maglev

For those who prefer an image-based approach, there will be support for that as well, but nobody will be forced to use it.

High-degree lightweight design is one of the key techniques for the high speed maglev train with the sandwich panel structure.

Maglev, short for "magnetic levitation, " uses powerful magnets that allow the train to float just above the track, reducing friction.

Therefore the maglev active vibration isolation technology will be an important developing direction of active vibration control field.

As a typical strong nonlinear surge load, the harmonic produced by the high speed maglev system is an important new type of harmonic source.

The electromagnetic magnetic maglev force can be regulated to reasonably arrange the weight of the hydraulic turbine generator unit.

The work of this thesis is to design debugging network of suspension control in maglev train and realize remote debugging.

At present, the development of the maglev train technology is still in its infancy, and many key technologies remain to be researched.

Superconducting maglev vehicle is one of the most promising applications of HTS bulks.

Known as "maglev" , the technology uses powerful magnets to suspend a train above its rails and drive it forward at high speed.

The train-ground radio communication system of Maglev trains is the information exchange channel for trains and the ground control center.

The concept of rapid maglev travel, as this trick is known, is not new.

Here you will see he world' fastest means of land transportation, he maglev train, and the tallest tower in Asia, the Oriental Pearl Tower.

"Very fast, " Mr. LaHood said after stepping off the maglev at a track nestled here in mountains west of Tokyo.

Linear motors have been successfully used in maglev transit and rapid rail transit systems.

Measure the track displacement from the original position after certain time of (Maglev train) running.

Secondly, the paper mainly analyses the investment project background of the Shanghai demonstrable line of the maglev train.

Transport : Maglev trains are expensive; buses are cheap . The Superbus , a high- tech road vehicle, is a compromise between the two .

Earlier this year hundreds of Shanghainese protested against a proposed extension to the city's maglev train, worried about health risks.

High-speed Maglev train traffic system is one of the important development directions in the future.

If Japan does not start selling maglev trains overseas, it risks losing its technological edge, Mr. Ieda warned.

Please ask him if he would like come to airport by Maglev train.

During the Eighth and Ninth Five-Year plan, the two sets of MSBS in maglev laboratory of NUDT are designed by analog controller.

The vertical air gap changes of the maglev train running on three types of transition curves are simulated and analyzed.

As traction power of low-speed maglev train, parameter calculation of linear induction motor was very important for train control.

Maglev could utilize Interstate Highways routes, reducing cost and eliminating environmental objections to new rights-of-way.

This car works with a system of opposing magnets, MAGLEV, which allows the vehicle to take on some amazing curves.

D speed protection is a key technology of the Operation Control System (OCS) for high speed Maglev transportation.

Confusion surrounds the future of a much- ballyhooed extension of Shanghai's magnetic levitation (maglev) train service.

This laid a foundation for studying vibration isolation performance of maglev floating raft vibration isolation system.

You can take the Shanghai Maglev at the Longyang Road subway station directly to the Pudong International Airport.

Shanghai Maglev Demonstration Line uses high-speed electro magnetic suspension (EMS) of Germany as its system technology.

Take the Shanghai Maglev Train from Pudong International Airport to the Lujiazui financial district.

InfoQ: Is there a limited free version and a commercial version of MagLev or are all free of charge?

Japan and Germany are active in maglev research , producing several different approaches and designs .

The main achievements are as follows: 1. The influence of the feedback control gains on the stability of the maglev system is discussed.

The linear synchronous drive system of maglev train is a multi-variable, strong nonlinearity and model uncertainty control object.

Maglev guideway is the main part of high speed maglev transportation system.

A perfect fault diagnostic system is the precondition to guarantee the reliability and safety of maglev train.

So research on test system corresponding to on-board equipment of maglev operation control system is essential.

The current-loop is a key subsystem of the magnetic levitation controller on maglev vehicle.

Our over-consumption is accelerating, and we are about to hit an environmental brick wall at the speed of Shanghai's MagLev train.

Well, of course we'll have an IRB shell, and a ruby-like command for running ruby code on MagLev.

The newly-built elevated highways radiate in all directions. Subways, elevated railways and maglev trains make the city smaller and smaller.

