The example that was put together for the Pseudocode and the Flow diagram are very elaborate and well thought out. It did show the relation between the Pseudocode structure as the written language and the Flow diagram that indicate the application of the Pseudocode. Within the whole process the Pseudocode and Flow diagram does correlate to each other. The program was built in a straightforward fashion. If you would relate to the Pseudocode herein our discussion board, you would notice that it
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Assignment 1: International distribution paper; deadline: June 3rd (week 5) The paper should contain a minimum of 2000 words (4 A4’s) + pictures / diagrams etc. (added to the 4 A4’s) - 2 A4’s consist of a summary on the subjects within the theme International Distribution, incl. literature list (min. 5 references) - 2 A4’s consist of a case study applying the theoretical knowledge of the first A4’s to a company of your own choice - Literature list (min. 5 written references, no URL’s) - ½ A4
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Flow Diagram (Context and Diagram 0) 2.3. Operational Definition of Terms (alphabetical) Chapter 3 – METHODOLOGY (w/ introductory paragraph) 3.1. Conceptual Framework (Input – Theories / Process – Models / Output - System) 3.2. Project Planning and Management 3.2.1. Gantt Chart (Duration should start from initial development to final deliberation, must depend on the model) 3.2.2. Work breakdown structure per proponent 3.3. Project Design 3.3.1. Proposed Data Flow Diagram Data
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topics Part (a) questions 2.3 (a) Answers may include: • Definitions of demand and quantity demanded. • Theory of demand: law of demand with reference to changes in demand and factors that can cause changes in demand. • Demand and supply diagram showing initial equilibrium price and quantity, and a leftward shift in the demand curve, resulting in a lower equilibrium price and quantity and showing that there is no contradiction. • Examples of demand curve shifts and movements along a
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Message Sequence Chart. A sequence diagram shows object interactions arranged in time sequence. It depicts the objects and classes involved in the scenario and the sequence of messages exchanged between the objects needed to carry out the functionality of the scenario. Sequence diagrams typically are associated with use case realizations in the Logical View of the system under development. Figure6.1.1 Sequence Diagram for User
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cm Y Diagram NOT accurately drawn 1.7 cm Z XYZ is a right-angled triangle. XY = 3.2 cm. XZ = 1.7 cm. Calculate the length of YZ. Give your answer correct to 3 significant figures. …………………………. cm (3 marks) 3. Diagram NOT accurately drawn A 8 cm B C 11 cm ABC is a right-angled triangle. AB = 8 cm, BC = 11 cm. Calculate the length of AC. Give your answer correct to 3 significant figures. …………………………… cm (3 marks) 4. L Diagram NOT accurately
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Chapter 4 14 4.1 What is usecase diagram? 14 4.2 Usecase Diagram 15 4.3 Activity Diagram and Swimlane Diagram 31 4.3.1 Activity Diagram 31 4.3.2 Swimlane Diagram 39 Chapter 5 47 5.1 Data Modeling Concept 47 5.3 Data Relationship Diagram 51 5.4Entity Relationship(ER) Diagram 52 5.4 Table Schema Diagram 54 Chapter 6 56 6.1 Class Based Modeling Concept 56 6.2 Identifying Analysis Classes 56 6.3 Class Schema Diagram 58 6.4 Class Responsibility
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Contingency Planning Ch4 Key Concepts and Chapter Assessment Affinity diagram - A diagram consisting of 4 steps, identify the problem , generate ideas, gather ideas into related groups, create the affinity diagram. Refer to page 142 for an example. Brainstorming - In a brainstorming session all participants spout out ideas which are written down without judgement. Cause and effect diagram - Also known as Ishikawa diagram or fishbone diagram. It shows the relationships between causes and problems. Critical
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Using a process flow diagram, cost analysis of purchasing new equipment, and improving scheduling will not only increase the plant’s capacity—it will also eliminate overtime costs leading to savings for growers. NCC operates as a service industry therefore we used peak numbers (10% higher level of berries - over the average production in 1994 and 1995) to ensure our process would eliminate bottlenecks even during periods of high production. Using a process flow diagram, cost analysis of purchasing
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- The graduate develops working programs that use appropriate data structures for problem solving. Competency 430.1.4: Modeling Systems Using Unified Modeling Language (UML) - The graduate develops and interprets Unified Modeling Language (UML) diagrams which model object-oriented designs. Competency 430.1.5: Object-Oriented Concepts - The graduate applies object-oriented concepts, develops object-oriented designs, and uses object-oriented programming techniques. Competency 430.1.6: Software
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