Hard Disk Management System Of Intelligent Automation Based On Socket Advertising Development

Television advertisement becomes increasingly important in the market economy. The advertisement department determines the revenue and financial health of a TV station. Intelligent automation is the best way to promote work efficiency in the advertisement department. Staff only needs to perform basic operations in the intelligent automation advertising management system. Then the system automatically completes uploading, editing, transmission and broadcasting of the advertisement. Currently, most TV stations have adopted the automated advertising hard disk (Ad HD) management system. However, such system can only realize semi-automated management due to differences in the cooperation mode between advertising and broadcasting departments. Staff has to repeatedly confirm the status of the advertisement collection, transmission, and broadcasting. Furthermore, the semi-automated management system arbitrarily demands to complete the current task in queue. This mode has increased the staff workload and is very likely to delay the urgent task. Consequently, the TV station has to suffer financial losses. In order to improve the efficiency in the workplace, the advertisement department in a TV station needs an urgent solution to fulfill the Ad HD management safely and with flexibility.This thesis first analyzed the current broadcasting and advertising status and issues in TV stations. The analysis clearly demonstrated the need to develop socket-based intelligent automation advertising for hard disk management system. Based on this information, functions of the hard disk management system were defined and the main processes were carefully studied. The main processes examined were advertisement collection, editing, transmission, broadcasting, transmission of advertising menu, and automatic status notification. The architecture of Ad HD intelligent automation management system was then analyzed and realized with modular design. Detailed design and implementation were made for a few core subsystems such as socket message processing, advertising task processing, and broadcasting task processing, with special focus on the integration of the socket-based intelligent automation Ad HD management to the advertisement business management and the advertisement hard disk broadcasting. Finally, the scalability and economics of system were discussed. The results in this thesis indicated that the new advertisement management system could significantly increase the work efficiency in TV stations and generate profitable returns for their investment.