Another high speed folly, that keeps getting drug up, is the technology of Maglev - magnetic levitation.

Maglev is the world's fastest means of land transportation.

Maglev chopper is the key component of maglev, and the concentrative embodiment of modern power electronics.

There's very convenient public transport system. You can travel around by bus, underground, light rail or maglev.

In the maglev suspension control system, digital filter algorithm of sensed data is very important for the control performance.

The magnetic field created in this wire-and-battery experiment is the simple idea behind a maglev train rail system.

Maglev chopper is the switch mode current amplifier on EMS maglev train, and the input current ripple is significant.

TRANSPORTATION: It's all fuel-cell cars and planes (using hydrogen from the nuclear plants) and maglev trains.

In addition, the hotel enjoys a direct access to the downtown area through the maglev train.

A system which implements remote managing and monitoring on the guidance system of maglev train with GSM network is developed.

As one kind of new traffic tools, the safety of maglev is especially important.

But maglev takes a load of hardware and a ton of power and is useless for small, simple kinds of engineering.

The related study results in this paper are useful for the plan and design of maglev line in urban area.

Given its reliance on cutting-edge technology, the Maglev`s Achilles`heel is obvious: it`s very expensive.

Magnetically levitated train ? Maglev trains can reach 500 kilometers per hour or more, is the world's fastest passenger ground transport.

Shanghai opened its first maglev line in 2002, from the new international airport to a suburb .

MAGLEV TRAINS WHOOSH overhead on elevated tracks, against a sky of garish advertizing.

The dynamics problems for the yawing mechanism of the CMS-03 mid-low speed maglev train are were studied.

A number of the bytecodes and algorithms used by the MagLev VM are specific to Ruby.

In order to go deep into the origin of the problem, it is necessary to theoretically analyze the dynamic characteristic of the maglev train.

It is home to the world's only commercial maglev system, its trains hovering just above the tracks and propelled by magnetic force.

Unless JR Central can win a contract, the maglev, for now, could stay nothing more than a novelty.

MagLev persistence is akin to Image Persistence, i. e. objects are persisted to disk in the same format they are in shared cache.

The dynamic interaction between the maglev vehicle and the three-span rigid frame bridge is discussed.

And then detailed explain each module of remote debugging network system of suspension control maglev train.

Shanghai high speed maglev vehicle is the first high speed maglev vehicle which has been put into commercial operation.

After that, introduce the outline design of debug network system of suspension control maglev train.

However, MagLev has a shared, transactional object space, so there is a scalable built-in model for parallelism across MagLev VMs.

Maglev trains float on a cushion of air', eliminating friction.

You'd better take metro or bus. Maglev is a better choice to take from Pudong International Airport to Longyang Rd. Hub Station.

You don't even need to keep track of which objects have been modified so you can flush them to disk. MagLev handles that automatically.

The foreigners came from far away to Shanghai to try the Maglev train.

9 p. m. - For the fastest and most exciting way to Shanghai's Pudong international airport, take a ride on the Maglev.

The fate of the Maglev extension remains unclear.

How to design the vehicle and guideway feasibly to attenuate the coupling vibration is a hot topic in the maglev train engineering.

I can say (but can't guarantee) that we'll do something similar with MagLev.

According to the department concerned, after Maglev Trains are put into use, the annual passenger flow is expected to reach 10million.

The running speed of this Maglev train .

A good example of how transportation is changing is the new maglev train.

Maglev trains, flying above the ground, are the future of high-speed trains.

show that the maglev is the 21st-century's answer to travel over medium to long distances.

And the Maglev train, which travels at a stunning speed.

But its takes only eight minutes to cover the distance by Maglev train.

With the development of the technology of the maglev, maglev is stepping into the operational phase of the industry.

Also, construction and infrastructure loans such as toll roads, bridges, tunnels, Magnetic Levitating Rail - Maglev, etc?

For more info see the "Get Started with MagLev" : document and the linked documentation.

The Chinese technology to be used varies somewhat from the maglev trains built in Germany and Japan.

The maglev only takes 8 minutes directly from Pudong Airport to Long Yang Rd, where SNIEC is located, and is running every 20 minutes.

