The Comprehensive Information System (PU-CMIS) is an independent comprehensive information system developed by Peking University High Branch Fingerprint Technology Co., Ltd. according to China's national conditions, and is applicable to the professional comprehensive information system in the field of public security criminal investigation in China. With criminal cases and personnel information as the core, the system establishes a standardized database to realize the computer management and related information browsing and queryofing of criminal information within the province (city), and can realize the functions of controlling the process of handling cases, stringing related cases and analyzing the laws of the occurrence of cases.
The main features of the comprehensive criminal investigation information system of Peking University High Science are as follows:
Information collection is comprehensive, strong correlation: to the case (event) person, place, object, evidence, clues as the elements of the collection of information, and on the basis of collection, highlighting the correlation between the elements, for the use of data to lay a solid foundation, in order to achieve a diversified model of solving the case to create conditions.
Realized a strong online case handling function: can carry out online investigation, online verification, online string and string, online audit and approval, online early warning and other powerful online case handling function.
Highlight the standardization of law enforcement: the system in the case handling, personnel processing process, and law enforcement supervision organic combination, to provide legal documents issued, online audit and approval functions, and has the function of over-time reminder, highlighting the standardization of law enforcement.
Strong combat: the system provides a strong comprehensive query platform, a parallel case platform and an analytical decision-making platform, through the factor-related query number of multi-dimensional analysis and graphical display, the correlation information collision comparison method, directly for the first-line criminal investigation and auxiliary decision-making services, to meet the application needs of different levels of users.
