US breaks ground on final part of Ohio River Bridges project

June 20, 2013

 

 

 

 

 

 

 

 

{ “The new bridge and its counterpart in Louisville’s East End will be the

region’s first new bridges in more than 50 years.”}

The US Federal Highway Administration (FHWA) has broken ground on the $1.3bn Downtown Crossing – the second half of the Ohio River Bridges project.

Scheduled to be completed in late 2016, the project involves the construction of a new bridge that widens I-65 from seven to 12 lanes over the Ohio River in downtown Louisville and the reconstruction of Kennedy Interchange where I-64, I-65, and I-71  converge.

The new bridge and its counterpart in Louisville’s East End will be the region’s first new bridges in more than 50 years.

US Transportation Secretary Ray LaHood said: “This new bridge, and its East End counterpart, will create jobs and provide more transportation options for one of America’s most important trade corridors.”

Federal Highway Administrator Victor Mendez said: “By reducing congestion, these bridge projects not only create jobs but will allow local residents to spend more time with friends and family.”

The Ohio River Bridges Project, a joint effort between Kentucky and Indiana, is expected to improve traffic safety and substantially lower traffic congestion between southern Indiana and Louisville, and will help around 100,000 drivers every day.

Planning for the project started in 1969, and works on the East End Crossing began in autumn last year.

The programme was approved by the federal authorities in June 2012, and was originally estimated to cost $4.1bn but later revised to $2.6bn.

The new bridge will almost double the traffic capacity of the river crossing and considerably lower the time and cost required to ship US products through the Louisville metropolitan area.


Image: The new bridge and its counterpart in Louisville’s East End will be the region’s first new bridges in nearly 50 years.

Source-http://www.roadtraffic-technology.com

Australia begins installation of smart technology on West Gate Freeway

June 20, 2013

 

West Gate Freeway

(The technology will be fully integrated with the system already in use on the M1 east of Williamstown Road, as well as that planned for the M80 Ring Road.”

 

Australia has begun the installation of new electronic freeway management technology along the West Gate Freeway in Melbourne, Victoria.

The project includes new signs to inform drivers which lanes they should use and any temporary speed limit changes, as well as closed circuit television, and an upgrade to the supporting communication networks and central control systems.

The technology will be fully integrated with the system already in use on the M1 east of Williams town Road, as well as that planned for the M80 Ring Road.

Scheduled to be completed by mid-2014, the project will provide Melbourne with the tools to better manage traffic flows and respond quickly to accidents and breakdowns.

Federal Infrastructure and Transport Minister Anthony Albanese said that the technology will offer faster, safer and less frustrating driving conditions for the 180,000 motorists and truck drivers who use this vital part of the city’s road network every day.

“Indeed if applied nationwide, electronic freeway management systems have the potential to greatly reduce congestion and save Australian families and businesses more than $500 million a year,” the minister said.

The West Gate Freeway project is being funded by the Federal ($12.5m) and Victorian ($12.5m) governments.

West Gate Freeway connects Geelong to Melbourne CBD, and will also act as a link between Melbourne and the west.

It will also connect industrial and residential areas west of the Yarra River with the city and port areas.


Image: Around 180,000 motorists and truck drivers use West Gate Freeway every day. Photo: courtesy of Thiess.

 

 

Source-http://www.roadtraffic-technology.com

Siemens to supply intelligent transportation system to Polish city

June 19, 2013

 

German engineering and electronics conglomerate Siemens has secured a contract to supply intelligent transportation system to improve traffic flow in the city of Poznan, Poland.

Scheduled for commissioning in spring 2015, Siemens’ Sitraffic Concert will gather, evaluate and process real-time traffic data from over 200 measurement points, including intersections, parking lots and public transport.

The system will offer information on the current traffic situation and departure times of nearby public transportation, as well as speed up the flow of public transport through traffic control when required.