With the rapid development of Maglev, there are different requirements for the AFC system at each stage.

You can travel by maglev train from the longyang road station.

People can ride on the maglev in Shanghai in the near future .

New maglev line to connect western Beijing.

The Examples section contains sample code showing MagLev's support for frameworks like Sinatra or Rails 3. 1.

It's the terminus of the Maglev train line.

Maglev represents the future direction of rapid rail transit because of the advantage of high speed, safe, comfortable and so on.

to build a high speed maglev train, from the city to Pudong Airport.

The maglev line, 199. 484km, will start construction this year and be completed in 2014, with an investment of RMB22b.

Based on VP, this paper has done a series of work on the dynamics and kinematics simulation of the medium-speed maglev train.

InfoQ asked about the future for other Gemstone products such as MagLev, a Ruby implementation with a integrated distributed shared cache.

The experimental MLX01 maglev is the world's fastest train.

The maglev can move as much as 400 kilometers per hour.

The fastest way to travel from Pudong intothe city is on the Maglev (short for 'magnetic levitation') train line.

With the development of power electronics, it is necessary to make use of new technology to reform traditional maglev chopper.

I find that alt of modern traffic facilities have been built in Shanghai such as metros, light rail lines, maglev trains and so on.

Then a demo HTS Maglev test platform was constructed with 4 Maglev units and 2 PM tracks of 7m length.

In China, high-speed trains operate at top speeds of 350 kilometers per hour, and one maglev line reaches speeds of 430 kilometers per hour.

Do you want to take the Maglev or the shuttle bus to Pudong international airport?

Do you want to take the maglev train or the shuttle bus to the airport?

A positive outcome for this project will help promote the development of maglev technology in China, Schulz said.

China now has the world's largest high speed rail network and one of only two commercial maglev lines in the world (the other is in Japan).

Do you want to take the Maglev or the shuttle bus to the airport?

An independent commission is set up to study the environmental inpact of Maglev.

Maglev was invented in the United States, but equipment based on that technology is manufactured and used today in Japan.

Lateral Vibration of A Maglev Track Inspection Vehicle and Its Effect on Measurement Accuracy of Maglev Track Geometry Parameters

A Study on the Design of the Steel Girders at the General Assembly Garage on the Maglev Line

Analysis on Characteristics of a Permanent Magnet Linear Synchronous Motor for High Speed MagLev by Finite Element Method

Analysis on Characteristics of a Permanent Magnet Linear Synchronous Motor for MagLev by Finite Element Method

Experimental Research on Dynamic Characteristics and Coupled Vibration of a Maglev Train System

Maglev train although has so many benefits, but so far, the world only Shanghai pudong maglev railway really into commercial operation

A Linear Generator Integrated into an Existing Superconducting Magnet of a Maglev Vehicle

Analyses on the dynamical stability of the coupling control system for maglev vehicle travelling on a single-span flexible guideway

Transformation from GPS coordinate system to plane coordinate system--GPS application in maglev transportation safety

Dynamics modeling of low-speed maglev vehicle system and simulation of its guidance mechanisms

Numerical calculation and analysis of electromagnetic forces of U-shape suspension electromagnet for maglev vehicle

Study of Sensor Calibration Method for the Maglev Control System

Structure calculation of permanent-magnet EDS maglev train and its application

Assessment of the Practical Technology of Superconducting Maglev Railway

Research on Numerical Calculation for Aerodynamic Characteristics of the TR Maglev Train

magnetic levitation railway; maglev forest railway mountain railway existing railway

Study on Generating Characteristics of the Simulation Test Bench of the High Speed Maglev Vehicle's Linear Motor System

Sensitivity constrained robust controller design of suspension controller for maglev train

Lateral Dynamics Study of MagLev Track Inspection Vehicle

Suspension Controller Design of Maglev Train Considering the Rail Track Periodical Irregularity

Method for Restraint of Destabilization and Its Application in Maglev System

Permanent Maglev Impeller Blood Pump and Analysis of Its Rotator Suspension

Dynamic numerical computation and optimum analysis of a maglev using the finite element method

Analysis of the Influence of Train Passing Pressure Pulse on the Maglev Train's Transverse Dynamic Response

