GARBAGE MANAGEMENT SYSTEM

 

INTRODUCTION OF THE GARBAGE MANAGEMENT SYSTEM

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Garbage is any substance that is discarded when primary use, or it’s chaffed, defective and of no use. Examples embrace municipal solid waste (household trash/refuse), venturesome waste, sewer water (such as waste matter, that contains bodily wastes (faeces and urine) and surface runoff), radioactive material, and others.

A land dumping site additionally called a tip, dump, waste-yard,  traditionally as a midden may be a site for the disposal of waste materials by burial and therefore the oldest variety of waste treatment through the funeral half is modern; traditionally, refuse was only left in piles or thrown into pits.

Traditionally, landfills are the first standard technique of organized waste disposal and stay thus in several places around the world. Our system is made for such org which want to take the garbage from the people home and take it to the dumping yard where it can be stabilized and made harmless.

For this one user will request to pick the garbage from home at a particular time and then system staff will come to them with their vehicles and load the garbage into it and take some cost and bump it to the dumping area.

Hence this system helps in making the environment clean.

MODULES OF THE GARBAGE MANAGEMENT SYSTEM

The system is made of the combination of modules which work with collaboration with each other and make it beneficial to accomplish the main aim of the scheme.

REQUEST MAKING:

This interface is mainly for the user to request the system to pick the garbage of their house; they give the details of their home offer to pick the trash at a particular time according to their wish of time.

As he confirms the request to select, the application data will go to the managers, and further, the managers will take care of it to pick the garbage from the house.

TRASH PICK:

The manager takes the request and comes to the place with their vehicles which is already registered in the system. They come and weigh the garbage, or they can set the estimation and tell the price and loads the garbage move to the dumping yard.

DUMPING

There might be more than one dumping yard that why the dimensions and capacity should be known to the manager to dump the garbage as sometimes accurately, it is full and nowhere space left to drop.

The calculation of the area and source destination and distance is calculated to minimize the cost of travel.

REGISTRATION:

Users information have to be compelled to be registered within the system thus on establish every of them unambiguously and do the required group action as real potential .like on the name of the bill are issued.

On the far side, this plenty of things require measure there wherever we will reference him. Without registration, there are few options and pages one user can see which are landing on the home page and taking the features read but he won’t be allowed to use those.

For use, he will have to register. One person needs to put his all the details correctly and precisely as it will be helpful in identifying them and believing that he is the real person who has booked for the same.

It also includes driver license for them who is driving and parameter too.

LOG IN:

After registration one will register within the system because of the operator of the system either on behalf of the user. When this he has the different helpful interfaces accessible for any actions.

Here either bride or groom both have to log in with their unique identity and passwords. After this, they will be directed to the primary user interface from where they have further options.

FORGOT PASSWORD:

This is quite often that people tend to forget the password they keep for the login. So this could be very tedious and hectic to recover the password manually in case if one needs to log in in the emergency.

So to overcome this problem we have this module named ass forgot the password and using this module user can recover their password in seconds. So here we need only to put our registered email Id and hit the enter.

Then one confirmation email will go to the email where he might reset the password. In seconds one can use this module and get rid of forgetting password problem.

ADMIN:

Admin has the official powers to control the flow of the data from one part of the system to the other. He can manipulate the access of the users to the data.

The primary purpose of this account is to make the user data relevant and then giving the inputs to the other interface module and make it work optimistically and get the time table according to the wish we want to create for the particular type of inputs.

Hence all the data will be reflected in clean and well data in the interfaces.

SYSTEM REQUIREMENT OF THE GARBAGE MANAGEMENT SYSTEM

Now, this method is intended in such the way that it takes fewer resources to figure out work correctly. It’s its type of minimum needs that we’d like to require care of :

The system wants a minimum of two GB of ram to run all the options sleek and unforeseen.

It wants a minimum 1.3 gigahertz processor to run smooth as else which will produce issues.

The system must be operated by some approved person as wrong hands will build it happy-go-lucky.

Rest is all up to the user’s usage can take care of hardware

For security opposing anti virus is suggested.

The system is made correctly, and all the testing is done as per the requirements. So, the rest of the things depend on the user, and no one can harm the data or the software if the proper care is done.

All the attributes are working correctly, and if any error is found, then it can be removed easily.

