Aiming at the current situation of complex commercial complexes and scattered and inconvenient management systems, combined with the business management features and business requirements of various complexes, a unified management solution based on the integrated management platform (iVMS-8700) is adopted to integrate network high-definition, behavior analysis, and face Technologies such as identification, license plate recognition, and data mining, combined with the business needs of the complex to provide multiple business docking modes, ultimately achieve unified management of resources, improve management efficiency, and enhance the consumer experience of the complex's end customers. Maximum benefit.
Background and challenges
As the pace of urban construction accelerates, people need to adapt at a fast pace. As a new form of real estate, the complex has penetrated into social development and gradually became the main force of urban construction. On the one hand, it is rapid urban development; on the other hand, it is the pursuit of high-quality life. The complex meets urban development in a variety of combinations according to people's different needs.
Due to the complex format of the complex, delivery management after the project is completed is a headache, and it is usually managed by multiple management companies or departmental divisions. It directly leads to unclear security management boundaries and low management efficiency; most of them are public places, and the flow of people is huge, making it difficult to track and manage the use of public facilities. How to achieve unified management and real-time online supervision is a major problem for complex projects.
Ancillary facilities such as the parking lot of the complex are shared resources of various business types. There are usually cross-management situations of multiple business types. How to efficiently use limited resources and reduce the operating costs of the complex; increase the value-added service income is a key concern of the operation management department.
The in-depth data mining after the project is completed is a highlight of future efficiency management. Multi-dimensional management methods, such as how to manage the working status of the device through existing data, and how to uniformly dispatch and support emergency events, will bring a brand new experience to relevant management departments.
After the complex is completed, its participants can be grouped into three groups, namely investors, consumers, and operations managers. The concerns of the above three groups of people in the project are summarized as follows:
Investors are more concerned about complex projects
Return on investment
Consumers are more concerned about complex projects
Empty parking spaces
Operation managers are more concerned about complex projects
Store rent charges
Regional passenger flow
According to the different perspectives of different groups of people mentioned above, we can sort out their relationship with various business formats in the complex, as shown below:
In the complex project, the construction of integrated security management will be used to integrate the original independent systems in the project to form a set of integrated security organisms with preset linkage plans, so that the entire system can truly achieve "integration, "Intelligent" management to strengthen internal management efficiency.
As described above and in combination with future management needs, the system should meet the management requirements of the system hardware resources of different management departments, and facilitate the allocation of equipment resources in management use. Therefore, the construction of the system in this case makes full use of network technology, each subsystem is built on the same network domain, and the advantages of high-efficiency data transmission of the local area network are used to realize the exchange of information between the subsystems. At the same time, the advantage of this solution is that the systems realize the interoperability conditions at the physical level, so that the linkage mechanism between the subsystems is created, and the individual security defense subsystems are combined into an organic whole to realize the technology. Large system operation mode of joint defense and overall management. The system hardware architecture is shown below:
In the construction of the security system of the complex project, this case continues the previous idea of independent construction of each subsystem and networked each subsystem separately, not only meeting the functional requirements of the management, control, and supervision of the executive layer, but also the subsystems. The physical layer of communication is linked to achieve a truly unified management, a large system operation mode that is performed separately, and also creates innate conditions for the linkage between the various subsystems, leaving behind the secondary function development of the entire system Ample space.
For the large-scale parking lot inside the complex, by using parking induction and reverse car search technology to improve the use of parking spaces, if the shopping center management system is used as a unified information center, the system can also be used with the shopping center management system. Data docking can realize the parking management system to complete the discount management of parking fees according to the VIP activities of each store, so that VIP members can enjoy the activities provided by the store, which will increase the shopping experience of customers.
Parking induction collects the relevant information of parking spaces in each parking lot through a collection camera installed in the parking lot, and sends the information to the central control module through the data transmission network in accordance with certain rules. The server is also distributed to the information publishing module to provide guidance services.
The reverse car search collects and binds the parking spaces and vehicle-related information through the acquisition camera installed in the parking lot, and sends the information to the central control module through the data transmission network in accordance with certain rules. The central control module pairs the information After analysis and processing, it is stored in the database server and distributed to the information publishing module at the same time to provide car search services. The car owner inquires the vehicle information through the car search integrated touch inquiry machine, the system plans the optimal car search path, and completes the car search service.
Allowing users to see the application of video surveillance technology has been deeply rooted in various fields. In the construction of complex projects, the construction of video surveillance systems is also indispensable. The use of high-definition video surveillance solutions can meet the high-definition images of the scene while being visible. Collection and storage, the entire system is not neglecting details, the scene is truly restored, so that every detail of the image can be seen at a glance.
After the completion of the construction of the integrated security management system, managers can no longer be isolated islands of information. The entire system can be integrated through system construction. Each subsystem is bundled together to form a set of security defense systems. The management end of the top layer of the system flexibly sets the linkage plan between the subsystems to improve management efficiency.
The integrated management system has an interface that interfaces with third-party platforms and supports access to secondary development of third-party platforms. For example, this interface can be used to interface the parking management system with shopping mall customer consumption platforms to realize humanized VIP consumer parking automatically. Free of bills or discounts to increase the user-friendly experience of consumer customers.
For the process of project construction, the problem of unclear management ownership due to unidentified investors in the area to be attracted. When the system is built, reserve the front-end equipment access port at the bottom to facilitate the access of new equipment in the future to achieve unified management or hosting. purpose.
Combining data with business applications is the most effective way to get close to customers. Investors are very sensitive to information such as store value, customer flow, and return on investment. We can collect the data that is sleeping in the computer room through an integrated management system to generate a comprehensive Reports provide the most valuable reference information.
The business complex in the complex is complex, and the VIP members of the merchants cannot be unified. For example, the shopping center management system is used as a unified information center, and the integrated management platform and the data of the shopping center management system are connected to realize the parking management system with each store. In accordance with VIP activities, the discount management of parking fees will be unified to increase the experience of VIP members.
Highlights and innovation
Unified management platform The integrated security system also provides basic equipment management and control functions such as equipment management, storage management, and network management. By optimizing the system architecture, improving the overall efficiency of the system, making the platform's management of various security subsystems more flexible and humane, and providing users with a one-stop solution.
Open architecture The various subsystems of the complex are managed by the Pioneer Guards iVMS-8700 integrated management platform software. The platform is designed based on the SOA architecture and provides basic services through Web Services to facilitate interfacing with third-party business systems.
Unified integration of subsystems Unified monitoring, control, and management of the various security prevention subsystems in the complex can be compatible with different types of communication methods and multiple communication formats for each subsystem. Each system performs information exchange and control signaling exchange with the central platform through a message service according to a unified middleware standard interface. Realize the centralized management of decentralized and independent subsystems with the same environment and the same software interface, and can monitor and control the operating status information of each subsystem.
Digital and intelligent systems can realize long-distance image transmission with very low bandwidth occupation on existing various types of digital transmission networks, and can be combined with computer technology to achieve flexible, rich and extensive multimedia applications, and view images Various methods such as computers and monitors can be used, and finally the system's high-definition video surveillance can be realized. Based on network transmission and digital processing, with the integration and integration of various functions and applications as the core, it can achieve a wide range of application areas such as simple image monitoring to alarm linkage, smart phones, behavior analysis, human traffic statistics, and face analysis. Expansion and extension.
High-definition monitoring The entire video surveillance system of the security prevention management system fully supports the front-end acquisition, transmission, video storage, decoding and playback of high-definition images, which reflects high-definition processing in all links and truly realizes high-definition monitoring.