Research on the measurement of distance between high temperature superconducting maglev vehicle and rail

A Research on the Maglev Line Selecting, its External Economic Effect, and the Comprehensive Transportation Efficiency

Simulation Analysis of the Dynamic Response of Low-speed Maglev Vehicle Curve Negotiation

Dynamic Uncoupling Capability Simulation of Multi-Controllers Maglev System

Fuzzy Logic Based Control Strategy for Hybrid-Magnets Used in Maglev Systems

Seismic Fortification Criterion for Maglev Guideway Structures

Contrasting and Analysis of Alternative Between the Wheel-Track and Maglev

High-Speed Maglev Train; On-board Safety Protection and Control System; Simulation and Implementation;

Numerical Analysis of Aerodynamic Force in Longitudinal and Vertical Direction for High-speed Maglev Train

Analysis and Calculation of the Suspension System of Maglev Ball by Finite Element Method and Similarity Principle

Technical Specifications of Shanghai Maglev Train Demonstration Pilot Line

Decoupling control of a maglev feeding mechanism

Research on Selecting the Mode of the Level Transition Curve in the Construction of the High-Speed Maglev Project

Stability and Hopf Bifurcation of the Maglev System with Delayed Speed Feedback Control

Electromagnetic Analysis and Application Design of the Levitation System of Low-speed Maglev Vehicle

An equipment measuring guidance force of a HTS Maglev vehicle

The Numerical Simulation on the Aerodynamic Performance of High-Speed Maglev Train with Streamlined Nose

Modeling method and design principle of Maglev system applying permanent magnet suspension body

Engineering geological survey for Qingchengshan Maglev Train example line

Study on Dynamic Characteristics of Maglev System with Single Maglev Frame and Multi-controller Coupling

The Force Characteristic of Low Speed Maglev Train under Suspension Electromagnet Rolling

Improving Maglev Vehicle Characteristics for the Yamanashi Test Line

Numerical simulation and parameterized investigation of aerodynamic drag performances of high-speed maglev trains

Application of theory of electromagnetic induction in maglev train

Analyzing and Optimizing Design of Current-Loop in the Magnetic Levitation Controller on Maglev Vehicle

Analysis on location parameters of line for mid and low speed maglev train --Calculation and analysis of gradient

Transverse vibration analysis of two maglev trains passing by in open air

Development Status Quo of Japanese Super-conductive Maglev Railway Technology

Research on the Manufacture Technology of the Compound Track Beams on Maglev Trains

Mode Analysis for the Interlayer of a Maglev Train

The Analysis of the Equivalence of Substituting the Controllers with the Spring-dampers in Maglev System Model

Influence of the Damper of Adjacent Car-bodies to the Horizon Vibration of Maglev Train

Study and simulation of direct torque control system for permanent maglev synchronous motor

Design of Added Generator Windings for Contactless Emergency Power Supply Applied in Maglev

Calculation of Induction Electromotive Force of Linear Generator of High-Speed Maglev Train

A Preliminary Study over the Minimum Plane Curve Radius for High-speed Maglev

Vertical Dynamics Simulation and Stationarity Study for Maglev Vehicle

Straight-line-fitting Technology in Shanghai Maglev Demonstration Line

Aerodynamic Performance Comparison of Several Kind of Nose Shapes of Maglev Train

Study on critic technologies of suspension electro-magnet for the first home-made high speed maglev train

Multi Serial Asynchronous Communication System in Maglev Vehicle

Application of High Voltage Vacuum Contactor in High Speed Maglev Transportation

The Lateral Dynamics Modeling and Simulation for Maglev Track Inspection Vehicle

Study of Manufacturing of Maglev train girder

Guidance Control System and Its Simulation of Maglev Train

Maglev properties analysis of superconducting gyroscope's rotor

Fire Alarm System and Its Network in Maglev Transrapid Project

Exploration on Pier Bearing Structure Design of Routine Conductive Maglev Train

Modeling simulation and experiments for the hybrid maglev system

The Super Conducting Maglev Train Challenging Super High Speed on Yamanashi Testing Line

The Evaluation of Hemolysis Index of the Permanent Maglev Impeller Pump

Application of Bell Anti-corrosive Polyurethane Technique in Maglev Rail and Bridge