“The new €15m contract aims to coordinate private and public transportation in a cross-system concept in order to enhance the overall traffic situation in the city.”

All traffic information will be also transmitted to the internet, as well as being available for radio, texting, email and various transportation applications.

The contract involves the installation of 12 variable message signs in strategic locations, displaying information collected from 115 intersections in the primary road network by the traffic control centre.

The centre also measures the type, number and speed of passing vehicles at regular intervals.

Poznan, the fifth largest city in Poland with a population of more than 500,000, is experiencing rapid growth in traffic.

The latest intelligent transportation system by Siemens is expected to support further transport-related developments and improve the efficiency of public transportation in the city.

Siemens has previously implemented a wide range of projects in major Polish cities and other parts of the world, including Warsaw, Cracow, Athens, Budapest, Berlin, Reykjavik, Prague, Vienna, Innsbruck, Rome, Geneva, Buenos Aires, Johannesburg and Bogota.

[The new €15m contract aims to coordinate private and public transportation in a cross-system concept in order to enhance the overall traffic situation in the city.]

 

Source-http://www.roadtraffic-technology.com/

SoBo skywalk to miss deadline

June 18, 2013

Saurabh Katkurwar, Hindustan Times  Mumbai, June 17, 2013

 The city’s most expensive skywalk, which is being constructed at Nana Chowk, has been delayed till August due to unfinished work pertaining to escalators and staircases. According to the latest deadline, the Maharashtra State Road Development Corporation Ltd (MSRDC) was supposed to open the 510-meter skywalk to the public in mid-June.

 

“Due to monsoon, some of the skywalk work is delayed. The remaining work is expected to finish in a month. The skywalk will be made open to people in August,” said MSRDC managing director Bipin Shrimali.

The original cost of the project was Rs39 crore when work commenced way back in 2008. As per the original deadline, the skywalk was supposed to be ready in June 2009. The cost has now escalated to Rs50.48 crore due to the four-year delay.

The oval-shaped skywalk, which is supported by 16 stress cables suspended from a central tower located at Nana Chowk, has three escalators and four staircases for its different arms. The MSRDC is yet to finish construction of these escalators and staircases.

“We are left with some work pertaining to escalators and elevators, which will be completed soon. In addition, finishing touches are being given to the skywalk,” said MSRDC chief engineer Subhash Nage.

Although the MSRDC claims that the skywalk will witness about 50,000 pedestrians daily, transport experts refute their claim. Transport expert Ajit Shenoy said: “The staircases and escalators have been built at the wrong locations — they are not in the direction of pedestrian flow. So commuters will not prefer to take the skywalk.”

Sourc-http://www.hindustantimes.com

Smartphones may replace Metro cards

June 18, 2013

Subhendu Ray, Hindustan Times  New Delhi, June 16, 2013

Travelling across the city in Delhi Metro is likely to get more comfortable if you are a smartphone user. You may not even need to carry a Metro smartcard or buy a token because your phone will have everything you need.The Delhi Metro Rail Corporation (DMRC) is exploring the possibility of introducing a new system termed near-field communication (NFC), which has the ability to make smartphones act as Metro smartcards. The NFC device in your phone will act as the electronic identity document and keycard.

“We hope to put the system in place soon and reduce the use of physical smartcards within two years before our network expansion under phase 3 is completed. NFC devices are currently at a trial stage,” said a senior engineer of the signalling department of DMRC.

http://www.hindustantimes.com/Images/Popup/2013/6/17_06_13-metro7.gif

The projected average daily metro ridership in 2016 is projected at nearly 40 lakh once phase 3 expansion is over. DMRC is eyeing at a 30 per cent reduction in manual smartphone transactions through this system.

Many new Samsung smartphones, Nokia Lumia phones, Sony’s Xperia range, HTC’s high-end phones and LG’s Optimus range support NFC. Many other smartphone makers too are reportedly keen on introducing the system.

