- 更多网络例句与车道相关的网络例句 [注：此内容来源于网络，仅供参考]
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Insein Bridge in Myanmar undertaken by the Company is a double tower, double cable plane, and three-span steel truss cable-stayed bridge with the full length of 581m .
公司具有承接各种大型钢桁架桥的制造、施工能力，所承建的最长的钢桁架桥为双向双车道，全桥总长1200米；承建的缅甸英申大桥全长581米，为双塔双索面三跨钢桁斜拉桥；承建的桥面最宽的桥梁为缅甸的玛哈邦多拉大桥，为双向六车道的双塔双索面斜拉桥；承建的钢桁悬索桥最大跨径500米，双向双车道。
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Under the condition of the following factors concerning the optimization models:the investment cost, operating cost, unfair cost, payment evade cost, drivers' extra cost and environmental pollution cost, this paper raises the optimized models of multi-modes payment of toll collection system and its algorithm is proposed by SAGA hybrid optimization strategy, which can simultaneously optimize the following results: the optimum locations of toll stations, numbers of toll stations, the numbers of different tolling modes' tollgates of every toll station, ETC users' discount rate, and can estimate the installation rate of TAG of every toll station, the actual traffic flow capacity of different tollgate, can obtain the best toll collection system under the different simulated decision conditions.
本文充分考虑了驾驶员缴费技术选择与缴费车道选择的特性，提出了驾驶员缴费方式随机选择模型；在考虑了收费系统的投资成本、营运成本、不公平成本、漏收成本、驾驶员的额外成本和环境污染成本等因素的基础上，提出了多收费方式收费系统的优化模型，提出采用模拟退火遗传算法进行收费系统寻优的算法，可同时优化出一个收费系统的收费站位置与数量、不同收费站不同收费方式的收费车道数和ETC用户的折扣率等参数，可估算不同收费站TAG的安装率、不同收费车道实际使用量，可模拟不同决策情境下的最佳系统资源配置方案。
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In this paper the tracking algorithm based on heuristic search is proposed.The starting point is positioned according to the trapezia matching model,gray change property of lane markings and the restraint of real lane width.Then we search the lane edge point from the start point with the tolerance cost rule function.
提出一种边界点启发式搜索算法，根据梯形匹配模型、车道线灰度变化特征和实际车道宽度约束，确定搜索的起始点，从起始点根据度量代价准则函数搜索车道边界点。
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But the BRT sequesters them into two or three lanes, squeezed between a cycle-path along the kerb and a dedicated bus lane down the centre.
但是公交快速换乘将他们隔绝在两到三个车道，这些车道的左边是紧靠上街沿的自行车道，右边贴着一整条公交车车道。
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Under the condition of the following- factors concerning the optimization models:the investment cost, operating cost, unfair cost, payment evade cost, drivers" extra cost and environmental pollution cost.this paper raises the optimized models of multi-modes payment of teH collection system and its algorithm is proposed by SAGA -hybrid optimization strategy, which can simultaneously optimize the following results: the optimum locations of toll stations, numbers of toll stations, the numbers of different tolling, modes" tailgates of every toll station, ETC users discount rate.and can estimate the installation rate of TAG of every toll station.the actual traffic flow capadty of different toiigate, can obtain the best toll collection system under the different simulated decision conditions.
本文充分考虑了驾驶员缴费技术选择与缴费车道选择的特性，提出了驾驶员缴费方式随机选择模型；在考虑了收费系统的投资成本、营运成本、不公平成本、漏收成本、驾驶员的额外成本和环境污染成本等因素的基础上，提出了多收费方式收费系统的优化模型，提出采用模拟退火遗传算法进行收费系统寻优的算法，可同时优化出一个收费系统的收费站位置与数量、不同收费站不同收费方式的收费车道数和ETC用户的折扣率等参数，可估算不同收费站TAG的安装率、不同收费车道实际使用量，可模拟不同决策情境下的最佳系统资源配置方案。
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According to the study, the improving priorities are the safety facilities, bikeway and facility maintenance.
三、整合Kano模式之品质机能展开方法，以彰化县田中长青自行车道为个案分析，求得游客心声之改善优先顺序，依序是「车道两旁安全措施」、「提供自专门道路」、「车道设施维护」。
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The ANOVA analysis shows that the tourists' identification and their behavior will obviously influence their satisfaction with the riding environment. For example, the tourists who are older than forty-one years old and college-graduated will be less satisfied with the bikeway. Those who come to Bali in the morning and ride the bike for a short time will be more satisfied with the bikeway.
