Space-age answer to grain pilferage

The Indian government sets apart Rs 65,000 crore every year for food subsidies, but more than half of the grains meant for the poor never reach them, thanks to mass pilferage and diversion to open markets. Now, satellite technology and barcoding may be able to wipe out this menace at a fraction of the subsidy cost, if a recommendation from the Unique ID Authority of India goes through.

At an approximate cost of Rs 500 crore, five lakh trucks ferrying goods for the targeted public distribution system (TPDS) can be outfitted with global positioning system (GPS) units, which track vehicles in real time as they ply the length and breadth of the country. At any moment, authorities can track the exact location of a truck fitted with GPS.

According to technical experts, GPS devices installed in trucks cost around Rs 10,000 per unit. Barcoded bags may cost another Rs 800-Rs 1,000 per unit as they will have to be specially made for mass usage. Currently, only a few logistics companies and trucks owned by certain corporate houses in India use GPS technology to track goods movement. GPS is a global satellite-based navigation technology, which provides reliable location and time information in all weather and at all times.

The initiative stems from the government’s move to ensure food security for the poor by strengthening the existing TPDS scheme. The suggestion to install GPS in trucks carrying goods meant for below-poverty-line (BPL) families comes after repeated reports of leakages and grains getting diverted to open markets.

“Installing GPS and using barcoded special storage bags for foodgrain are among measures mooted by the UIDAI,” a government official told FE.

According to a Planning Commission report, 57% of grains meant for BPL families never reach them. Under the proposed Food Security Bill, the government will ensure 35 kg of foodgrains at Rs 3 per kg to over 74 million BPL families. The success of the legislation will depend critically on ensuring that TPDS foodgrains reach the intended recipients. The government, through Food Corporation of India, on an average allocates 2.7 million tonne of rice and wheat to states every month.

The Indian Foundation of Transport Research and Training (IFTRT) estimates that there are 5 million trucks in India with 4-49 tonne capacity used for transporting goods, including food grains. “Of the 5 million, there are only 1.6 million trucks which have national permits and of these, 65-70% transport non-food items. There would be around 4 lakh trucks with national permits and another lakh in the states that transport food grains,” SP Singh, senior fellow and coordinator of IFTRT, told FE.

TPDS covers around 20 crore poor families in India. There are around 5 lakh fair price shops, which stock foodgrains and distribute them to poor families at subsidised prices.

26/11 case: Court begins delivering verdict

Mumbai, May 3 (ANI): A Mumbai Special Court Judge M L Tahiliyan started delivering the verdict of the trial of lone surviving terrorist of the 26/11 terror attacks, Ajmal Amir Kasab, here on Monday.

The verdict is expected to come out in full some time from now.

The trial was focused around Kasab, and two Indian co-accused–Fahim Ansari and Sabahuddin Ahmed.

The trial, perhaps the fastest in a terror case in India, had commenced on May 8, 2009 in a special court set up at the Arthur Road Jail.

Judge Tahaliyani recorded 3,192 pages of evidence after examining 658 witnesses on 271 working days.

Thirty witnesses in the court identified Kasab as the man who had opened fire at them.

The prosecution led by Special Public Prosecutor Ujjwal Nikam, had submitted 1,015 articles seized during investigations.

Nikam had also filed 1,691 documents to support the case.

The witnesses included many survivors of the terror attacks, eyewitnesses, family members of the victims, police officials, several foreign nationals, Indian security officials.

For the first time in the Indian history, the US Federal Bureau of Investigation (FBI) officials deposed before the court and gave technical evidence.

The FBI informed the court about the technical data it gathered –that how Kasab and others came from Pakistan using Global Positioning System (GPS) and that they made calls from their mobile phones through Voice Over Internet Protocol (VOIP) to stay in touch with their handlers across the border. (ANI)

26/11 case: Court resumes proceedings

Mumbai, May 3 (ANI): A Mumbai Special Court has commenced proceedings before delivering its verdict on lone surviving terrorist of the 26/11 terror attacks, Ajmal Amir Kasab, here on Monday.

The trial was focused around Kasab, and two Indian co-accused–Fahim Ansari and Sabahuddin Ahmed.

The trial, perhaps the fastest in a terror case in India, had commenced on May 8, 2009 in a special court set up at the Arthur Road Jail.

