5 4.1. Class diagram 5 Figure 2 show how classes interact to each other to compose the full MIK System 6 4.2. Data flow diagram 6 Figure 3 its show that how the data flow during the user/patient interaction with MIKS 7 5.0. Use cases 8 Figure 4 System user case Diagram 8 6.0. Use case realizations 11 Figure 5 System Sequence Diagram 11 Figure 6 Administrator Sequence Diagram 11 Figure 7 User/Patient Sequence Diagram 12 7.0. Activity diagram 13 7.1. Activity diagram for search information
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quality management. FISHBONE DIAGRAM The fishbone diagram is used to identify all of the contributing roots causes likely to be causing a problem. This can be used when identifying possible causes for a problem especially when a team’s thinking tends to fall into ruts. For example the problems faced for Mr. Mahmud restaurant are such as lack of focus, lack of resources, low in delivery and training. All this problems and there effects can be drawn using a fishbone diagram as below: Lack of resources
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marks analyzing system and also draw a different UML diagrams for that. DESCRIPTION: The main objective of our project is to develop a student mark analysis system for colleges. There are four phases such as analysis, design, implementation and testing. The student details can also be maintained using the software. It simply holds the various mark details of students and it creates the required, report, whenever needed. The use case diagrams drawn clearly define the user requirements and capture
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Tools: includes Fishbone, Pareto, and Scattered Diagram. 2. Evaluation and Decision Making Tool: Decision Matrix, Multivoting. 3. Process Analysis Tool: includes Flow chart, Failure Mode Effects Analysis, Mistake-proofing and Spaghetti Diagram. 4. Data Collection and Analysis Tools: box and whisker plot, check sheet, control chart, Design of experiments, Histogram, Scatter Diagram, Stratification, and Survey. 5. Idea Creation Tools: Affinity Diagram, Benchmarking, Brainstorming, Nominal Group Technique
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Everglades Food Web Diagram Name BIO 101 Date University of Phoenix Everglades Food Web Diagram Create a diagram in which you illustrate the energy flow among organisms of a food chain in a particular ecosystem. (Insert diagram) The Florida Everglades is a vast stretching river that occupies much of central and southern Florida. Florida’s Everglades is home to a diverse ecosystem of bacterial, tropical and subtropical plants, trees, reptiles, animals, and aquatic life. These various
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State University of New York at Stony Brook Department of Electrical and Computer Engineering ESE218 Digital Systems Design Lab 9. Counter design. 1. Objectives - Design of the synchronous finite state machine (FSM) with D-flip-flops and multiplexers - Verification of the circuit behavior with a CAD tool 2. Problem description Design the synchronous 4-bit counter which outputs follow the predetermined repeated sequence of states. The sequence of states represents the sequence of decimal digits
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Dr. Kaoru Ishikawa short Biography James S Rivers BSOP-326-15964 Total Quality Management Professor Kathryn Thomas May 23, 2015 DeVry University Short Biography of Dr. Kaoru Ishikawa Visionary, pioneer are just a few words use to describe Dr. Kaoru Ishikawa; one of the world’s foremost authorities on quality control, as well one of the leaders and gurus of quality management and improvement. Dr. Ishikawa; life began on July 13, 1915 in Tokyo, the oldest in a family of eight
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constructing a network diagram: Using this example: Activity Duration (days) Predecessor(s) A 5 --- B 2 --- C 4 A D 6 B E 3 C, D F 1 D Follow this sequence: 1. Construct the Network diagram. 2. Check the network diagram. 3. Add durations to
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in earning his doctorate degree in engineering. Ishikawa is mostly known as being the creator of something known as the "Quality Circle Movement" in Japan. He is also known for his "Ishikawa diagram," which is currently and also known as "fishbone diagram" or "cause and effect diagram." These diagrams play a significant role in Quality Circles as they are used as tool in problem-solving. Additionally, as the leader of "Total Quality Control" movement, he focused techniques on statistical qualit
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|make check sheet and pareto diagram for this maintenance facility | |ticket number |work | | |ticket number |work | |1 |tires | | |16 |tires | |2 |Lube and oil | | |17 |lube and oil | |3
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