The invention discloses an intelligent transformer substation inspection real-time data display system based on Google glasses. The intelligent transformer substation inspection real-time data display system is characterized in that the intelligent transformer substation inspection real-time data display system comprises a Google glasses terminal, an intelligent mobile terminal, and a rear big data and calculation service platform. The Google glasses terminal is connected with the rear big data and calculation service platform through the intelligent mobile terminal. The Google glasses terminal is provided with a prism screen used for displaying real-time data in a figure or table type. The rear big data and calculation service platform is provided with a background database used for storing basic data of transformer substation equipment. The basic data includes equipment manufacturers, nameplates, last maintenance dates and equipment real-time operation data. The invention further discloses an intelligent transformer substation inspection real-time data display method based on Google glasses, and the graphical analysis and display of the transformer substation equipment are realized.

Intelligent transformer substation inspection real-time data display system and method based on Google glasses

The present invention discloses an intelligent substation equipment identification system based on Google glasses. The system is characterized in that the system comprises an intelligent mobile terminal, a Google glasses terminal, behind large data and a computing service platform, the Google glasses terminal is connected to the behind large data and the computing service platform through the intelligent mobile terminal, and the Google glasses terminal is provided with a prism screen for displaying real-time data in a graph or table form and is also provided with a touch control panel for scanning the two-dimensional code on intelligent substation equipment. The invention also provides an intelligent substation equipment identification method based on Google glasses, and through scanning the two-dimensional code on intelligent substation equipment, the physical information of the intelligent substation equipment is intuitively obtained in real time.

Intelligent substation equipment identification system and method based on Google glasses

Various embodiments are described herein for systems and methods of traffic management in a road network including pathways and at least one intersection. In at least one embodiment, the method comprises receiving data signals from corresponding one or more connected vehicles and generating an intersection model for each approach of each intersection at a first time, where the intersection model comprises estimated arrival times for incoming vehicles at each approach. The method further comprises generating at the first time, for each intersection, candidate traffic timing data signals based at least on the intersection model corresponding to all approaches at the intersection, and generating, at the first time, for each intersection, an optimized traffic timing data signal, which is configured to control the operation of one or more traffic signals at the intersection, and is generated based on the candidate traffic timing data signals and a predetermined optimization variable.

Systems and methods for managing traffic flow using connected vehicle data

The invention discloses a real-time microscopic traffic simulation system based on virtuality and reality mixing. The system comprises a simulation server which is used for rendering and displaying aglobal traffic simulation scene, a number of automobile driving simulators which are used for controlling the motion of a simulated vehicle to provide a simulation server with the data information ofthe currently controlled simulated vehicle and display a local traffic simulation scene, and a traffic simulation display platform which is connected with the simulation server to display the currenttraffic situation. The invention further discloses a real-time microscopic traffic simulation method based on virtuality and reality mixing. According to the invention, the system and method have theadvantages of simple structure and reasonable design; the operation of the simulated vehicle controlled by a real driver participates in the traffic flow of traffic simulation; the driving behavior and driving habit of the real driver are reflected in traffic simulation, so that the whole traffic flow is closer to the real traffic situation; and the system and method have the advantages of easy use and operation, high practicability, good use effect and easy promotion and use.

Real-time microscopic traffic simulation system and method based on virtuality and reality mixing

The invention relates to an intelligent logistics park traffic management service system based on a GIS space geography technology. The intelligent logistics park traffic management service system based on a GIS space geography technology includes an information management platform based on a geographic information technology and large data analysis, a traffic signal lamp system, a park integrated scheduling service subsystem and a transport monitoring subsystem, wherein the park integrated scheduling service subsystem is arranged at a mobile terminal of a user; the transport monitoring subsystem and the information management platform based on a geographic information technology and large data analysis are arranged on a cloud computing server; and the traffic signal lamp system is arranged at each crossing, and is controlled by the submodule of the information management platform based on a geographic information technology and large data analysis. The intelligent logistics park traffic management service system based on a GIS space geography technology integrates the park traffic service platform with the management platform for the first time, and solves the problem of traffic jam in the park through a traffic flow active dispersion mechanism, thus improving the management efficiency and service quality, and reducing the service cost at the same time.