Judge M L Tahaliyani recorded 3,192 pages of evidence after examining 658 witnesses on 271 working days.

Thirty witnesses in the court identified Kasab as the man who had opened fire at them.

The prosecution led by Special Public Prosecutor Ujjwal Nikam, had submitted 1,015 articles seized during investigations.

Nikam had also filed 1,691 documents to support the case.

The witnesses included many survivors of the terror attacks, eyewitnesses, family members of the victims, police officials, several foreign nationals, Indian security officials.

For the first time in the Indian history, the US Federal Bureau of Investigation (FBI) officials deposed before the court and gave technical evidence.

The FBI informed the court about the technical data it gathered –that how Kasab and others came from Pakistan using Global Positioning System (GPS) and that they made calls from their mobile phones through Voice Over Internet Protocol (VOIP) to stay in touch with their handlers across the border.

The verdict is expected to be delivered at around 2 p. m. (ANI)

26/11 terror attacks: Mumbai Court to pronounce verdict today

Mumbai, May 3 (ANI): A special court is all set to decide the fate of the lone surviving Pakistani terrorist involved in the 26/11 Mumbai attack, Ajmal Ameer Kasab and two Indian conspirators–Faheem Ansari and Sabauddin Ahmed on Monday.

Monday’s judgment will be pronounced seventeen months after the incident.

The trial, perhaps the fastest in a terror case in India, had commenced on May 8, 2009 in a special court set up at the Arthur Road Jail.

Judge M L Tahaliyani recorded 3,192 pages of evidence after examining 658 witnesses on 271 working days.

Thirty witnesses in the court identified Kasab as the man who had opened fire at them.

The prosecution led by Special Public Prosecutor Ujjwal Nikam, had submitted 1,015 articles seized during investigations.

Nikam had also filed 1,691 documents to support the case.

He had also argued that Pakistan”s security apparatus was used by the terrorist outfit Lashkar-e-Taiba (LeT) in the 26/11 Mumbai attacks.

For the first time in the Indian history, the US Federal Bureau of Investigation (FBI) officials deposed before the court and gave technical evidence.

The FBI informed the court about the technical data it gathered –that how Kasab and others came from Pakistan using Global Positioning System (GPS) and that they made calls from their mobile phones through Voice Over Internet Protocol (VOIP) to stay in touch with their handlers across the border.

Prosecution also tabled CCTV footage of the terrorists moving about with guns and firing at people.

The images were captured on CCTV cameras fitted at CST railway station, Times of India building, and Taj Mahal and Oberoi hotels.

Photographs of Kasab shot by photojournalists Sebastian D”souza and Sriram Vernekar were also placed before the court.

Kasab is a native of Faridkot, in Pakistan’s Punjab Province.

He along with nine other terrorists, who were killed during the gun battle with security forces in Mumbai have been charged with killing 166 people, including 25 foreigners. (ANI)

New model of quantum gravity may rewrite Einstein’s theory of general relativity

Washington, August 25 (ANI): Scientists at Texas A and M University in the US have developed a controversial new model of quantum gravity, which might reproduce Albert Einstein’s theory of general relativity.

The theory, which Einstein developed in the early 20th century, says that matter curves spacetime, and it is this curvature which deflects massive bodies – an effect that we interpret as the influence of gravity.

The theory has been tested to extremely high accuracy and without it, our satellite global positioning system would be off by about 10 km per day.

Despite the success of general relativity, one of the most important problems in modern physics is finding a theory of quantum gravity that reconciles the continuous nature of gravitational fields with the inherent ‘graininess’ of quantum mechanics.

Recently, Petr Horava at Lawrence Berkeley Lab proposed such a model for quantum gravity that has received widespread interest, in no small part because it is one of the few models that could be experimentally tested.

In Horava’s model, Lorentz symmetry, which says that physics is the same regardless of the reference frame, is violated at small distance scales, but remerges over longer distance scales

The team at Texas A and M, which includes Hong Lu, Jianwei Mei and Christopher Pope, report their investigations into how the modifications proposed in Horava’s theory will broadly affect the solutions of general relativity.

Lu and his team’s calculations suggest that Horava’s model only reproduces general relativity on unobservable scales, “larger than the size of the Universe”.

