Model-View-Controller Framework Research Articles

Penerapan Arsitektur Model View Controller dan Framework Zend dalam Pengembangan Aplikasi Category Online di PT XYZ

This research discusses the implementation of the Model View Controller (MVC) architecture and Zend Framework in developing the Category Online application at PT XYZ, a leading retail company in Indonesia. The IT team at PT XYZ faced challenges in developing applications using PHP Native, and the adoption of the Zend Framework improved development efficiency. The application handles manual changes in item status across numerous branches, which is inefficient. The study focuses on developing the Transformation Class Product (TCP) module. The research method involves five stages, from requirements analysis to implementation, using a prototype model approach. System testing, utilizing black box testing during the User Acceptance Test (UAT) phase, was successful, indicating the effectiveness of the application's core functionalities. Thus, the implementation of MVC and Zend Framework in the Category Online application at PT XYZ has proven effective in enhancing the company's operational efficiency.

Pan-sarcoma database (PSDB): A model-view-controller framework application utilizing REDCap, shiny, and R to create a continuous pipeline of sarcoma data that can inform the care of current patients.

589 Background: Sarcomas are a rare group of mesenchymal malignancies arising soft tissue and bone, often requiring multidisciplinary care. The Pan-Sarcoma Database (PSDB) is an innovative open-source research application developed to efficiently collect and manage data on sarcoma patients to create a reliable research pipeline by funneling data from multiple sources. This process can be customized to fit other institutions and can be used to explore disparities and improve quality for cancer patients. We will share our data structure, process, and code as an adaptable framework for other multidisciplinary research groups with overlapping patients. Methods: The Model-View-Controller (MVC) framework is a software design pattern used by many modern applications. In this framework, "model" is the database, including the structure and metadata; "view" is the user interface software; "controller" is the coding language used to handle user input, update the model, and interact with the viewer. PSDB uses REDCap, shiny, and R, respectively. We integrated relational database concepts in our design, such as normalization, and utilized standards from Clinical Data Interchange Standards Consortium (CDISC). The database is comprised of 290 data fields to capture demographics, survival data, initial HPI, pathology, stage, grade, detailed location, detailed progression history, and associated treatment data. Results: We captured data from 28,380 candidate sarcoma patients from 2010 to present, including 3,291 confirmed cases, with 751 cases reviewed to date, merging data from multiple databases, pathology, and prior projects. Currently, 30.6% of our cases are metastatic at diagnosis; 57.7% are High grade, 28.9% are Intermediate grade, and 8.9% low grade; the median age at diagnosis is 55; 93.5% of reviewed cases received systemic therapy and 73.1% received radiation. By capturing key data and organizing an open-source code base in R mapped to our “model”, we produced updating tables, statistics, time-to-endpoint analyses, and other modifiable outputs to identify outcome disparities. Conclusions: The PSDB successfully addresses the unique data challenges faced in sarcoma research group. The use of the MVC framework with REDCap, shiny, and R, enabled the creation of an application that is secure, user-friendly, and adaptable, supporting collaborative research efforts. This project also emphasizes the importance of employing appropriate tools for data management and encourages similar initiatives to enhance collaboration and benefit both research teams and the patients they study. Furthermore, because it is open-source it can be used and modified by other research teams to improve the quality of care for cancer patients.

Design and Implementation of a Document Management System with MVC Framework

In order to solve the sharing document problem of the organizations online technically, we described the methods and advantages of building the DMS based on MVC Framework, achieve document sharing and information exchange among the heterogeneous systems. According to this model, we established a CodeIgniter MVC framework of the PHP, and designed and developed the realization of the internal DMS platform in detail. In this paper, we try to solve “how to share and store documents easily”. A Document Management System (DMS) provides a centralized platform to store, retrieve, and track documents, improving productivity and reducing manual errors. This research paper explores the design and implementation of a robust DMS using the Model-View-Controller (MVC) architectural pattern.

Study on MVC Framework for Web Development in PHP

The Model–View–Controller (MVC) design pattern is widely used in web development and ERP to separate data layer, presentation layer, and user interaction concerns. In recent years there have been many PHP frameworks available for web developers to choose from right one. Developers face difficulty in choosing the relevant frameworks and appropriate support functions with libraries to include in their projects. For this reason, a clear understanding of the various frameworks is now becoming an important requirement for web developers. In this paper, we studied several research papers talking about different PHP frameworks, and we compared them with each other for result. In PHP, there are several MVC frameworks available that provide a structured approach to developing web applications. The purpose of this research paper is to explore and review some of the popular MVC frameworks for web development in PHP.

Adaptation of .NET MVC Framework in Developing an Agriculture Sources Inventory System

A viable inventory management system is crucial to an organization, especially those who deals with stock going in and out of their premise. The system should cover several aspects in managing the collection of the available stocks to ensure an efficiency. An inventory management system comprises crucial functions that the goal is to produce accurate information – a minor mis-information could lead to a wrong decision making. Improper system design could lead to the problem; thus, the design of this inventory system is supported by .NET Model View Controller (MVC) Framework as its backbone. The .NET MVC Framework is one of the most widely used framework that is written in C# programming language. By utilizing the MVC Framework, its three main components; data model (Model), user interface (View), and business logic (Controller) can be managed separately without affecting the entire system. Thus, the risk of the system functions to produce inaccurate information is reduced significantly. Moreover, MVC also supports scalability, extend-ability and maintainability which is a very important aspect for an information system with growing needs of new functions.

A Study of Dynamically Adaptive Architecture in Web Based Applications

In recent years, the foremost of the progress area unit having issue to adapt the advanced policies and most of the approaches required customized workflow engines. This research work focuses on projecting a new changed Model-View-Controller (MVC) framework for imposing the advanced policies to dynamic workflows. The framework Model-Operations-View-Events (MOVE) is especially supported Model-View-Controller pattern that is employed to feature the dynamic sites. The controller element in MVC framework is spitted into 2 blocks namely Operations and Events owing to artifact too several codes into the controller in MVC pattern we tend to area unit going for improved MVC framework. The main aim is to style a progress processes as a template in abstract level. The progress language is employed to implement the logic and imposing any kind of policies. Additionally to the present we tend to area unit attending to value by suggests that of learning the confidentiality and it's used permits the application-specific adaptation work running instance.

MoDE: a UIMS for Smalltalk

While the Model-View-Controller (MVC) framework has contributed to many aspects of user interface development in Smalltalk, interfaces produced with MVC often have highly coupled model, view, and controller classes. This coupling and the effort required to use MVC make user interface creation a less effective aspect of Smalltalk. The Mode Development Environment (MoDE) is a user interface management system (UIMS) which addresses the above issues. MoDE is composed of two major components: the Mode framework and the Mode Composer. The Mode framework accommodates an orthogonal design which decouples the user interface components and increases their reusability. The Mode Composer reduces the effort of using MoDE by providing a direct-manipulation user interface to its users. This paper discusses the importance of orthogonality and illustrates its incorporation into the design of MoDE. A comparison of the Mode framework and the MVC framework is included.

An event-driven model-view-controller framework for Smalltalk

The Smalltalk Model-View-Controller (MVC) user interface paradigm uses polling for its input control. The polling loops consume CPU cycles even when the user is not interacting with the interface. Applications using Smalltalk as their front-end often suffer unnecessary performance loss. This paper presents a prototype event-driven MVC framework to solve these problems. A solution to the compatibility problem is also provided to allow interface objects built under both polling and event-driven mechanisms to be used by each other with no modification and no performance penalty.