Electromagnetic field analysis on suspension magnet of EMS maglev vehicle

Train Safety Control and Management in Shanghai Maglev Demonstration Line

Construction of Shanghai Maglev Demonstration Line

Discussion on High-speed Maglev Vehicle's Coupling Mechanism between Vehicle and Bridge

PID Control and Simulation Experiment on a Maglev Feeding Mechanism

Guidance Mode and Dynamic Lateral Characteristics of Low-speed Maglev Vehicle

Electric drive system for the test line of Shanghai low-speed maglev train

Study on dynamic performance of the Low-speed EMS maglev car in curve negotiation

Some suggestions of establishing high-speed maglev train system in the plan from Beijing to Tianjin

Adaptive Fuzzy Sliding Mode Control for Electromagnetic Suspension System of Maglev Train

Double Loop Active-Disturbance-Rejection-Controller for Levitation System of Maglev Train

Optimization of aerodynamic shape for domestic maglev vehicle

Application study of air spring on maglev train

Prototypes of axially driven permanent maglev centrifugal pump with streamlined impeller

Study on the methods of train locating speed measuring and data transmission for maglev train

The finite element analysis on structure strength of the maglev bogie

Analysis on the characteristics of feeding system on medium and low speed maglev vehicles

Analysis and Comparison of New Maglev Transport Technology in USA

Dynamic Characteristics of Controlled-PM Maglev Systems

Another kind of maglev train, using reactive top. The vehicle magnetic force

Development and Application of As-Cast Concrete for "Maglev High-Speed Train" Project

Guidance control system and simulation research of EMS type high-speed maglev vehicle

Application study on digital suspension controller of maglev train

Simulation of Passenger Evacuation under Emergency in Maglev Train

Research on Geometrical Curve Negotiating of Three-Truck Maglev Vehicle

Measurements for Evaluating the Ride Comfort of the Maglev Train

Modeling and Simulation of Maglev Vehicle Structure Dynamics

Simulation Research on Linear Induction Motor for Maglev Vehicles

Solid Rocket Engine Maglev Test System Adaptive Controller Design

The Engineering Design of Contactless Emergency Power Supply in Maglev

Louts Criterion for Hopf Bifurcation and Analysis of Vibration of Maglev System

Analysis on magnet dynamic guidance force when low-speed maglev train passing curve

The Analysis of Levitation Control System's Restriction on the Grade Ability of EMS Maglev

Implementation of Detecting Maglev Track Long Wave Irregularity Based on Inertial Measurement Principle

Exact Integral Manifold Controller Design of Maglev Systems

Permanent Maglev Centrifugal Pump Stabilized by Gyro-effect

Simulation Study on the Control Systems of Mechanical Braking of Maglev Trains

The Analysis of Environmental Impact for Maglev Vibration in Shanghai

Research on Operation Mode of High-speed Maglev Transportation System

Design of track long wave irregularity inspection system for high-speed maglev

Design and Research on Speed and Position Detection System for High-speed Maglev Train

Analysis and Calculation of the Linear Generator EMF in Maglev

Neuron-PID based Levitation Control for the Hybrid Maglev System

A Study on Numerical Simulation of Aerodynamics for the Maglev Train

Kinematical Analysis for the Second Suspension System of the High Speed Maglev Vehicle

Numerical Analysis of Turbulent Flow Around Maglev Train under Cross-wind

Study on rotor eccentric distance in permanent maglev impeller blood pump

Reliability Design of Computer Monitor and Control System on Maglev Train

Influence of Maglev Train Sealing Characters on the Tunnel Cross-section Area

The Design of the Nonlinear Suspension Controller for EMS Maglev Train Based on Feedback Linearization

Optimized Program Design of Suspension Magnet in High Speed EMS-maglev System

Numerical Calculation for Turbulent Flow around TR Maglev Train

Analysis on side force characteristics and running on curve for EMS maglev train

Research on manufacture and welding of aluminium alloy body for Maglev train

The Series Communications in the Maglev Linear Motor Laboratory

Calculating Method on Aerodynamic Drags of Maglev in Passing Tunnel

Development of the Superconducting Maglev System