WO2021223312A1

WO2021223312A1 - Public transportation smart monitoring cloud service platform

Info

Publication number: WO2021223312A1
Application number: PCT/CN2020/099940
Authority: WO
Inventors: 李军; 高静; 方国鑫; 孙凡; 房汉平
Original assignee: 广东技术师范大学
Priority date: 2020-05-08
Filing date: 2020-07-02
Publication date: 2021-11-11
Also published as: CN111445717A

Abstract

A public transportation smart monitoring cloud service platform, comprising an open source cloud-based Hengdian public transportation smart monitoring cloud service platform, an Eclipse-based terminal-universal middleware and a smart monitoring cloud terminal; the smart monitoring cloud terminal comprises an information system platform installed on a vehicle, and a built-in computer system device on the vehicle; key nodes for a service are a vehicle-carried terminal and a cloud service computing and processing platform, the vehicle-carried terminal comprises a sensor, a data capture device, and a wireless sending module; the cloud service computing and processing platform comprises a Henghua distributed database system and a Henghua big data platform serving as cloud infrastructure; during operation of the vehicle, generated vehicle data is continuously sent back to a backend database, producing massive amounts of data, a cloud computing platform implements filtering on the massive amounts of data, and a data analysis platform performs report-type processing on the data. The present invention is simple and convenient to operate, can increase driving safety, and saves time for the driver.

Description

Public transportation intelligent monitoring cloud service platform

Technical field

The invention relates to the technical field of intelligent monitoring platforms, and more specifically to a public transportation intelligent monitoring cloud service platform.

Background technique

As an important part of smart cities, public transportation, Intelligent Transportation Systems (ITS), integrates various high-tech in the field of transportation, including information technology, computer technology, automatic control technology, communication technology, etc. Improve the efficiency of transportation and improve the performance of vehicles; reduce traffic accidents and reduce the pollution of traffic to the environment, and alleviate other problems caused by traffic. Both at home and abroad attach great importance to the development of ITS, and it has become an inevitable trend to use high technology to improve the service level of modern urban transportation systems. The advanced public transportation system (APTS) is an important subsystem in the intelligent transportation system, and giving priority to the development of public transportation is also an important idea to alleviate urban traffic problems. Advanced public transportation systems include public vehicle positioning systems, automatic passenger flow detection systems, driving route information systems, automatic bus dispatch systems, electronic ticket systems, and ETC toll collection systems. For example, use GPS or Beidou satellite positioning system to monitor and dispatch public vehicles, use IC cards or non-contact mobile terminals for passenger flow detection and travel charges, and provide consultations to the public on travel time and mode, route and vehicle number selection through smart phones, and Provide real-time operating information of vehicles to waiters on public buses and bus stations through electronic stop signs, and provide on-demand services such as Internet or telephone reservations for buses, taxis, etc., and ultimately increase the attractiveness of public transportation and provide transportation services. Dynamically adapt to public needs. However, the current public transportation monitoring service is not perfect and needs to be improved.

technical problem

The purpose of the present invention is to provide a public transportation intelligent monitoring cloud service platform that can improve the safety of driving and save the time of the driver in order to solve the shortcomings of the prior art.

Technical solutions

The present invention adopts the following technical solutions to achieve the above objectives: A public transportation intelligent monitoring cloud service platform, which is characterized in that it includes an open source cloud-based Hengdian public transportation intelligent monitoring cloud service platform, and an Eclipse-based terminal general middleware And intelligent monitoring cloud terminal.

The intelligent monitoring cloud terminal includes the information system platform installed in the car. Through the built-in computer system equipment in the car, it provides a wide range of multimedia information remote services in multiple modes such as text, voice, picture, and video, which improves the driving performance. Security, saving time for drivers and other functions; the key node of the service is the vehicle terminal and cloud service computing and processing platform.

The vehicle-mounted terminal includes sensors, data collectors, and wireless sending modules.

The cloud service computing processing platform includes the Henghua distributed database system and the Henghua big data platform as the cloud infrastructure; during the operation of the vehicle, the generated vehicle data is continuously sent back to the back-end database to form massive data, and the cloud computing platform realizes the Mass data is filtered, and the data analysis platform performs report processing on the data.

As a further description of the above solution, the data collector includes a GPS positioning device, a counter for passengers on and off, a user information collection system, and an associated transportation system. The data collector is wirelessly connected to the cloud service computing processing platform through a wireless sending module.

Furthermore, the cloud service computing and processing platform is connected to an external electronic stop sign, so that passengers can understand the driving information of the car in real time.

Further, the electronic stop sign is provided with a passenger information collection device, which uses a camera to actively collect or report the passenger information to the cloud service computing processing platform, and the computing processing platform sends the computing processing platform to the on-board terminal. In this way, it is possible to understand the passenger situation of each station in real time and arrange operations reasonably.

Further, the electronic stop sign is provided with a switch button for passengers to report personal information, or is connected to the electronic stop sign in the form of a mobile phone APP, and the information is sent back to the cloud service computing processing platform.

Further, the cloud service computing processing platform is connected to the dispatch center information terminal, so that the vehicle management personnel can grasp the vehicle driving information in real time and perform dispatching.

Further, the cloud service computing and processing platform is connected to the passenger's individual information terminal and the information system terminal, so that relevant users can learn about the driving information of the car in real time through their own electronic equipment.