“An antenna chip will be inserted in the smartphone, which will function as a smartcard. The commuter will have to bring the phone close to the automatic fare collection (AFC) gate to gain entry,” said Anuj Dayal, chief spokesperson of DMRC. The device will establish radio communication with the AFC gate when touched or in close proximity to the phone.

“The new generation phones will let you recharge the chip. The amount of recharge will be reflected in your monthly phone bills “, he added.

The NFC devices are also being tried as alternative to smartcards in Dubai and Singapore metros, he said.

 

Road design flaws, traffic bottlenecks choke crossings

June 18, 2013

Deevakar Anand and Siddhartha Rai, Hindustan Times  Gurgaon,

Lack of a comprehensive traffic management plan and faulty road design has turned the Millennium City into a commuter’s nightmare.

 

(Hundreds of pedestrians risk their lives daily while crossing busy roads such as the one near Huda City CentreMetro Station in Gurgaon. (Manoj Kumar/HT)

 

Frequent jams, traffic bottlenecks, lack of road space, non-functional traffic signals and unmanned crossings are major trouble areas.

Flaws in road design force commuters to take a detour of seven kilometres from Rajiv Chowk to the Kherki Dhaula toll plaza in order to take a u-turn. Gurgaon residents risk their lives while maneuvering through high-speed vehicles as they negotiate a u-turn to go to Ambience Mall.

http://www.hindustantimes.com/Images/Popup/2013/6/06_06_13-metro6_gurgaon.gifGetting stuck for 30 minutes at the Signature Tower Chowk during peak hours is a routine affair and the absence of a traffic signal at the Huda City Centre Metro station, which is often unmanned, only makes things worse.According to the mobility plan on Gurgaon prepared by the Department of Town and Country Planning, the average speed of intra-city traffic in the city is 23 kilometres per hour. Motor vehicles use 60% of the total roads in Gurgaon whereas public transport occupies only 10% of road space. Only 23% roads have walkable footpaths.

Nearly 2,300 kms of internal road network notwithstanding, the Millennium City lacks adequate space, thanks to the surging number of vehicles on roads.

Nearly 60,000 new vehicles are registered every year in the city and 10 lakh vehicles ply on city roads everyday that include around five lakh inter-city vehicles plying mainly on the Delhi-Gurgaon Expressway and Gurgaon-Faridabad Expressway.

At major Delhi-Gurgaon Expressway crossings like Shankar Chowk, Iffco Chowk, Signature Tower and Rajiv Chowk, ill-designed u-turns, faulty traffic lights or their absence, oversized concrete triangular structures that bifurcate traffic through slip roads make driving on Gurgaon roads a horrible experience.

“While cities like Ahmedabad have taken a lead in addressing traffic woes as their top priority, there seems to be a complete policy paralysis in Gurgaon when it comes to planning and implementing models of traffic management,” says Sarika Panda, a city resident and an urban planning expert, who is working with the Haryana Urban Development Authority to promote non-motorised transport (NMT) in Gurgaon. Heavy reliance on private cars as there is hardly any public transport system in the city adds to the chaos, she adds further.

City resident and former joint commissioner of police (traffic), Delhi, Maxwell Pereira points out that pedestrians and cyclists are left out when planners make crossings and roads in India.

Gurgaon joint commissioner of police Maheshwar Dayal, who is presently also looking after the traffic department, says all stakeholders are trying to work in tandem.

“We hold routine meetings with civic bodies and make them aware of design faults at crossings. We have raised the issue of the bottleneck at Sirhaul toll plaza bottleneck on the Delhi-Gurgaon Expressway at highest levels including in courts,” he says.

 Source-http://www.hindustantimes.com

‘Intelligent Safe Travel’ system mooted to track traffic violations on Mumbai-Pune Expressway

May 29, 2013

By PTI |
It could be installed at a control room on mid-way Lonavala, if given the final nod by the state PWD, an MSRDC official said.
(It could be installed at a control room on mid-way Lonavala, if given the final nod by the state PWD, an MSRDC official said.)
PUNE: An alarming number of mishaps on the 95 km Mumbai-Pune Expressway has prompted the Maharashtra State Road Development Corporation (MSRDC) to consider setting up of a Rs 40 crore surveillance system with automated cameras to capture traffic violations.

