Development Of Cloud Transportation System For Community E-Store Delivery Application / Ng Yun Yan
Material type:
TextPublication details: 2018Dissertation note: Project paper (Bachelor of Computer Science ) - University Malaysia of Computer Science and Engineering, 2018. Summary: Along with the advancement in computer and internet facilities, many conventional business or industry had been replaced by mobiles applications. Some of the most successful application does not require physical products such as amazon, Airbnb, Uber and Trivago. However, not everything in our society can be digitized and combined with the current application. In the case of daily grocery or small market purchase, user-oriented application is much user friendly to request helps and enable bargain function. Different from the public transportation application, this project focus on the order based online delivery application is proposed to uplift the coverage of online business by introducing the non-online product purchase and delivery methodology using cloud delivery concept. The outcome of the product could be one of the potential solution for e-commerce customisation and cloud delivery service. Basically, the proposed application has two modes – pin a job and tag a task. Both using Google Maps API as the input of pick up location and delivery location definition. In order to minimize login constraint, Facebook login API is selected. In term of mobiles utilization, CORDOVA development platform is considered for Android usage. Evolutionary Prototyping model is chosen for this project because the model is lightweight. Furthermore, the system being developed is a mobile application. The model evolves based on customer feedback and cost for the changing requirements are much lesser compared to other models. Software process that were implemented includes planning, requirement analysis, design, implementation and testing phase.
| Item type | Current library | Collection | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|---|
Special Collection
|
UNIMY PJ Library | THE | BCS 012018 05 (Browse shelf (Opens below)) | Available | 102950 |
Abstract in English
"A report project submitted in partial fulfillment of the requirements for the award of Bachelor of Computer Science (Hons)." -- On t. p.
Project paper (Bachelor of Computer Science ) - University Malaysia of Computer Science and Engineering, 2018.
Along with the advancement in computer and internet facilities, many conventional business or industry had been replaced by mobiles applications. Some of the most successful application does not require physical products such as amazon, Airbnb, Uber and Trivago. However, not everything in our society can be digitized and combined with the current application. In the case of daily grocery or small market purchase, user-oriented application is much user friendly to request helps and enable bargain function. Different from the public transportation application, this project focus on the order based online delivery application is proposed to uplift the coverage of online business by introducing the non-online product purchase and delivery methodology using cloud delivery concept. The outcome of the product could be one of the potential solution for e-commerce customisation and cloud delivery service. Basically, the proposed application has two modes – pin a job and tag a task. Both using Google Maps API as the input of pick up location and delivery location definition. In order to minimize login constraint, Facebook login API is selected. In term of mobiles utilization, CORDOVA development platform is considered for Android usage. Evolutionary Prototyping model is chosen for this project because the model is lightweight. Furthermore, the system being developed is a mobile application. The model evolves based on customer feedback and cost for the changing requirements are much lesser compared to other models. Software process that were implemented includes planning, requirement analysis, design, implementation and testing phase.
There are no comments on this title.