The research team’s paper is an important contribution to testing the Horava model and shows that a good deal of work remains to understand its full implications. (ANI)

Why people walk in circles when lost

Washington, Aug 21(ANI): It’s true: When people are lost, they walk in circles. That’s the conclusion of a new research which has also found the reason behind it.

Scientists in the Multisensory Perception and Action Group at the Max Planck Institute for Biological Cybernetics in Tübingen, led by Jan Souman and Marc Ernst, have presented the first empirical evidence that people really walk in circles when they do not have reliable cues to their walking direction.

The study has been published in the journal Current Biology.

The boffins examined the walking trajectories of people who walked for several hours in the Sahara desert (Tunisia) and in the Bienwald forest area (Germany). They used the global positioning system (GPS) to record these trajectories.

The results showed that participants were only able to keep a straight path when the sun or moon was visible. However, as soon as the sun disappeared behind some clouds, people started to walk in circles without even noticing it.

Speaking about the study, Jan Souman said: “One explanation offered in the past for walking in circles is that most people have one leg longer or stronger than the other, which would produce a systematic bias in one direction. To test this explanation, we instructed people to walk straight while blindfolded, thus removing the effects of vision. Most of the participants in the study walked in circles, sometimes in extremely small ones (diameter less than 20 metres).”

However, it turned out that these circles were rarely in a systematic direction. Instead, the same person sometimes veered to the left, sometimes to the right. Walking in circles is therefore not caused by differences in leg length or strength, but more likely the result of increasing uncertainty about where straight ahead is.

“Small random errors in the various sensory signals that provide information about walking direction add up over time, making what a person perceives to be straight ahead drift away from the true straight ahead direction,” according to Souman.

Marc Ernst, Group Leader at the MPI for Biological Cybernetics, added: “The results from these experiments show that even though people may be convinced that they are walking in a straight line, their perception is not always reliable. Additional, more cognitive, strategies are necessary to really walk in a straight line.

“People need to use reliable cues for walking direction in their environment, for example a tower or mountain in the distance, or the position of the sun.” (ANI)

3-D mapping breakthrough helps docs remove fist-sized tumour from a woman’s brain

Washington, July 15 (ANI): Experts at the University of Cincinnati (UC) have successfully removed a fist-sized tumour from the brain of an Indiana woman, using a technology that involves the fusion of four different types of images into a 3-D map of a patient’s brain.

An eight-member team from the Brain Tumor Center at the UC Neuroscience Institute carried out the operation at University Hospital.

“This marks the culmination of one of the most important developments in brain tumor surgery in the last 100 years,” says Dr. John Tew, a neurosurgeon with the Mayfield Clinic, professor of neurosurgery and clinical director of the UC Neuroscience Institute.

For the surgery, Tew and his team fused and installed the multiple brain scans into a surgical guidance computer, whose function is similar to a global positioning system.

They say that the technology revealed the tumour’s relationship to all of the functional centres, electrical pathways and arteries and veins in the patient’s brain, which is why they were able to map out a safe pathway to the tumour.

“This fusion of images is exciting in that it allows us to maximize resection (removal) of the tumour while preserving function for the patient,” says Dr. James Leach, an associate professor of neuroradiology at UC who performed the processing and fusion of images.

Since early 2007, specialists have used the fusion of three types of imaging as a guide to stereotactic surgery-Magnetic resonance imaging (MRI) that creates detailed pictures of the body by detecting differences in magnetic signals between different types of tissues; functional magnetic resonance imaging (fMRI) that creates a series of images that capture blood oxygen levels in parts of the brain that are responsible for movement, perception and cognition; and diffusion tensor imaging (DTI) that provides a map of critical white-matter tracts, which facilitate electrical connections between different parts of the brain.

Leach revealed that the latest work added the fusion of computed tomography angiography (CTA), which provides a map of blood vessels-arteries and veins.

“The 3T system allows us to image the functional areas of the brain using various language, motor and vision tasks with the patient in the MRI scanner. The addition of the DTI sequence allows the connections between these areas and other parts of the nervous system to be identified at the same time,” Leach says.