The proposed system, worked out by city-based Science and Technology Park (STP), an autonomous institution under central government, could be installed at a control room on mid-way Lonavala, if given the final nod by the state Public Works Department, an MSRDC official said.

Rajendra Jagdale of STP confirmed that the MSRDC had approached the STP for devising an effective traffic surveillance system for the e-way, witnessing an increasing number of accidents due to over-speeding and lane cutting.

He said the system called “ Intelligent Safe Travel” (I-safe-t) will detect traffic offences and relay the data identifying the vehicles to the control room to track the erring drivers.

The data relayed to the control room to be manned by highway police, MSRDC and RTO personnel will include digital pictures of the vehicle, its registration number, location and time of spotting.

Cameras installed on gantries — a bridge like overhead supportive structure — at seven points along the e-way will graphically capture the images of the erring vehicle drivers, who would be penalised by highway police at the toll plazas on either ends of the expressway.

A distinct feature of the system will be the digital display boards giving information and alerts on the traffic conditions and road blocks along the way, as well as featuring and notifying the vehicles involved in traffic violation.

“The system is devised to create a fingerprint of the erring vehicles using their external features to track them down without depending only on number-plates for identification,” said Jagdale.

In addition to the vehicle monitoring to curb the traffic violations, the “ i-safe-t” has also envisaged deployment of security personnel trained to undertake immediate safety measures to rescue accident victims, who can reach the site within five minutes and save precious lives.

“We are processing the STP proposal on ‘i-safe-t’ surveillance system which has been accepted in principle by the MSRDC,” the MSRDC official said.

The e-way, which has cut the travel time between the two mega cities considerably making it approximately a three hour drive, has also been drawing flak for its heavy number of mishaps averaging one every day.

http://economictimes.indiatimes.com/

C-DAC device to rein in red signal violators

May 29, 2013

Jisha Surya, TNN |

THIRUVANANTHAPURAM: Now, jump a traffic signal to be caught red handed. The Centre for Development of Advanced Computing (C-DAC) has developed a new device — Intelligent Red Light Violation Identification System (iRIDS), which can capture red light violation automatically. The device is being installed at Keltron junction on a trial basis.

The iRIDS will bring foolproof evidences of red light violations, a solution for the crisis faced by traffic law enforcement agencies. Violations are captured with the help of vehicle sensor, cameras and the controller hardware installed at the junction. Unlike the other red light violation devices, iRIDS will provide vehicle and traffic signal in a single image. Not only the stills, the iRIDS also gives video footage of violations. A three-second video and three progressive snapshots recorded by iRIDS will be enough to catch red light jumpers. At present, the cameras operational in the city will only capture the image of the vehicle with its number plate in focus and the memo sent to the offender will explain that it was shot while he was driving past the signal.

Currently positioned at one arm of the traffic signal at Keltron, C-DAC has plans to shift the trial run to a four-arm junction. C-DAC is planning to approach Kerala Road Fund Board to install iRIDS at Vellayambalam Junction on trial basis. Currently, the junction has country’s first vehicle-actuated Wireless Traffic Control System (Wi-Trac), also developed by C-DAC.

C-DAC joint director G Satheesh said the speciality of iRIDS is that it will provide evidence of violations in a way common man could understand. “It also helps enforcement agencies in giving proof that could not be challenged in court,” he said.

The device was welcomed by transport department officials. Joint transport commissioner (enforcement) C M Said Mohammed said that they have no problem in upgrading to the system if it is found better than the present system. “We already have a system to check the red light jumping offence. We are ready to upgrade to the new system, provided C-DAC approaches us through the proper channel,” he said.

