Design And Implementation Of Electronic Watergate System For Xiamen Entry Inspection And Quarantine

Along with the dramatic increase of import business in Xiamen port, the management of entry inspection and quarantine is still in a low efficiency due to the traditional manual operation. This will also have an negative impact on grasping and analyzing the important information in a prompt way such as trade tendency for Inspection and Quarantine Bureau. The Electronic Watergate System (EWS), based on professional analysis of entry inspection and quarantine procedure of Xiamen Port and overall research of entry goods tasks, is intended to analyze business demand for the key links where automatic resolution becomes possible. The purpose of researching and developing EWS is to promote a scientific and systematic supervision of entry goods and prevent the evasion of inspection and quarantine.By utilizing B/S three-tiered model, ASP.NET language and lOg Oracle database technology to develop the software, this dissertation analyzes system requirements and functions to plan on declaration, inspecting and quarantining, electronic watergate, supervising, inquiring and basic setting of entry ports inspection and quarantine processes with the purpose of realizing the informatization network, centralized management of border trading inspection and quarantine operation.Starting from research background, system objective, and business demand, this dissertation elaborates on the overall design and implementation of the system, key system designs and key technologies, system function design, database design and security design. The operation of EWS in Xiamen port is sure to upgrade the level of informatization in an effective way. It not only improves the environmental of declaration, but also reduces the cost of entry goods. All these will make Xiamen Port to possess its own core-competitiveness.