CN103050029A - Drive-learning system with three-dimensional simulated city road - Google Patents
Drive-learning system with three-dimensional simulated city road Download PDFInfo
- Publication number
- CN103050029A CN103050029A CN2011103127335A CN201110312733A CN103050029A CN 103050029 A CN103050029 A CN 103050029A CN 2011103127335 A CN2011103127335 A CN 2011103127335A CN 201110312733 A CN201110312733 A CN 201110312733A CN 103050029 A CN103050029 A CN 103050029A
- Authority
- CN
- China
- Prior art keywords
- vehicle
- learning system
- data
- dimensional
- computing machine
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Traffic Control Systems (AREA)
Abstract
The invention relates to a drive-learning system with a three-dimensional simulated city road. The drive-learning system comprises an external operation input device, a simulated driving computer, a display device for an audio frequency, a video frequency and a result, wherein the external operation input device is provided with at least one signal output port; the simulated driving computer is based on the three-dimensional simulated city road, the simulated driving computer is provided with at least two signal input and output ports, one input and output port is used for receiving a group of external signals output by a signal output port, the external signals are identified by the simulated driving computer, at least one external signal corresponds to one operational motion of an operator, after the external signals are identified by the simulated driving computer, the external signals are processed to generate corresponding displaying signals, and the corresponding displaying signals can be sent through the other signal input and output port of the simulated driving computer; and the display device for the audio frequency, the video frequency and the result is provided with at least one signal input port, and the signal input port is used for receiving corresponding signals. Compared with the prior art, by the adoption of the drive-learning system, a new hand who learns to drive is enabled to get fully experience and real feeling of simulated driving on roads.
Description
Technical field
The present invention relates to vehicle-learning system, particularly relate to a kind of vehicle-learning system of three-dimensional artificial urban pavement.
Background technology
People learn the usual method of car and go study to driving school.At first learn traffic rules, on class, examination; After the traffic rules examination finishes, begin study and drive, from simple to complexity.Through a series of examinations, take driving license.In China, take driving license and just mean to set out on a journey and driven.
But learn more basic skills and technology of just driving in driving school.And because the restriction of time and money, unlikely with the form work of driving to the degree of skillfully controlling.
In driving school study, the driving environment is fairly simple, and usually in training field, the road surface is spacious, and people and Che are fewer, there is no the pedestrian.This and real road environment differ far away.
In driving school, from the kind of car, selectable scope also is smaller.For a new hand, he is familiar with to such an extent that may be the car of learning in driving school.This leaves the car that driving school drives later on him, no matter be in the space, operating habit also has on the automotive performance, and is very possible or distinguishing.How skillfully to control a new car, this is a huge test and challenge concerning new hand.
For new hand, the challenge that another one is important is exactly grasp and the skilled utilization degree to traffic rules.When traffic rules were taken an examination, people often can both examine higher mark, but this just is not equal to and can skillfully uses and observe traffic rules and regulations.Especially, processing ten thousand methods after traffic hazard or accident having occurred concerning new hand, also are aspects that merits attention.
Also have an aspect, in driving school's study, can not allow you that the road in city, place is familiar with.Present urban development speed is very fast, can be described as with rapid changepl. never-ending changes and improvements; And the flowability of urban population is very large, and " new person " much all comes from the other places.When they drove from the three unities to the another one place, the selection that faces was very many: different routes, different road conditions, different congested in traffic situation etc.
Quite a few people is also arranged, and after study and examining driving license, is not buying car or begin to drive at once.Like this, when by the time having vehicle and can drive, fall into disuse for a long time in the driving technology of driving school's study.
All of these factors taken together, the new hand who causes just learning to drive becomes the main foreigner tourists of traffic hazard, and this has similar statistics and conclusion in each city.
Therefore, from learning driving to setting out on a journey in driving school, for a new hand, this is a challenge, and is to be full of dangerous challenge.
Some present patented technologies: be 02124671.8 such as number of patent application, the patent of " navigational system " by name, it has described a kind of device that can help people to determine route information, and this is described to the unfamiliar problem of condition of road surface before helping to solve; Number of patent application is 200610030601.2, and the patent of " supporting the compartment system expanded of extensive microscopic traffic simulation " by name is used for traffic is carried out sunykatuib analysis.
