track the solid waste management in your city explain it with the help of flowchart give suggestion for improvement
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we ca do it by
SIMULATION PROJECTS
Entity: represent the items to be processed by the system, representing raw material, products, people and documents, among others. They can be grouped or divided during the production process and are moved alone or through resources. Once represented, the symbol will only appear at the moment when a new entity is created. This way, the number of entities to be used and in which points of the model the entity will undergo a transformation becomes clear;• Functions: represent the places where the entity will undergo an action. Functions are understood as: work posts, conveyor belts, rows and stocks, and service posts. These functions can change an entity, such as in the service posts, or even alter the time of this entity on the flow, as a delay (rows, stock);• Entity flow: represent the direction of the entity in the model, characterizing the moment of input and output of the entities in the functions;• Resources: represent elements used for moving the entities and executing functions. The re-sources can represent people or equipment. In a system, there can be static or dynamic resources. The static resources are not endowed by movement. The dynamic resources, on the other hand, can move through an established path;• Controls: represent the rules used in the functions, such as sequencing, row rules, programming, among others;• Rules for parallel and/or alternatives flows: these rules are called junctions, in the IDEF3 technique. Two or more paths, after a function, can be executed together (junction AND), or in an alternative way (junction OR), or allowing both rules (junction AND/OR);• Motion: represents an entity displacement, in which the modeler believes to possess an important effect on the model. When this element is represented, a specific programming for this motion, with time spent and resource used is expected to be found, in the computer model;• Explanatory information: used to insert an explanation in the model, aiming at facilitating the understanding of the model;• Input flow in the modeled system: defines the input or the creation of entities in the model.• End of system: defines the end of a path inside the modeled flow. Everything that, in practice, is found beyond this point is out of the limits of the model;• Connection to other figure: used to divide the model into different figures.
SIMULATION PROJECTS
Entity: represent the items to be processed by the system, representing raw material, products, people and documents, among others. They can be grouped or divided during the production process and are moved alone or through resources. Once represented, the symbol will only appear at the moment when a new entity is created. This way, the number of entities to be used and in which points of the model the entity will undergo a transformation becomes clear;• Functions: represent the places where the entity will undergo an action. Functions are understood as: work posts, conveyor belts, rows and stocks, and service posts. These functions can change an entity, such as in the service posts, or even alter the time of this entity on the flow, as a delay (rows, stock);• Entity flow: represent the direction of the entity in the model, characterizing the moment of input and output of the entities in the functions;• Resources: represent elements used for moving the entities and executing functions. The re-sources can represent people or equipment. In a system, there can be static or dynamic resources. The static resources are not endowed by movement. The dynamic resources, on the other hand, can move through an established path;• Controls: represent the rules used in the functions, such as sequencing, row rules, programming, among others;• Rules for parallel and/or alternatives flows: these rules are called junctions, in the IDEF3 technique. Two or more paths, after a function, can be executed together (junction AND), or in an alternative way (junction OR), or allowing both rules (junction AND/OR);• Motion: represents an entity displacement, in which the modeler believes to possess an important effect on the model. When this element is represented, a specific programming for this motion, with time spent and resource used is expected to be found, in the computer model;• Explanatory information: used to insert an explanation in the model, aiming at facilitating the understanding of the model;• Input flow in the modeled system: defines the input or the creation of entities in the model.• End of system: defines the end of a path inside the modeled flow. Everything that, in practice, is found beyond this point is out of the limits of the model;• Connection to other figure: used to divide the model into different figures.
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by reusing recycling and reducing
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