Intelligent logistics park traffic management service system based on GIS space geography technology

The invention relates to a pair of intelligent traffic glasses comprising a frame, a display module, a communication module, an input module, a processor module, a power supply module, and a traffic service module. The traffic service module is mainly composed of a storage sub module, a positioning sub module used for providing current position information, a data acquisition module used for acquiring command information output by the processor module and the position information of the positioning sub module, sending the command information and the position information through the communication module to a dynamic traffic FLOWSIM cloud, and then acquiring fed-back dynamic traffic data, and a data processing module used for receiving the dynamic traffic data sent by the data acquisition module, processing the dynamic traffic data and static traffic data by use of a traffic engineering model and a mathematical model to obtain final traffic data, and displaying the traffic data to uses through the display module. The problem that a portable and convenient terminal for providing traffic service lacks in the prior art is solved. The pair of intelligent traffic glasses capable of providing dynamic traffic service and convenient to use and a working method based on the intelligent traffic glasses are provided.

Intelligent traffic glasses and working method thereof

The present invention provides a road crossing signal dynamic regulation method based on online traffic simulation The method comprises: calculating the current traffic operation parameters in the current signal timing scheme according to the current traffic flow data; performing signal optimization timing calculation according to the current signal timing scheme and the traffic data, and obtaining an optimized signal timing scheme; performing traffic simulation aiming at the optimal signal timing scheme, and obtaining simulated and outputted traffic operation parameters; and finally, comparing the simulated traffic operation parameters with the current traffic operation parameters, if the simulated traffic operation parameters exceed a presetting threshold, outputting the optimal signal timing scheme, and performing road crossing signal timing through adoption of the optimal signal timing scheme The road crossing signal dynamic regulation method, device and system are able to provide different signal timing schemes for signal lights at the crossing aiming at road traffic flow at different time periods so as to improve the passing efficiency of a crossing and ensure that the crossing is able to operate in the optimal mode all the time in the condition that the road crossing operates at the optimal timing scheme

Road crossing signal dynamic regulation method, device and system

The invention provides an online traffic simulation method and system. The online traffic simulation method comprises the steps of receiving a traffic simulation request from a user; selecting a simulation mode based on user information and the traffic simulation request; carrying out traffic simulation based on the simulation mode; and feeding back data of the traffic simulation to the user. The online traffic simulation system receives the traffic simulation request of the user and then selects a suitable simulation mode to carry out the traffic simulation. The online traffic simulation system can be used by multiple users simultaneously at the same moment; and the users are required to participate in the operation and maintenance of the system, so that convenience is brought for the user to use. The users of the system are required to pay only according to the use condition thereof, so that the cost is relatively low. The system is provided with multiple server terminals which are distributed at different geographical positions in a network, so that an optimal server terminal can be selected to serve the users, and the stability of the whole system is also high. Thus, according to the online traffic simulation method and system, cost taken for traffic simulation can be reduced for the users, convenience is brought for the users to use, and the stability of the system is high.

Online traffic simulation method and system

Disclosed are a method and system for on-line traffic simulation based on the simulation software FLOWSIM. The method comprises receiving a traffic simulation request of a user (S1); selecting a simulation mode according to information of the user and the traffic simulation request (S2); performing traffic simulation according to the simulation mode (S3); and feeding data of the traffic simulation back to the user (S4). The system can be used by many users simultaneously at the same moment, and the users are required to participate in the operation and maintenance of the system, facilitating use by the users. In the prior art, when a user needs to perform traffic simulation, the user needs to purchase a traffic simulation software at a high price, increasing the cost of performing traffic simulation to the user, but the system only requires the user to pay according to actual use, lowering the cost. The system has a plurality of internet server terminals distributed at different geographical locations, enabling an optimal server terminal to be selected for serving the user, and achieving high stability for the whole system. Therefore, the method and system can lower the cost of traffic simulation for users and facilitate use, and has high system stability.

Method and system for on-line traffic simulation

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Papers

Intelligent traffic glasses and working method thereof

Road crossing signal dynamic regulation method, device and system

Online traffic simulation method and system

Method and system for on-line traffic simulation