These patents, they partly or indirectly solve and emulation above-mentioned problem and challenge, but they are not for " new hand " these specific customers, but have the problem of ubiquity for all drivers.For the personnel of the new hand who just learns to drive and preparation car, these methods can't help them to solve the problem that faces all sidedly in study is driven.
Summary of the invention
Technical matters to be solved by this invention is exactly the vehicle-learning system that a kind of three-dimensional artificial urban pavement is provided for the defective that overcomes above-mentioned prior art existence.
Purpose of the present invention can be achieved through the following technical solutions: a kind of vehicle-learning system of three-dimensional artificial urban pavement, it is characterized in that, and comprising:
Peripheral operation input media, this device have a signal output port at least;
Drive simulating computing machine based on three-dimensional artificial urban pavement, described computing machine has two signal input output end mouths at least. and an input/output port receives one group of external signal of described signal output port output, described computing machine is identified this external signal, at least one described external signal respective operations person's a operational motion, generate corresponding display through processing after the described computing machine identification external signal, described corresponding display can send from another signal input output end mouth of computing machine;
Audio frequency and video and device displaying result, this device have a signal input port at least, and this port receives described corresponding signal.
The present invention also comprises the Control Server that is arranged at internet control center, teleinstruction for the treatment of operator's transmission, and return corresponding data and result, one data storage cell is arranged in this Control Server, and described drive simulating computing machine is accessed mutually by wired or wireless network and Control Server; Described peripheral operation input media is in wired or wireless mode and the equipment that computing machine links to each other one or more of passing through that comprise bearing circle, keyboard, mouse; Described drive simulating computing machine comprises external signal recognition unit, three-dimensional visual simulation unit, data storage and processing unit, network connection unit; Described external signal recognition unit is identified external signal, different external signals is generated different instructions, and instruction sent to the storage of three-dimensional visual simulation unit or data and processing unit, perhaps send to Control Server by network connection unit; Described three-dimensional visual simulation unit takes out corresponding data according to the instruction of receiving from data storage and processing unit, generates one group of corresponding 3-D display signal, and sends to audio frequency and video and device displaying result shows; Described data storage and processing unit carry out record to driving condition, and the instruction that generates of response external signal, the teleinstruction that the response Control Server sends, the needed data in output three-dimensional visual simulation unit, the display that will obtain after maybe will processing sends to audio frequency and video and device displaying result shows; Described network connection unit is controlled network connection, described control comprises: when the external signal recognition unit need to send teleinstruction to Control Server, whether network connection unit detection computations machine is current can be connected to network, and be connected to Control Server, if connection failure then sends connection result to data storage and processing unit; Described operational motion comprises:
Operation to vehicle;
Selection operation to vehicle, equipment, scene;
Net continues to conclude the business and operates;
Upgrade down operation;
Described data comprise artificial urban data, emulation traffic rules data, emulation vehicle data and emulation weather data.
Compared with prior art, the easy problem that occurs of personnel for the new hand who just learns to drive and preparation study driving, the environment that the present invention can simulation learning drives, control traffic rules from automobile, be driven to all too many levels such as traffic accident processing from setting out on a journey, so that these personnel do not set out on a journey drive before, can be experienced fully and be simulated " sense of reality " of setting out on a journey and driving by the present invention, thus after leaving driving school and set out on a journey drive before stably transition; Simultaneously, utilized the networking technology of Internet, the present invention also can be used as the virtual world that numerous netizens provide a self-driving to go on a tour.
Description of drawings
Fig. 1 is schematic diagram of the present invention.
Embodiment
The invention will be further described below in conjunction with accompanying drawing.
As shown in Figure 1, a kind of vehicle-learning system of three-dimensional artificial urban pavement comprises:
Peripheral operation input media 110, this device have a signal output port at least;
Drive simulating computing machine 120 based on three-dimensional artificial urban pavement, described computing machine 120 has two signal input output end mouths at least, an input/output port receives one group of external signal of described signal output port output, described computing machine 120 these external signals of identification, at least one described external signal respective operations person's a operational motion, described computing machine 120 generates corresponding display through processing after the identification external signal, described corresponding display can send from another signal input output end mouth of computing machine;
Audio frequency and video and device displaying result 130, this device have a signal input port at least, and this port receives described corresponding signal.
