functional modelling of industrial/service/public systems Use of IDEF modelling: able to use the methodology correctly (top-down approach, meaningful decomposition of functions, proper specification of inputs, outputs, controls and mechanisms and flows) Understanding of the functional structure of a industrial/service/public system: the completeness of the specification of a system in the industrial, service, and public sectors. Integrity of mode: Specification correct for ALL functions and at ALL levels. Cross-checking properly carried out as required. Understanding of dynamic flow and interaction Use of Activity-Cycle-Diagram modelling: able to use the methodology correctly Understanding of the dynamic logics: understand the meaning and dynamic logics and explain how this can be used to accomplish discrete simulation of the operation of a system. Use of ACD to carry out a simple simulation: values such as mean waiting times, etc., correctly estimated. Contents and Quality of Presentation  Good introduction and meaningful background information  Clear argument, logically structured and easy to follow  Good illustrations  Sufficient support material/examples/references  Logical conclusion Score (40) Class Submission (20) TOTAL (100) Comments (30) (10) General feedback
Purchase answer to see full attachment
User generated content is uploaded by users for the purposes of learning and should be used following Studypool's honor code & terms of service.

Explanation & Answer

Hello buddy, attached are the complete assignment. Kindly go through it and let me know. Thank you

1

Running head: The IDEFo

Systems Design and Analysis
Name:
Course:
Institution:

2

The IDEFo

Systems Design and Analysis
Introduction
IDEFo is an acronym for Icam DEFinition for function modelling. Icam is an acronym
meaning integrated computer aided manufacturing. It is the functional modeling methodology for
unravelling multiple manufacturing activities. It offers provides a functional modeling language
for the analysis, re-engineering, integration and development of different information systems,
business processes and the analysis of software engineering.
IDEFo is a member of the IDEF modeling language family. It is built on the functional
modeling language-structured and Design Technique (SADT) (Dorador, & Young, 2000). It is
able to model the required actions, decisions and activities within an organization. It promotes an
effective communication between the customer and the analyst. It also greatly assists in the
organization of the system’s analysis.
They are also useful in modeling both automated and non-automated systems. They can
also be used in designing an implementation that performs the functions and attain the required
objectives. It may be applied to any system and this make it possible to create a model with
hierarchical series of diagrams, glossary and text.
The models can be drawn in a number of ways, including the use of software. A diagram
solution will ensure that the drawings look more professional. As a result, samples are made
before the actual diagram is drawn.
The figure below is a representation of different IDEFo shapes
Figure 1 IDEFo shapes

The IDEFo

IDEFo is now extensively applied in structured analyses of systems. Its usefulness in the
industry ranging from improving commu...


Anonymous
Nice! Really impressed with the quality.

Studypool
4.7
Trustpilot
4.5
Sitejabber
4.4

Related Tags