SYSTEM DESIGN OF THE GARBAGE MANAGEMENT SYSTEM

ENTITY GARBAGE:

PRIMARY KEYGARBAGE_ID:

this is system generated and unique, which can be referenced in any other entity.

TYPE:

The kind of the waste liquid or solid or semisolid

COST PER UNIT:

The cost required to dump per unit

HYGIENE LEVEL:

How much the standard of cleanliness is that.

QUANTITY:

The amount of garbage which is that.

ENTITY PLACE:

PRIMARY KEYPLACE_ID:

this is system generated and unique, which can be referenced in any other entity.

NAME:

Name of the place

ADDRESS:

Address of the place

GARBAGE_ID:

Reference to the garbage is given from here.

USER_ID:

Reference to the User is provided from here.

DUMP_AREA_ID:

Reference to the area of dumping is given from here.

ENTITY MANAGER

PRIMARY KEY MANAGER_ID:

this is system generated and unique, which can be referenced in any other entity.

NAME:

the name is taken from the user and fed into this it is properly validated so that no mistake happens.

QUALIFICATION:

the requirement is made as to filter the events according to this so that user does not need to filter out the events to register it makes this system more reliable and useful.

NUMBER:

the phone number is taken here to keep the member updated and for the confirmation of the event is also managed through this method.

EMAIL:

email is made to make member aware of new offers new events and for future references, it is also relevant.

TYPE:

The kind of user is mentioned here like is he a student, teacher or he is the vendor of any shop. According to this data, the discounts offers and other things are decided plus few other things of adjusting the task of the user also with this.

ADDRESS:

the location of the user is also mentioned here to make it accessible to the delivery and few other things too.

ENTITY VEHICLE:

PRIMARY KEYVEHICLE_ID:

this is system generated and unique, which can be referenced in any other entity.

NAME:

The name of the vehicle mentioned is given here.

NUMBER:

The number plate given over there will be paid there.

SIZE:

The size of the vehicle as to load the material amount.

COLOR:

The colour of the car.

BRAND:

Brand of the car to which it belongs

MODEL NO.

The model no of the vehicle.

FOREIGN KEY MANAGER_ID:

This is reference key from the other entity to link the data of that table.It is system generated unique identity number. This used to uniquely identify every table in the database and perform the crud operation on it.

It is used to reference that table to any other table or any interface to show the data of it and support other entities.

ENTITY REQUEST:

PRIMARY KEYREQUEST_ID:

this is system generated and unique, which can be referenced in any other entity.

FOREIGN KEY USER_ID:

This is reference key from the other entity to link the data of that table.It is system generated unique identity number. This used to uniquely identify every table in the database and perform the crud operation on it.

FOREIGN KEY MANGER_ID:

This is reference key from the other entity to link the data of that table.It is system generated unique identity number. This used to uniquely identify every table in the database and perform the crud operation on it.

FOREIGN KEY VEHICLE_ID:

This is reference key from the other entity to link the data of that table.It is system generated unique identity number. This used to uniquely identify every table in the database and perform the crud operation on it.

FOREIGN KEY FUNCTION_ID:

This is reference key from the other entity to link the data of that table.It is system generated unique identity number. This used to uniquely identify every table in the database and perform the crud operation on it.

TIME OF ARRIVAL:

The time at which they want the appearance.

TYPE:

The kind of request they make depends on the severity of the application.

ENTITY DUMP AREA:

Primary Key dump_area_id:

this is system generated and unique, which can be referenced in any other entity.

NAME:

Name of the dump area

ADDRESS:

address of that area where it needs to be sent.

SOURCE:

The source of the garbage address

DESTINATION:

Where it needs to be dumped

DIMENSIONS:

The area of the dumping yard

DISTANCE:

The distance from the origin to the destination.

ENTITYUSER:-

User data have to be saved in this entity, and all fields are required for this purpose which taken from the user .proper validation is checked, and the attributes are as follows:

PRIMARY KEYUSER_ID:

this is system generated and unique, which can be referenced in any other entity.

USER NAME:

User name is taken from the user and fed into this it is properly validated so that no mistake happens.

QUALIFICATION:

the requirement is made as to filter the events according to this so that user does not need to filter out the events to register it makes this system more reliable and useful.

NUMBER:

the phone number is taken here to keep the member updated and for the confirmation of the event is also managed through this method.

EMAIL:

email is made to make member aware of new offers new events and for future references, it is also relevant.