Currently, red light violation tracking systems provide separate image of traffic signal and vehicle. In iRIDS, the sensor, camera and controller work in a loop configuration. The sensor will detect vehicle presence from loops and trigger camera, which capture image of violated vehicles. It also capture image of the number plate. Using RTO database connectivity, the iRIDS could issue ticket with vehicle owners name and address. The device will work even in low light.

iRIDS was developed by C-DAC under ‘Intelligent Transportation System Endeavour (InTranSe) for Indian Cities’, a national-level collaborative research and development programme, funded by Union ministry of communication and information technology.

Experts emphasise role of telematics in road safety

May 29, 2013

Dileep Athavale, TNN

PUNE: Telecom experts have said there is an increasingly significant role for telematics in the road safety area as more and more cars are getting connected and becoming more intelligent.In a special paper released by the Society of Telecommunications Engineers on the occasion of World Telecom Day on Friday, the experts said telematics – the integrated use of telecommunications and informatics – can help manage live traffic updates, smart routing and tracking or rapid roadside assistance in case of accidents or breakdown.Automatic toll transactions, parking management, on-board entertainment, usage-based insurance and lots of other services can be brought within the ambit of telematics for traffic management, the paper underlined.

Road traffic safety is a global concern, not only for public health and injury prevention, but also to improve efficiencies in traffic management. A lot is being done in the area of Intelligent Transport Systems, ensuring driver safety that utilises a combination of computers, communications, positioning and automation technologies. It also includes in-car radars for collision avoidance, developing standards for safe user interfaces and communication systems in vehicles as well as optimising driving performance by eliminating unsafe technology-related distractions while driving.

The paper said tracking the wind speed, moisture on the surface due to oil spills and speed of vehicles, providing emergency call services and wide-angle cameras can be integrated into one highway management system in the near future. “A driver can receive this information through a pre-registered SIM card. Applications can send warning signals to drivers when a car’s oil or tyre pressure needs checking. Apps can also beam trip plans to the car’s navigation system,” the paper said.

Milind Pande, project director, Maharashtra Institute of Technology, said that mobile-to-machine or machine-to-mobile (M2M) communication was an emerging area in the field of telecom technologies. “It is possible to develop solutions for traffic congestion, accidents and emergency services that will change the way we look at infrastructure like expressways and can make it much safer,” he said.

In Asia, traditionally the market is driven by navigation and its associated services. The M2M market in India has now started evolving. The average age of car buyers is decreasing to 26 and with the country becoming more and more tech-savvy, a 3G and 4G-ready India is one of the fastest growing as well as the second largest telecom markets in the world.

Pande added, however, that there are certain challenges while implementing telecommunication systems on the highways in India. The sheer volume of vehicles makes it challenging for any organisation to capture and analyse high-speed data, integrate data coming from different devices and manage the system. There is no parameter of standardisation as far as these systems are concerned in India. Also, a major challenge is that even the high-end smartphone users are unaware of many useful applications, he said.

Intelligent traffic system for BRTS soon

May 29, 2013

  TNN

AHMEDABAD: After facing the wrath of pedestrians and car owners during peak hours along the BRTS corridor, theAhmedabad Janmarg Limited (AJL) has stepped up to install intelligent traffic management systems across all major BRTS junctions.

The traffic management system will first gauge the traffic density in each of the lanes and then give way to lanes that have the maximum vehicle density. The traffic management system will also monitor vehicle density across various arterial routes to ensure steady flow of traffic. The present traffic junctions along the BRTS corridor are either manned or are controlled with traffic lights that have timers installed in them.

The present intelligent system will operate lights as per vehicle density. Along with this system, the Japanese government funded traffic information system is also being installed. The Japanese project is worth Rs 11 crore and will see installation of information boards that will suggest vehicle owners route diversions at the junction, via large LED display boards and also on their smart phones, in case there is traffic ahead on a particular route.

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