Tew said that the three-dimensional brain-mapping enabled his team to navigate a trajectory through the patient’s brain, and to remove 90 percent of the malignant tumour, an anaplastic astrocytoma, without harming the healthy brain tissue-including the deep nerve-fibre tracts-that surrounded it.

According to the researcher, the patient was talking normally right after surgery, and she was walking the halls and able to take a shower without assistance one day after surgery. he team sought to eradicate the remaining tumour by applying a course of 33 computer-guided, fractionated radiotherapy treatments as a first approach. (ANI)

India to build capsule to carry two-person crew into space by 2015

London, July 9 (ANI): Despite the economic slowdown, the Indian government plans to hike its science budget, with special emphasis on developing semi-cryogenic rocket engines, building a space capsule to carry a two-person crew into space by 2015 and for setting up the Indian Regional Navigational Satellite System.

According to a report in Nature News, India will spend 289 billion rupees on research and development this year, 19 percent more than last year, according to the budget for 2009-2010 announced on July 6.

The largest allocations are for atomic energy (71.7 billion rupees), the space programme (49.6 billion rupees) and defence research (47.6 billion rupees), while eight ‘national missions’ or programmes to combat climate change – announced by the government last year – are to be launched.

The 40 percent hike in the space budget from last year’s 35 billion rupees is largely to go towards developing semi-cryogenic rocket engines, building a space capsule to carry a two-person crew into space by 2015 and for setting up the Indian Regional Navigational Satellite System along the lines of the US GPS (Global Positioning System), space department spokesman S. Satish told Nature News.

Heads of government scientific departments say that although none of their projects has been shot down because of the economic slowdown, the increase in their budgets is less this year than in previous years.

“Allocations for us had been increasing by 30% each year, but this year it is only 20 percent,” said Thirumalachari Ramasami, secretary of the Department of Science and Technology.

The departments of health research, biotechnology and industrial research have received only 4-12 percent increases, but “none of us feels that our projects will suffer,” Ramasami told Nature News.

Funding for Earth sciences has, however, increased by 50 percent to 12.1 billion rupees, with a provision of 5.48 billion rupees for oceanographic research, including the setting up of a third Indian station in Antarctica and purchase of research vessels.

The budget for higher education increased by nearly 41 billion rupees to 154 billion rupees, including 4.5 billion rupees for new institutes of technology.

In a move to draw students to science, the budget provides for interest-free loans for those pursuing approved courses of study in technical and professional schools.

Another 5.4 billion rupees has been set aside for a National Knowledge Network of gigabit bandwidth to connect educational institutions across the country. (ANI)

Scientists pinpoint the impact epicenter of earthbound space storms

Washington, May 29 (ANI): Using data from NASA’s THEMIS mission, a team of University of Alberta researchers has pinpointed the impact epicenter of an earthbound space storm as it crashes into the atmosphere, and given an advance warning of its arrival.

The team’s study reveals that magnetic blast waves can be used to pinpoint and predict the location where space storms dissipate their massive amounts of energy.

These storms can dump the equivalent of 50 gigawatts of power, or the output of 10 of the world’s largest power stations, into Earth’s atmosphere.

The energy that drives space storms originates on the Sun. The stream of electrically charged particles in the solar wind carries this energy toward Earth. The solar wind interacts with Earth’s magnetic field.

Scientists call the process that begins with Earth’s magnetic field capturing energy and ends with its release into the atmosphere a geomagnetic substorm.

“Substorm onset occurs when Earth’s magnetic field suddenly and dramatically releases energy previously captured by the solar wind,” said David Sibeck, project scientist for the Time History of Events and Macroscale Interactions During Substorms (THEMIS) mission at NASA Goddard Spaceflight Center in Greenbelt, Maryland.

Physicists Jonathan Rae and Ian Mann lead the University of Alberta research team that recently located a substorm’s epicenter of the impact.

The team uses ground-based observatories spread across northern Canada and the five satellites of the THEMIS mission to detect magnetic disturbances as storms crash into the atmosphere.

Using a technique the researchers call “space seismology,” they look for the eye of the storm hundreds of thousands of miles above Earth.

High-energy, electrically charged particles released by space storms can damage spacecraft.

On Earth, disturbances caused by the particles and the electrical currents they carry can interrupt radio communications and global positioning system (GPS) navigation, and damage electric power grids.