TYPE:

The kind of user is mentioned here like is he a student, teacher or he is a vendor of any shop. According to this data, the discounts offers and other things are decided plus few other things of adjusting the task of the user also with this.

ADDRESS:

the location of the user is also mentioned here to make it accessible to the delivery and few other things too.

ENTITY ADMIN:

PRIMARY KEY ADMIN:

This is the main supervisor of all task happening in the system for long. It is system generated unique identity number. This used to uniquely identify every table in the database and perform the crud operation on it.

It is used to reference that table to any other table or any interface to show the data of it and support other entities. It has all the power to make changes in the field of other tables. It grants the privileges to other users of the system that what kind of operations they can perform.

LOGS:

The logs are saved here to analyze the system accordingly. The changes occur. For necessary changes.

PASSWORD:

A Strong password is recommended for this account as no one wants to get hacked and lose the sophisticated data.

DESCRIPTION:

Any relevant info. Regarding this statement is attributed in this.

CASE DIAGRAM OF GARBAGE MANAGEMENT SYSTEM

Here in this we have mainly three actors first is the user himself who made a request to pick the garbage produced in their house , they need to tell the address of their place and time when they want that to be selected and the request will go the managers they will manage the application and will deliver it to the dump yard where it will sterilize through some treatment the cost is taken by the user to pick the garbage according to the quantity and hygiene level .

Admin analyzes the system maintains the requests.

FUNCTIONAL AND NON-FUNCTIONAL REQUIREMENT OF GARBAGE MANAGEMENT SYSTEM

FUNCTIONAL REQUIREMENTS OF GARBAGE MANAGEMENT SYSTEM:-

The functional requirements are those requirements which are necessary to the eye of the user and the client. Here we try to make the module possible to accomplish the need of the desired function. Few of its functional requirements are as follows-

NON-FUNCTIONAL REQUIREMENTS OF GARBAGE MANAGEMENT SYSTEM:-

These requirements need unit among the style of “system shall be,” overall associated property of the regime as a full or of a particular aspect and not a particular operation. The system’s overall properties remarkably mark the excellence between whether or not the event project has succeeded or unsuccessful.

NON-FUNCTIONAL NEEDS OF GARBAGE MANAGEMENT SYSTEM  –

Unit of measurement usually divided into two broad categories:

Execution qualities, like security and quality, that unit evident at the run time.

Evolution qualities, like liabilities, maintainability, flexibility and quantitative, that unit embodied among the static structure of the code.

Non-functional of garbage management system needs place restrictions on the merchandise being developed, the event technique, and specify external constraints that the merchandise has to be compelled to meet

Our project qualifies all the factors of helpful and not helpful consequently, and the system is up to mark performance device.Here we’d prefer to need the care of few lots of things before heading towards the system.

the many sensible, intuitive interfaces are usually created. That ultimately build interface easy to use for a lengthy time. In distinction to ancient vogue wherever the goal is to create the difficulty or application physically enticing, the goal of interface trend is to build the user’s interaction expertise as straightforward and intuitive as double – what’s typically mentioned as user-centred vogue.

Where smart graphic/industrial vogue is daring and eye catching, intelligent interface vogue is sometimes delicate and invisible.

KEEP THINGS SIMPLE AND CONSISTENT:-

Straightforward and harmonic means that are making u i is extraordinarily intuitive and needs to followed

OBSERVE THE USE OF TYPOGRAPHY:-

The typography is taken care strictly as the wish of the system.

USE COLOUR AND DISTINCTION CORRECTLY:-

Color band of skin and dark is sweet means that stress and done well throughout this method

CONSIDER FEEDBACK MESSAGES:-

Feedback sort may well be an excellent means that are taking feedback of forms and rising the system.

SIMPLIFIED FORMS:-

The structure is made simple to fill with a clean program.

CONCLUSION OF OF THE GARBAGE MANAGEMENT SYSTEM

Finally in garbage management system,  we have a system where user himself who made a request to pick the garbage produced in their house, they need to tell the address of their place and time when they want that to be selected and the request will go the managers they will manage the application and will deliver it to the dump yard where it will

when they want that to be picked and the request will go the managers they will manage the request and will deliver it to the dump yard where it will sterilize through some treatment the cost is taken by the user to pick the garbage according to the quantity and hygiene level .Admin analyzes the system maintains the requests.