再者，透过变异数分析发现，不同游客属性、旅游行为对於自行车道环境满意度具有显著差异：「41岁以上」与教育程度「大学」以上者对於自行车道环境的满意度较低，「早上」来访与骑乘时间较短者对於自行车道环境属性的满意度较高。
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Based on system analysis and study of the present design proce- dures of highway width,the paper proposes a set of computer block diagrams for opitimun design of four-lane highway width,By the curvature radius of comber Line of the highway,given in overall design,and related characteristic parameter of the largest vehicle to be allowed to pass through.it is easy for design technicians to complete optimizing design of the lane width with the help of the computer block diagrams.
在对现行公路宽度设计方法进行系统分析及研究的基础上，本文提出一组四车道公路机功车车道宽度优化设计计算机框图。根据总体设计提供的公路各曲线段中心线曲率半径及允许通行的最大车辆的有关特性参数，公路工程设计人员很易通过该组计算机框图圆满地完成四车道公路机动车车道宽度的优化设计工作。
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It is not difficult to extract simple information such as road lane mark and the relative position of vehicle on the road from the machine vision sensor, so we have made some improvement on the lane mark identification and tracking technology including using a method based on Zernike Moment line detection algorithm, and then use lane mark features to extract the lane marking feature point, and use linear regression method to extract lane mark parameters.
因为在本文研究中通过机器视觉传感器提取的信息相对比较简单，只是提取公路的车道标识线以及车辆在车道中的相对位置，所以改进了基于机器视觉的车道探测方法，包括文中采用了基于Zemike矩的直线检测算法，然后利用车道标识线特征提取出图像中的车道标识线特征点，再采用线性回归的方法提取出车道标识线参数。
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The project area has three shopping malls in a row not to fight the fire area, with a total length of the circumference of more than 1 / 3, Road fire engines from the inside edge of the wing wall construction materials to highlight the edge of not less than 5.00m, and fire engines to meet the Road Fire The largest car turning radius of 12m, to fight the fire site with a width of 18m, and this is not tall tree planting; and fire fighting facilities of not more than 5% of the slope, fire engines, fire fighting facilities should be able to carry a large set of fire engines Weight; Combined air-conditioning unit: for department stores, supermarkets, large bays, such as the lobby room, a new unit set up wind, ventilation and air return, setting up a new, back to the wind and the proportion of exhaust valve, according to the outdoor temperature of the new regulation, the ratio of air return, Back to the water main unit based PI control valve and in accordance with return air-conditioning temperature valve opening.
本项目商场三个面设有不连续消防扑救面，总长度大于周长的1/3，消防车道内边路缘距建筑外墙突出物边缘不小于5.00m，且消防车道满足消防车最大12m 的转弯半径，消防扑救场地的宽度为18m，且此范围内没有种植高大乔木；此外消防扑救场地的坡度不大于5%，消防车道、消防扑救场地应能承载大型消防车的载重量；组合式空调机组：用于百货商场、超市、大厅等大开间房间，机组设新风、回风及排风，设新、回风及排风比例调节阀，根据室外温度调节新、回风比例，机组回水管设比例积分调节阀并根据回风温度调节水阀开度。
- 更多网络解释与车道相关的网络解释 [注：此内容来源于网络，仅供参考]
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Accelerative start-forced return：加速进行超车-强迫紧急返回原车道
Acceleration Resistance 加速阻力 | Accelerative start-forced return 加速进行超车-强迫紧急返回原车道 | Accelerative start-voluntary return 加速进行超车-随意从容返回原车道
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all-purpose road：混合车道;综合车道
alkalinity 碱度 | all-purpose road 混合车道;综合车道 | alley 巷
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lane auxiliary：辅助车道
20. 车行道 carriage-way | 21. 辅助车道 lane auxiliary | 22. 双车道 two-way traffic
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lane auxiliary：辅弼车道
20. 车行道 carriage-way | 21. 辅弼车道 lane auxiliary | 22. 双车道 two-way traffic
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Bus lane：巴士车道
依据纽约市交通规则(New York City Traffic Rules)第4-12(m)段,标志标示巴士车道(bus lane)限制时,其他车辆(vehicle)驾驶员不得在管制时段行驶巴士车道,除非是以安全方式向右转,避免与其它交通冲突,或者依照警察特定指示;
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carriageway：车道
carpet rod 地毯固定棒 | carriageway 车道 | carriageway surfacing 车道路面
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Roadway,carriageway：天车道
公共汽车占先 Bus preemption;Bus priority | 天车道 Roadway,carriageway | 超车道 Overtaking lane
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cart road：畜力车道; 又称"大车道
bike-way, cycle track|自行车道 | cart road|畜力车道; 又称"大车道". | tractor road|机耕道
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driveway：私家车道
事实上,私家车道(Driveway)意外在北美很普遍,以至于是儿童的第2大杀手. 在美国,每年大约有100名儿童死于车道意外,上千名儿童受伤. 私家车道的安全问题浮出水面,引起人们关注.
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cart road：畜力车道; 又称"大车道
bike-way, cycle track||自行车道 | cart road||畜力车道; 又称"大车道". | tractor road||机耕道