The present invention also comprises the Control Server 140 that is arranged at internet control center, teleinstruction for the treatment of operator's transmission, and return corresponding data and result, one data storage cell is arranged in this Control Server, and described drive simulating computing machine 120 is accessed mutually by wired or wireless network and Control Server 140; Described peripheral operation input media 1 10 is in wired or wireless mode and the equipment that computing machine links to each other one or more of passing through that comprise bearing circle, keyboard, mouse; Described drive simulating computing machine 120 comprises external signal recognition unit 150, three-dimensional visual simulation unit 160, data storage and processing unit 170, network connection unit 180; 150 pairs of external signals of described external signal recognition unit are identified, different external signals is generated different instructions, and instruction sent to the storage of three-dimensional visual simulation unit 160 or data and processing unit 170, perhaps send to Control Server 140 by network connection unit 180; Described three-dimensional visual simulation unit 160 takes out corresponding data according to the instruction of receiving from data storage and processing unit 170, generates one group of corresponding 3-D display signal, and sends to audio frequency and video and device displaying result 130 shows; Described data storage and 170 pairs of driving conditions of processing unit carry out record, and the instruction that generates of response external signal, the teleinstruction that response Control Server 140 sends, output three-dimensional visual simulation unit 160 needed data, the display that will obtain after maybe will processing sends to audio frequency and video and device displaying result 1 30 shows; 1 80 pairs of network connections of described network connection unit are controlled, described control comprises: when the external signal recognition unit need to send teleinstruction to Control Server, whether network connection unit 180 detection computations machines are current can be connected to network, and be connected to Control Server, if connection failure then sends connection result to data storage and processing unit; Described operational motion comprises:
Operation to vehicle;
Selection operation to vehicle, equipment, scene;
The network trading operation;
Upgrade down operation.
Described data comprise artificial urban data, emulation traffic rules data, emulation vehicle data and emulation weather data.
Whether the road information of simcity of the present invention is such as road distribution, the magnitude of traffic flow, width of roadway, one-way road, jam situation, traffic lights, traffic-police, greening situation etc.; Simulate dissimilar Changes in weather; Simulate inside and the profile of multiple automobile; And a kind of trade mode is provided, can buys required virtual car, virtual equipment by internet (Internet), and payment is taken part in game, the expense of auto repair and break in traffic rules and regulations penalty note.
The present invention comes controlling of simulated automotive with keyboard, mouse or by equipment wired, that wireless mode links to each other with computing machine;
The present invention has simulated real traffic rules, for the break in traffic rules and regulations that occurs on the road and traffic accident, processes according to real method.
The present invention uses internet (lnternet) as the medium of Data Update, can download the renewal that needs by the network address on the access internet; Perhaps by media such as CDs, can upgrade the situation of change of traffic route;
The present invention adopts the method for database, can carry out record to the concrete state of each time trip, comprises the travel time, fuel consumption, record violating the regulations, auto repair record and damaged situation etc.
Under the networking state, the present invention also can be used as the automobile study of connection ridge or game, can drive together by the relatives and friends of network contact oneself;
As shown in Figure 1, described peripheral operation input media 1 10, the simulation control that is used for the operation automobile for the operator is equipped, such as parts such as bearing circle, braking, light.This part can realize by keyboard, mouse and the external unit that is connected with computing machine, and in this embodiment, this part realizes controlling the function of automobile by mouse and keyboard.The peripheral operation input block also comprises for the automobile that has, equipment, map etc. to be selected.
The operator can send application by the Control Server 140 of the internet control center on internet (Internet network), and buy own required virtual car, virtual equipment in the mode of true or ideal money, and the expenses such as payment is taken part in game, auto repair or break in traffic rules and regulations penalty note.
The operator can download local required more new data by the Control Server 140 of internet control center, is used for local update.
Described external signal recognition unit 150, computing machine produce different instructions according to the difference of input command, and deliver to different unit and process.These orders are divided into two classes, and a class is local command, and these orders will be processed at local computer: the order of peripheral operation input media can be sent to three-dimensional visual simulation unit 160 or data storage and processing unit 170; An other class is remote command, the discrete cell that these orders will be delivered on the internet is processed: the Control Server 1400 described three-dimensional visual simulation unit 160 of internet control center are delivered in the order meeting that network trading application and more newly downloaded application are sent by network connection unit 180, after the city and departure place at the selected place of operator, the three-dimensional visual simulation unit will take out needed master data content from data storage and processing unit, and carries out three-dimensional simulation with this.