Beneficial effect

The beneficial effects that the present invention can achieve by adopting the above technical solutions are.

The present invention adopts an intelligent monitoring cloud service platform mainly composed of an open source cloud-based Hengdian public transportation intelligent monitoring cloud service platform, an Eclipse-based terminal general middleware and an intelligent monitoring cloud terminal, which can provide fast, convenient and economical transfer services , Scheduling and operation efficiency, priority management intelligence, etc.

Description of the drawings

Figure 1 is a schematic diagram of the platform architecture of the present invention.

Figure 2 is a schematic diagram of the structure of the present invention.

Embodiments of the present invention

The technical solution will be described in detail below in conjunction with specific embodiments.

As shown in Figure 1 and Figure 2, the present invention is a public transportation intelligent monitoring cloud service platform, which includes the Hengdian public transportation intelligent monitoring cloud service platform based on open source cloud, Eclipse-based terminal general middleware and intelligent monitoring cloud terminal ; The intelligent monitoring cloud terminal includes the information system platform installed in the car. Through the built-in computer system equipment in the car, it provides a wide range of multimedia information remote services in multiple modes such as text, voice, picture, and video, which improves driving. The key points of the service are the vehicle-mounted terminal and the cloud service computing processing platform. The vehicle-mounted terminal includes sensors, data collectors, and wireless sending modules; the cloud service computing processing platform includes Henghua Distributed The database system and the Henghua big data platform as the cloud infrastructure; during the operation of the vehicle, the generated vehicle data is continuously sent back to the back-end database to form a massive amount of data. The cloud computing platform realizes the filtering of the massive data, and the data analysis platform controls the data. Perform report-style processing.

The data collector includes a GPS positioning device, a counter for passengers on and off, a user information collection system, and an associated transportation system. The data collector is wirelessly connected to the cloud service computing and processing platform through a wireless sending module. The cloud service computing processing platform is connected to an electronic stop sign, so that passengers can understand the driving information of the car in real time. In this embodiment, the electronic stop sign is provided with a passenger information collection device. The passenger information collection device uses a camera to actively collect or report the passenger information to the cloud service computing processing platform, and the computing processing platform sends it to the vehicle. Terminal, so you can understand the passenger situation of each station in real time, and arrange the operation reasonably. The electronic stop sign is provided with a switch button for passengers to report personal information, and the information is sent back to the cloud service computing processing platform through the pneumatic switch button. It is worth noting that passengers can also connect to the electronic stop sign via a wireless connection and complete the operation through the mobile phone APP. The electronic station sign is equipped with a wireless signal receiving module and a wireless signal sending module. The mobile phone is connected to the wireless signal receiving module through a Bluetooth connection, and the data is sent to the internal system of the electronic station sign through the wireless signal receiving module.

The above are only the preferred embodiments of the present invention. It should be pointed out that for those of ordinary skill in the art, without departing from the inventive concept of the present invention, a number of modifications and improvements can be made, all of which belong to the present invention. The scope of protection of the invention.

Claims

A public transportation intelligent monitoring cloud service platform, which is characterized in that it includes an open source cloud-based Hengdian public transportation intelligent monitoring cloud service platform, an Eclipse-based terminal general middleware and an intelligent monitoring cloud terminal.

The intelligent monitoring cloud terminal includes the information system platform installed in the car, through the computer system equipment built in the car; the key node of the service is the vehicle terminal and the cloud service computing processing platform.

The vehicle-mounted terminal includes sensors, data collectors, and wireless sending modules.

The cloud service computing processing platform includes the Henghua distributed database system and the Henghua big data platform as the cloud infrastructure; during the operation of the vehicle, the generated vehicle data is continuously sent back to the back-end database to form massive data, and the cloud computing platform realizes the Mass data is filtered, and the data analysis platform performs report processing on the data.
The public transportation intelligent monitoring cloud service platform according to claim 1, wherein the data collector includes a GPS positioning device, a counter for passengers loading and unloading, a user information collection system, and an associated transportation system, and the data collector is wirelessly transmitted via a wireless transmission module. Connect to the cloud service computing processing platform.
The public transportation intelligent monitoring cloud service platform of claim 1, wherein the cloud service computing processing platform is connected to an external electronic stop sign, so that passengers can understand the driving information of the car in real time.
The public transportation intelligent monitoring cloud service platform according to claim 1, characterized in that the electronic stop sign is provided with a passenger information acquisition device, which adopts a camera to actively collect or report the passenger information. The feedback is sent to the cloud service computing processing platform, and the computing processing platform is sent to the in-vehicle terminal to understand the passenger situation of each station in real time, and arrange the operation reasonably.
The public transportation intelligent monitoring cloud service platform according to claim 4, characterized in that the electronic stop sign is provided with a switch button for passengers to report personal information, or is connected to the electronic stop sign in the form of a mobile phone APP to transfer the information Send back to the cloud service computing processing platform.
The public transportation intelligent monitoring cloud service platform according to claim 1, characterized in that the cloud service computing processing platform is connected to the dispatch center information terminal, so that the vehicle management personnel can grasp the vehicle driving information in real time and perform dispatching.
The public transportation intelligent monitoring cloud service platform according to claim 1, wherein the cloud service computing processing platform is externally connected to individual passenger information terminals and information system terminals, so that relevant users can understand the driving information of the car in real time through their own electronic equipment .