Rae and Mann’s team has also determined that the magnetic tremors show that the space storm impact into the atmosphere has a unique epicenter, with the eye of the storm located in space beyond the low-Earth orbits of most communication satellites.

Guided by Earth’s magnetic field, the magnetic tremors rocket through space toward Earth.

These geomagnetic substorms trigger magnetic sensors on the ground as they impact the atmosphere.

The effects of these storms, and the most spectacular displays of the Northern Lights, follow a few minutes later.

The objective of NASA’s pioneering multi-spacecraft THEMIS mission is to determine what causes geomagnetic substorms. (ANI)

Miniscule magnets in ant antennae act as internal GPS

Washington, May 22 (ANI): A new research has led to the discovery of miniscule magnets in ant antennae, which act as an internal GPS (Global positioning system), making these insects aware as to where they are going.

According to a report in Discovery News, while human global positioning systems rely upon receivers that pick up information from a network of satellites, the probable ant system weighs next to nothing, requires little energy to operate and appears to be mostly built out of dirt.

“The ants we studied dwell in tropical soils that are full of very fine-grained iron minerals, so there is plenty of material available,” said researcher Dr Jandira Ferreira de Oliveira of the Technical University of Munich and the Brazilian Center for Physics Research.

“The incorporation of minerals probably starts as soon as ants start getting in touch with soil,” she said.

Her team found ultra fine-grained crystals of magnetic magnetite, maghemite, hematite, goethite, and aluminum silicates in ant antennae.

These particles could make a “biological compass needle” that drives ant GPS.

For the study, published in the latest Journal of the Royal Society Interface, Oliveira and her colleagues collected worker ants from the species Pachycondyla marginata in Sao Paulo.

Prior studies found these ants tend to always migrate at an orientation of 13 degrees relative to Earth’s geomagnetic north-south axis, and that the ant’s strongest magnetic signal comes from its antennae.

High-powered microscopes and chemical analysis revealed the presence of the dirt-acquired magnetic particles in the antennae, intriguingly next to a body part called the Johnston’s organ that may also be part of the ant’s GPS.

According to Oliveira, “Our planet is magnetized, likely due to rotational forces of liquid iron in earth’s core. Although the resulting magnetic field is one-twenty thousandth as strong as a refrigerator magnet, ants appear to perceive the geomagnetic information through a magnetic sensor (the dirt particles), transduce it in a signal to the nervous system and then to the brain.”

The University of Oxford’s Dr Robert Srygley, one of the world’s leading insect experts, said that the new study “is a major advance toward finding the magnetic compass in this nomadic ant.” (ANI)

China to launch 2nd navigation satellite on Wednesday

New Delhi, April 13 (ANI): China is all set to launch the second satellite, the Chinese version of Global Navigation Satellite System (GNSS), into the orbit on Wednesday.

This was announced by a spokesman of the Xichang Space Launch Center, in southwest China’s Sichuan Province.

Both the rocket, a Long March-III carrier, and the satellite are in sound conditions and ready for the planned projection, according to the official.

China launched the first satellite, Beidou Navigation System, into geostationary orbit in October 2000, in an effort to build up its own positioning system independent from the US’s Global Positioning System (GPS), EU’s Galileo Positioning System and Russia’s Global Navigation Satellite System (GLONASS).

China has sent five positioning orbiters into the space. The current Beidou system only provides regional navigation service within China’s territory. (ANI)

Loch Ness boulder may have been used as guide for crop sowing and harvesting 5000 yrs ago

London, March 28 (ANI): An amateur archaeologist has suggested that a giant boulder on a hill overlooking Loch Ness, a Scottish lake, was used as a guide for crop sowing and harvesting by residents of the Great Glen more than 5000 years ago.

According to a report in The Inverness Courier, John Forsyth, the archaeologist in question, is convinced that the five-meter wide rock was intentionally placed there by early man.

Forsyth said that the boulder was positioned and sculpted so people could use it as a marker against the sun to signal when their crops should be planted in spring and harvested in autumn.

He believes a community lived to the east of the boulder, which is between Creag Dhearg and Meall Fuar-Mhonaidh, and used the setting of the sun to establish the spring and autumn equinoxes – when day and night is roughly the same length.

