ABSTRACT
With the increasing of college recruit students’ scale each year as well as the total
amount of state-owned assets such as all kinds of teaching facilities, office buildings,
and scientific research equipment’s increasing, traditional state-owned assets
management gradually showing insufficient. The development of information
technology provides a new opportunity for the state-owned assets management. How
to strengthen the management of the State-owned Assets in colleges, and gradually
improve and perfect of the state-owned assets management system, maximize
efficiency in the use of state-owned assets has become an issue that colleges must
study.
Set in the state-owned asset management needs of Tianjin University, this article
make full use of existing data and resource, compatible with existing office systems,
using PowerBuilder, ThinkPHP as the software development tools, asthe basic
development model in a client / server, using Oracle 11g as the underlying database,
structure based on C/S and B/S mixed, design and achieve a college-owned asset
management platform make up of management subsystem and query statistics
subsystem. It achieves all kinds of state-owned assets’ management and query
statistics, analysis and permissions management features for colleges.
First, the thesis provides an overview of the key technologies of the project
design; then emphatically describes the needs analysis, system design thinking and
process; at last describes the methods and processes of the management system main
function modules to achievein detail.
The state-owned assets management platform has actually put into use, from the
initial application effect of view, the platform is able to meet the actual needs of the
dynamic management of state-owned assets of Tianjin University, effectively improve
and promote the construction of the college's state-owned assets management system,
lay a solid foundation for the ultimate realization of the state-owned assets
management and standardization.
KEY WORDS：GPS，Android client，longitude，real time location
