Magister en Estudios Sociales de la Ciencia. Linea de Investigacion: Ciencia y Politica y Politica de Ciencia y Tecnologia.

El Centro de Tecnologías de la Información y la Comunicación de la Universidad Industrial de Santander: Relato de su trayectoria en clave de co-producción

Requirement engineering is the important phase of software development process. It basically aims to collect meaningful and well defined requirements from clients in the proper way . It is important develop quality software that can satisfy user's needs without errors. Requirements engineering for software development process is a complex exercise that considers software requirement demands from a number of roles and responsibilities. Therefore, it becomes mandatory to apply requirement engineering practices in every stages of software development process. In this paper, we propose an dynamic framework for requirements engineering process model to produce better requirements for any software development. Requirement management, planning and maintenance phase are executed separately for an effective management of software requirements. The successful implementation of proposed requirement engineering process can have a good impact on the production of quality and quantitative software product.

A Survey on Software Requirement Engineering for Real Time Projects based on Customer Requirement

Este articulo propone el uso de la Dinamica de Sistemas para el modelamiento semantico en proyectos de desarrollo de software. El caracter interdisciplinario y el rigor matematico de la Dinamica de Sistemas, facilitan la integracion entre stakeholders y desarrolladores en la construccion y validacion de representaciones de conocimiento en el dominio del problema, que pueden ser transformadas en diagramas de diseno de software.

Modelamiento semántico con Dinámica de Sistemas en el proceso de desarrollo de software

The article is an introduction of the main characteristics of fractal art.It analyzes the idea of applying fractal art and its theories in package design and package counterfeit to meet the industry needs,the possible solutions and the promising future of fractal art.

Study on the Application of Fractal Art in Package

Trust is the most important issue to create relationship making value in knowledge sharing. Knowledge itself cannot lead to a success, as knowledge sharing or flow of knowledge is of prime importance in an organization. Knowledge sharing depends on trust between trusted and trustee members in specific knowledge context and specific time slot. Trust level between members has a high impact on software project performance. The future work could include defining a role and measurement of trust and knowledge sharing in the software project performance.

A Software Project Management Method Based on Trust and Knowledge Sharing

Requirements engineering is the initial phase of software engineering process in which user requirements are collected, understood, and specified for developing quality software products. The requirement engineering process deserves a stronger attention in the industrial practices. In this paper, we proposed an effective requirement engineering process model for software development that can be used for software development processes to produce a quality product.

The Application of Requirement Engineering Model in Large Software Development Process

Iteration, the fractal dimension and self-similarity cause the complexity, the uncertainty of fractal art and the diversity of sorts. By utilizing the common fractal functions or software and controlling parameters, a large number of hard duplicated fractal graphs are created and applied to package decorations, anti-counterfeiting designs and package structure designs.

The Study on Package Decoration Art Design

A conceptual framework for the design of PILE for animation design is sketched out. PILE for animation design takes the concept of project as principal axis and focuses on interaction, collaboration, communication and critical thinking. Three main modules (VLMS, PCLP and PFS) of PILE run synergistically under the cooperation of six types of instruction technologies. The application of these elements makes the important aspect of PILE for animation design. In order to center on improving learning, the model of learning is changed from unilateral and close model to multilateral and open model. Accordingly, the framework of PILE for animation design provides a implementation of learning theories, including interactions, Hill's learning theory and projected-based learning model.

Xiao Yu Huang

Papers

A Software Project Management Method Based on Trust and Knowledge Sharing

The Application of Requirement Engineering Model in Large Software Development Process

The Study on Package Decoration Art Design

A Conceptual Framework for Animation Design Based on E-Learning System