As part of his research, Forsyth used a global positioning system to locate another rock behind his home, which lies directly east of the boulder and has the same latitude, suggesting an alignment that he thinks is deliberate.

“I’m very confident it’s from that time because the boulder is firmly embedded in peat and there is lichen on its surface,” he said.

How the people of the time managed to put the boulder there is another question, admitted Forsyth, who is confident of his findings, despite another school of thought that markers were also used by man in an attempt to find out more about the sun, moon and stars.

According to Highland Council archaeologist Kirsty Cameron, “People who were living in that time had a very good use of astronomy.”

“We encourage people to contact us about sites of possible interest but establishing a time for this is hard to prove and because it’s a stone, it can’t be excavated. I would be keen to find out more about it,” she said.

Forsyth believes the boulder was last moved at around the same time as the Callanish Standing Stones on Lewis and the structures at Stonehenge were erected. (ANI)

Kupwara encounter death toll rises to 19

Srinagar, March 24 (ANI): The death toll in the ongoing gunbattle between militants and security forces inside the Hafrada forest in Jammu and Kashmir’s Kupwara district has risen to 19.

The encounter, which is continuing since March 20, has claimed the lives of 11 militants and eight security personnel.

On Monday, three militants and three security personnel lost their lives.

On receiving information about militant infiltration in the forest area, the Army, assisted by local police acted promptly and launched a gunbattle.

Police sources said the militants had sneaked into Kupwara a few days ago as the dense forest range is close to the Line of Control (Loc).

Gujjar communities residing in the besieged area have been evacuated to safer places.

A large quantity of arms and ammunition has been recovered from the encounter site. A GPS (Global Positioning System) has also been recovered.

There are reports that the Army is fighting around seven militants. (ANI)

The top 10 ‘inventions’ that changed the world

London, Mar 13 (ANI): Credit cards, trainer shoes, social networking sites, and GPS technology have made it to the list of things that have changed the world.

To mark the National Science and Engineering Week, a panel of 20 experts from the British Science Association have drawn up a list of the top 10 things that have changed the world, reports The Telegraph.

Here is the list in full:

1.GPS Technology

Originally developed as a navigation system by the United States military, the Global Positioning System is now used in cars, aircraft and boats.

2.The Sony Walkman

In 1979 Sony spawned the era of wearable technology with its iconic personal stereo. The Walkman quickly changed listening habits and became hugely popular as jogging culture took the 1980s by storm.

3.The Bar code

The boring sets of black and white lines can now be found on almost every single item bought from a shop. Norman Woodland first developed an early form of the bar code in 1949 by combining ideas from movie soundtracks and Morse code to help him speed up store checkouts. And now stores can instantly access product details, prices and stock levels with a sweep of a laser.

4.TV Dinners

Convenience food really took off in the 1970s and transformed the way families ate meals, the high-street, the countryside and national health. Traditional family dinners around the table disappeared and pre-packaged “ready meals” eaten on the sofa became the norm.

5.PlayStation

Although games consoles had been around for some time, Sony’s PlayStation took gaming out of spotty teenager’s bedrooms and into adult living rooms when it was released in 1994.

6.Social Networking

Everyday, more than three billion minutes are spent by computer users on Facebook. Along with other social networking sites such as MySpace and Twitter, it has completely changed the way we interact and who we interact with.

Millions of people now communicate tiny details of their professional and personal lives by poking, twittering and posting. Online social networking has allowed people to rekindle friendships with friends they lost touch with years ago.

7.Text messages

Text messaging has created a new vocabulary and new grammar that is almost incomprehensible to those who do not use it. LOL and FYI have now passed into everyday English.

8.Electronic Money

Credit cards gave us greater convenience for spending, greater security and the ability to spend money anywhere in the world.

9.Microwaves

Microwaves – electromagnetic radiation with wavelengths ranging between 1 millimetre and one metre – are used by mobile phones, wireless broadband internet and satellite television.

They also gave us a new way of cooking food while the US military has developed a “less-than-lethal” weapon that can blast victims with a heat wave.

10.Trainers

Trainers changed fashion and the feet of generations ever since the Goodyear Metallic Rubber Shoe Company first used a new manufacturing process to meld rubber to cloth in 1892.