By three-dimensional visual simulation unit 160 the current scene of living in of operator is described.Designed content comprises several parts, and first is the traffic information in selected city: comprise the width of roadway, traffic lights demonstration, traffic-police of current residing road scene, the magnitude of traffic flow of current road, current road, when the greening situation lamp of Tong road; Second portion is Weather information: comprise current season, current time, current wind-force, current whether rain (if raining the rainfall state), current whether snowing (if snow, snowy size) etc.; Third part is architecture information and advertising message on both sides of the road; The 4th part is the three-dimensional simulation of selected automobile, and this comprises the three-dimensional simulation of operator's oneself automobile, other automobile on the highway and regioselective other automobile (such as the friend's who together drives automobile).
Described data storage and processing unit 160, being used for the remote command that local command that the operator is sent and Control Server 140 send responds, and output three-dimensional visual simulation unit 160 describes the needed data of current scene, perhaps the result of relevant treatment delivered to audio frequency and video and device displaying result 130 shows.
The function of data storage and processing unit 170 can be described as following several part: first, and the local command that the operator is sent responds, and these local commands comprise residing city, the model of selected automobile, the street at automobile place, current weather conditions, current time etc.Data storage and processing unit 170 are sent to three-dimensional visual simulation unit 160 with corresponding data after receiving these orders.Second portion, to the variety of issue that in operator's driving process, produces, maintenance process of carrying out such as break in traffic rules and regulations, to automobile etc. responds and processes, and result and data are delivered to three-dimensional visual simulation unit 160 and audio frequency and video and device displaying result 130.Third part, the remote command that Control Server 140 is sent responds and processes, these orders comprise: the result of the lastest imformation of download, transaction results, networking match etc., and result and data delivered to three-dimensional visual simulation unit 160 and audio frequency and video and device displaying result 130.
Described network connection unit 180 is used for the internet is connected.When external signal recognition unit 150 needs to send remote command to Control Server 140, whether network connection unit 180 will detect current computer can be connected to the internet, and be connected to Control Server 140, if connection failure then can send connection result to data storage and processing unit 170.
Described Control Server 140 for the treatment of the remote command of operator's transmission, and sends corresponding data and result; Simultaneously, in Control Server 140, also have a database, preserve the price of various transaction and user's Transaction Information.In the present embodiment, comprise for the remote command that sends: upgrade download and inquiry and application, network trading application etc.
Claims (10)
1. the vehicle-learning system of a three-dimensional artificial urban pavement is characterized in that, comprising:
Peripheral operation input media, this device have a signal output port at least; Drive simulating computing machine based on three-dimensional artificial urban pavement, described computing machine has two signal input output end mouths at least, an input/output port receives one group of external signal of described signal output port output, described computing machine is identified this external signal, at least one described external signal respective operations person's a operational motion, described computing machine generates corresponding display through processing after the identification external signal, described corresponding display can send from another signal input output end mouth of computing machine; Audio frequency and video and device displaying result, this device have a signal input port at least, and this port receives described corresponding signal.
2. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 1, it is characterized in that, also comprise the Control Server that is arranged at internet control center, teleinstruction for the treatment of operator's transmission, and return corresponding data and result, one data storage cell is arranged in this Control Server, and described drive simulating computing machine is accessed mutually by wired or wireless network and Control Server.
3. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 1 and 2, it is characterized in that, described peripheral operation input media is in wired or wireless mode and the equipment that computing machine links to each other one or more of passing through that comprise bearing circle, keyboard, mouse.
4. the vehicle-learning system of a kind of three young artificial urban pavements according to claim 1 and 2, it is characterized in that, described drive simulating computing machine comprises external signal recognition unit, three-dimensional visual simulation unit, data storage and processing unit, network connection unit.
5. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 4, it is characterized in that, described external signal recognition unit is identified external signal, different external signals is generated different instructions, and instruction sent to the storage of three-dimensional visual simulation unit or data and processing unit, perhaps send to Control Server by network connection unit.
6. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 5, it is characterized in that, described three-dimensional visual simulation unit is according to the instruction of receiving, take out corresponding data from data storage and processing unit, generate one group of corresponding 3-D display signal, and send to audio frequency and video and device displaying result shows.
7. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 6, it is characterized in that, described data storage and processing unit carry out record to driving condition, and the instruction that generates of response external signal, the teleinstruction that the response Control Server sends, the needed data in output three-dimensional visual simulation unit, the display that will obtain after maybe will processing sends to audio frequency and video and device displaying result shows.
8. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 7 is characterized in that, described network connection unit is controlled network connection, and described control comprises:
When the external signal recognition unit need to send teleinstruction to Control Server, whether network connection unit detection computations machine is current can be connected to network, and be connected to Control Server, if connection failure then sends connection result to data storage and processing unit.
9. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 1 and 2 is characterized in that, described operational motion comprises:
Operation to vehicle;
Selection operation to vehicle, equipment, scene;
The network trading operation;
Upgrade down operation.
10. the vehicle-learning system of a kind of three-dimensional artificial urban pavement according to claim 6 is characterized in that, described data comprise artificial urban data, emulation traffic rules data, emulation vehicle data and emulation weather data.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103127335A CN103050029A (en) | 2011-10-17 | 2011-10-17 | Drive-learning system with three-dimensional simulated city road |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103127335A CN103050029A (en) | 2011-10-17 | 2011-10-17 | Drive-learning system with three-dimensional simulated city road |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103050029A true CN103050029A (en) | 2013-04-17 |
Family
ID=48062650
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011103127335A Pending CN103050029A (en) | 2011-10-17 | 2011-10-17 | Drive-learning system with three-dimensional simulated city road |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103050029A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103745627A (en) * | 2013-12-16 | 2014-04-23 | 北京交控科技有限公司 | Three-dimension visual simulation method and three-dimension visual simulation system for driving simulation |
| CN104933924A (en) * | 2015-05-19 | 2015-09-23 | 同济大学 | Driving simulation experimental equipment and application thereof |
-
2011
- 2011-10-17 CN CN2011103127335A patent/CN103050029A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103745627A (en) * | 2013-12-16 | 2014-04-23 | 北京交控科技有限公司 | Three-dimension visual simulation method and three-dimension visual simulation system for driving simulation |
| CN104933924A (en) * | 2015-05-19 | 2015-09-23 | 同济大学 | Driving simulation experimental equipment and application thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203366572U (en) | Vehicle driving simulator | |
| Scholtes et al. | 6-layer model for a structured description and categorization of urban traffic and environment | |
| CN106878934B (en) | Electronic map display method and device | |
| CN111797001A (en) | Method for constructing automatic driving simulation test model based on SCANeR | |
| CN108062875A (en) | A kind of cloud driving training system based on virtual reality and big data on-line analysis | |
| CN102467837A (en) | Three-dimensional simulation driving simulation system | |
| US20020146667A1 (en) | Staged-learning process and system for situational awareness training using integrated media | |
| CN103234546B (en) | The method and apparatus of lane change induction in true three-dimensional navigation | |
| CN106710358A (en) | Operation precision simulation-based vehicle highly simulated operation system and model thereof | |
| CN100504788C (en) | Software emulation method of self-determination driving vehicle running process | |
| CN101561972A (en) | Method and system for interactive automobile driving case teaching | |
| CN103473939A (en) | Road signal control method and system | |
| Wang et al. | Simulation and application of cooperative driving sense systems using prescan software | |
| CN101436355A (en) | Vehicle-learning system of three-dimensional artificial urban pavement | |
| Krueger et al. | SILAB-A task-oriented driving simulation | |
| CN103050029A (en) | Drive-learning system with three-dimensional simulated city road | |
| CN112781888A (en) | System and method for testing vehicle | |
| Yang et al. | CAVTest: A closed connected and automated vehicles test field of Chang’an university in China | |
| CN116127786B (en) | System and method for measuring and calculating security state of slow traffic group based on city slow traffic simulation | |
| CN201117121Y (en) | Three-dimensional simulation driving learning device | |
| Adler et al. | Using interactive simulation to model driver behavior under ATIS | |
| CN111739384A (en) | Urban traffic signal control teaching experiment platform with hardware in loop | |
| CN107256467A (en) | A kind of civilized index evaluation system of the citizen based on VR scenes | |
| Bullock et al. | Traffic signal systems addressing diverse technologies and complex user needs | |
| Mansurova et al. | Interaction of adjacent smart traffic lights during traffic jams at an intersection |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20130417 |