Ask DBMS Expert


Home >> DBMS

Business Information Systems

Requirements

The assignment is based on the narrative for the customer order and delivery process of Glens Fresh Food Supplies (GFFS).

Glens Fresh Food Supplies (GFFS) is an online fresh produce market that operates in the South- Eastern suburb of Victoria. Customers can shop online at GFFS for fresh milk, eggs, fruits & vegetables, meat & seafood, organic food and groceries and have their orders delivered to their home.

Anyone who wishes to use GFFS services will have to first apply to use the service. To apply, the potential customer is required to fill in an online application form in GFFS website. GFFS system will assess the application based on some built-in business rules and will either approve or disapprove the application immediately. The system will then send an email to the applicant informing them of the outcome of the application. If approved, the system will generate a welcoming email with a unique username and password. At the same time the system creates a customer record for the new customer.

To enter an order, the customer must log on to the GFFS Web site with their username and password. The system retrieves information from the customer database to confirm that the customer username exists. Once confirmed, the customer can browse the catalogue that is generated from the inventory database. The customer can pick their items and add them to their shopping cart. When finished, the customer proceeds to the checkout screen to authorize the billing amount to be charged to their account. Once the order is submitted, items are allocated in the inventory database, and a new order is recorded in the order database.

At the warehouse, a clerk downloads all the open orders from the order database to the local computer twice a day; once in the morning at 8am and another at 1pm in the afternoon. The computer then generates electronic picking tickets for use in assembling the respective customers' orders. The clerk then assigns the picking tickets to any of the 3 pick-and-pack workers at the warehouse. Each pick-and-pack worker has an iPad with a scanner. They will read the picking list from their iPad screen, picks the goods, and scans each item as it is placed in a box. As each item is scanned, the computer updates the inventory and order databases. When an order is completed, the pick-and-pack worker selects a function on their iPad which prints a barcode on a WiFi-enabled printer. The clerk attaches the barcode to the outside of the box and places the order on a conveyor belt to be sent to the shipping depot.

In the shipping depot, the shipping clerk uses a scanner to read the barcode and access the sales order information from the order database. The items in the box are rechecked per the order and loaded for delivery to the customer. Keying in the confirmation of the order contents by the shipping clerk triggers the printing of delivery directions and receipt. The goods with the delivery directions and receipts are passed on to the delivery team. Upon delivering the groceries and receipt to the customer, the delivery team once again reads the barcode with a handheld device and presses the button for confirmation of delivery. The completion of the delivery is automatically recorded in the order database. The system at this time also updates the customer's master data for billing purposes.

Based on the narrative above, complete the following tasks.

1. Prepare a table of entities and activities.

2. Draw the corresponding context diagram.

3. Draw the appropriate physical data flow diagram (DFD).

4. Prepare an annotated table of entities and activities, including details of the groupings, bubble numbers and bubble titles that you would use in a level 0 logical DFD.

5. Draw the level 0 logical DFD.

6. Draw a system flowchart.

Attachment:- Information Systems.pdf

DBMS, Programming

  • Category:- DBMS
  • Reference No.:- M91727203
  • Price:- $70

Guranteed 36 Hours Delivery, In Price:- $70

Have any Question?


Related Questions in DBMS

Data mining assignment -in this assignment you are asked to

Data Mining Assignment - In this assignment you are asked to explore the use of neural networks for classification and numeric prediction. You are also asked to carry out a data mining investigation on a real-world data ...

Sql query assignment -for this assignment you are to write

SQL Query Assignment - For this assignment you are to write your answers in a word document. This assignment is in three parts: Part A (reporting queries), Part B (query performance), Part C (query design). For this assi ...

The groceries datasetimagine 10000 receipts sitting on your

The groceries Dataset Imagine 10000 receipts sitting on your table. Each receipt represents a transaction with items that were purchased. The receipt is a representation of stuff that went into a customer's basket. That ...

You are in a real estate business renting apartments to

You are in a real estate business renting apartments to customers. Your job is to define an appropriate schema using SQL DDL in MySQL. The relations are Property(Id, Address, NumberOfUnits), Unit(ApartmentNumber, Propert ...

Objectivethe objective of this lab is to be familiar with a

OBJECTIVE: The objective of this lab is to be familiar with a process in big data modeling. You're required to produce three big data models using the MS PowerPoint software. This tool is available on UMUC Virtual Deskto ...

The relation memberstudentid organizationid roleid stores

The relation Member(StudentId, OrganizationId, RoleId) stores the membership information of student joining organization. For example, ('S1', 'O2', 'R3') indicates that student with Id 'S1' joined the organization with i ...

Relational database exerciseyou have been assigned to a new

Relational Database Exercise: You have been assigned to a new development team. A client is requesting a relational database system to manage their present store with the anticipation of adding more stores in the future. ...

Relational database design a given the following business

Relational Database Design A) Given the following business rules, identify entity types, attributes (at least two attributes for each entity, including the primary key) and relationships, and then draw an Entity-Relation ...

We can represent a data set as a collection of object nodes

We can represent a data set as a collection of object nodes and a collection of attribute nodes, where there is a link between each object and each attribute, and where the weight of that link is the value of the object ...

Data model development and implementationpurpose of the

Data model development and implementation Purpose of the assessment (with ULO Mapping) The purpose of this assignment is to develop data models and map Database System into a standard development environment to gain unde ...

  • 4,153,160 Questions Asked
  • 13,132 Experts
  • 2,558,936 Questions Answered

Ask Experts for help!!

Looking for Assignment Help?

Start excelling in your Courses, Get help with Assignment

Write us your full requirement for evaluation and you will receive response within 20 minutes turnaround time.

Ask Now Help with Problems, Get a Best Answer

Why might a bank avoid the use of interest rate swaps even

Why might a bank avoid the use of interest rate swaps, even when the institution is exposed to significant interest rate

Describe the difference between zero coupon bonds and

Describe the difference between zero coupon bonds and coupon bonds. Under what conditions will a coupon bond sell at a p

Compute the present value of an annuity of 880 per year

Compute the present value of an annuity of $ 880 per year for 16 years, given a discount rate of 6 percent per annum. As

Compute the present value of an 1150 payment made in ten

Compute the present value of an $1,150 payment made in ten years when the discount rate is 12 percent. (Do not round int

Compute the present value of an annuity of 699 per year

Compute the present value of an annuity of $ 699 per year for 19 years, given a discount rate of 6 percent per annum. As