With the help of celebrity endorsements by sporting superstars such as basketball legend Michael Jordan, trainers turned from being purely practical clothing for sport into a fashion item. (ANI)

Terrorism has spread globally: FBI chief Robert Mueller

New Delhi, Mar 4 (ANI): Federal Bureau of Investigation (FBI) chief Robert Mueller has said that the attacks on the Sri Lankan cricket team showed that terrorism has become a global issue.

“Terrorism in just not a local issue and not an issue of one country, it is an issue across the world,” Mueller told reporters after his meeting with National Security Adviser M.K. Narayanan and Home Secretary Madhukar Gupta here on Tuesday.

The attack on the Sri Lankan cricket team in Pakistan on Tuesday bore the hallmarks of the same militants that carried out the attack on Mumbai in November.

“Needless to say the topic of our discussions was terrorism across the world. Most particularly the Mumbai attacks in which 170 persons were killed which included six Americans. We have seen unprecedented co-operation between our various agencies both during the Mumbai attacks and after the Mumbai attacks. And each of us are intent on assuming that those responsible are brought to justice,” said Mueller.

Earlier, Mueller met Home Minister P. Chidambaram.

Mueller’s visit comes after India and the US shared details of intelligence and investigations in last year’s Mumbai terror attacks, a joint effort which forced Pakistan to admit that a part of the conspiracy was hatched on its soil.

The FBI’s collaboration in the investigations of the 26/11 Mumbai attacks were crucial, with detailed analysis of Voice over Internet Protocol (VoIP) and Global Positioning System of satellite phones used by terrorists. (ANI)

FBI chief to meet Chidambaram to discuss security issues

New Delhi, Mar. 3 (ANI): Federal Bureau of Investigation (FBI) chief Robert Mueller arrived here on Tuesday to meet Home Minister P. Chidambaram, National Security Advisor M. K. Narayanan and other top functionaries of the government.

The FBI chief’s meeting with government officials over security issues, including counter terrorism, is expected to start this afternoon.

Official sources have confirmed that Muller will also meet Intelligence Bureau Chief Rajiv Mathur.

Mueller’s visit comes after India and the US shared details of intelligence and investigations in last year’s Mumbai terror attacks, a joint effort which forced Pakistan to admit that a part of the conspiracy was hatched on its soil.

The FBI’s collaboration in the investigations of the 26/11 Mumbai attacks were crucial, with detailed analysis of Voice over Internet Protocol (VoIP) and Global Positioning System of satellite phones used by terrorists. (ANI)

Now, a wireless-based sensor system to prevent road deaths

Washington, Feb 10 (ANI): In order to reduce the number of unattended accident cases, a team led by an Indian-origin scientist has developed a new wireless system called SAVE that can automatically call for help and reduce deaths on the roads.

Debopam Acharya in the Department of Computer Sciences, at Georgia Southern University, in Statesboro, Georgia, and colleagues are developing the wireless Java-enabled automobile accident reporting system.

SAVE, Sun-java-based Automatic VEhicular accident reporting system, could determine the nature of an accident, and automatically call emergency medical services for possible action.

“Prompt communication is crucial during life-threatening events, such as fire, floods, explosions and traffic accidents, and is especially true for vehicle rollovers and crashes,” explained Acharya and colleagues.

However, it is known that rollover accidents are among the most likely to cause head injury, fractures and explosions in vehicles that would make it impossible for the occupants to summon help.

Similarly, motorcycle riders are also particularly vulnerable to potentially-fatal injury during accidents.

The researchers noted that situation could be even more treacherous for military personnel during training or manoeuvres, as they who may be driving under particularly hazardous conditions off-road and in remote locations.

SAVE uses inexpensive sensor technology, including an inclinometer to detect rollover and powerful wireless application technology to assess vehicle conditions.

The system could also monitor vehicle incline, temperature, and record rates of deceleration, and airbag deployment.

It is also connected to a global positioning system (GPS) device so that the emergency services can locate the accident quickly and easily.

“In the event of an accident, all this information can be transferred to the response specialists. A suitable combination of these parameters may lead to accurate analysis about the type and severity of accident and hence our system may be used in vehicles intended for different operations, civilian or military,” concluded the researchers.

The study has been published in the International Journal of Intelligent Defence Support Systems. (ANI)