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An "artificial eye" is still a long ways off, but researchers have made the low-resolution devices now available useful in a new way.?Instead of trying to replace vision entirely, they only "translate" text, presenting it to the user in a more familiar format: Braille.
Today's retinal implants are promising and allow people suffering from certain kinds of visual disability to see very rough shapes and contrasts. But with a resolution of only a few hundred total pixels, they are unable to display the world in anything but the lowest fidelity.
But replicating vision isn't just about the view. Sighted people take the ability to read things like?street signs and menus for granted, but not only is this difficult or impossible for most visually-impaired?people, there are relatively few accommodations available, as there are for things like crossing the street or using an ATM.
With this in mind, the team at Second Sight decided to modify?an Argus II retinal implant system, in which visual signals are presented to the retina in the form of electrical signals. They hooked the built-in camera up to software that translates text it sees into Braille, and then sent that signal on to be displayed by the implanted electrode arrays.
Low resolution isn't a problem for Braille, since letters are represented as dots in a three-by-two grid rather than using the lines and curves of standard glyphography. In testing, they would show up to four letters at a time ? not efficient for reading longer sentences, but?enough to quickly differentiate between "left" and "right," "open" and "closed," or "men" and "women."
Their test subject?had limited success with the system: Already a user of Braille and the Argus II implant, he was able to identify letters correctly 89 percent of the time. But as the length of the word grew, success rate fell.
Still, any improvement over the previous system, in which the highly pixelated image could barely show letters or words at all, would surely be welcome to users of the implant. While for reading books and articles, Braille is much faster, that option doesn't exist for many signs and other pieces of writing.
At the moment, retinal implants are still something of a rarity; while hundreds of thousands could potentially benefit from the technology, they are still in a relatively early stage of development and have not yet entered widespread clinical testing. But whenever they start to be prescribed to the general population, having helpful alternative modes like this one could be very important to the people for whom they are intended.
The paper describing the research, "Reading visual braille with a retinal prosthesis," appeared recently?in "Frontiers in Neuroprosthetics." The lead author is?Thomas Lauritzen of Second Sight, in collaboration with colleagues from?Brigham Young University and two French vision research institutes.
Devin Coldewey is a contributing writer for NBC?News Digital. His personal website is?coldewey.cc.
Walmart protests on Black Friday by some employees are an attempt to shame the company into public action ? even though the workers are not organized into a labor union. Extent of Walmart protests still unclear.
By Mark Guarino,?Staff writer / November 23, 2012
Protesters sit outside the Wal-Mart store in Paramount, Calif., on Black Friday.
Nick Ut/AP
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In staging nationwide protests at Wal-Mart stores on Black Friday, employees and labor unions are turning back the clock ? trying to influence America?s largest retailer in ways that were the norm before the union movement started in the 1930s.
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The disgruntled employees group organizing Friday?s walkouts, called Organization United for Respect at Walmart (OUR Walmart), complains that Wal-Mart pays low wages and sets unfair labor conditions. But since Wal-Mart employees are not organized into a union, they can?t strike to air their grievances.
Instead, the Black Friday protests are only the latest ? and most ambitious ??of a series of attempts by OUR Walmart and others to publicly shame the company into listening to grievances.
?What is making today so interesting, and what this Walmart group has found, is there may be a way to essentially change Walmart?s behavior legally without having to actually organize 51 percent of the workers,? says Robert Bruno, director of the Labor Education Program at the University of Illinois in Chicago. ?While I?m sure that [union organizing] is still the objective, in the meantime they can create a lot of rights using less workers and without having to represent them.?
Wal-Mart officials say disgruntled workers make up far less than the 51 percent of the workforce needed to organize a union according to federal law. Moreover, they say that the United Food and Commercial Workers International Union, which is supporting OUR Walmart, is illegally interfering in the company?s business. The company filed a complaint with the National Labor Relations Board last Friday.
It is unclear how many protests are taking place, though local media reports show they are spread nationwide. They have been relatively peaceful, according to reports. OUR Walmart says that protests are being held at 1,000 stores in the US, but Wal-Mart calls that number ?grossly exaggerated,? according to a statement by spokesman David Tovar.
It says that many of the people in the protests are not employees at all. The company estimates that ?less than 50 associates participated in the protest nationwide ? roughly the same number of associates missed their scheduled shifts as last year,? said Bill Simon, Wal-Mart?s US president and chief executive officer, in a statement.
In Milwaukee, about 60 protesters arrived in buses at two separate Wal-Mart locations, where they marched around each building, holding signs and chanting. Several hundred protesters organized outside a Wal-Mart store in Capitol Plaza in Landover Hills, Md., outside Washington, according to a local CBS station. In Orlando, Fla., US Rep.-elect Alan Grayson (D) joined protesters.
Professor Bruno says it is inevitable that the labor movement would target Wal-Mart, because the firm has emerged to play such an important role in the new economy.
?Wal-Mart is GM and US Steel amplified. They are a key employer in a large industry that, given the changes in our economy, has become more important than they might have been several years ago,? he says. The Black Friday protests are a ?product of a series of experimental efforts over years to organize Wal-Mart and to recognize and improve the working conditions there.?
Since September, OUR Walmart has staged protests at company stores, hoping to force the company to pay an hourly minimum wage of $13, make full-time jobs a priority for existing employees, provide affordable health care, and more. The group also says Wal-Mart has unfairly retaliated against certain employees for various reasons, from needing to change work schedules to speaking out against the company.
Wal-Mart workers currently must work an average of 30 hours per week to receive benefits, and the average full-time hourly wage is $12.57, according to the company website.
Collier on Bankruptcy was cited in this recent decision:
Collier on Bankruptcy section cited: 1 Collier on Bankruptcy ? 3.05?(accessible by lexis.com subscribers)
Lexis.com subscribers can view the enhanced version of Power Plant Entm?t Casino Resort Ind., LLC v. Mangano.
Lexis.com Overview: The removing defendants raised the argument that possible rulings in the state court action could have collateral estoppel effect on the debtor, precluding the debtor from relitigating such matters in any potential proceeding regarding indemnification in the bankruptcy court. The bankruptcy court found?.?
Scientists at Disney's research labs in Zurich, Switzerland, recently unveiled their newest technique for making animatronics more life-like: cloning an actual human face. By using motion capture technology, scientists can make a three-dimensional scan of a person's face as the subject runs through various facial expressions like yawning and winking. They then catalog every detail of that person's face?from facial hair to freckles?into a digital 3D rendering. That rendering is used to craft a precise skin replica by injecting liquid silicone into a 3D mold and allowing it to cure. This ?mask' adheres to a motorized metal and plastic skull outfitted with points that show exactly where the skin should be placed.
Iowa State researchers developing 'BIGDATA' toolbox to help genome researchersPublic release date: 3-Oct-2012 [ | E-mail | Share ]
Contact: Srinivas Aluru aluru@iastate.edu 515-294-3539 Iowa State University
AMES, Iowa Today's life scientists are producing genomes galore.
But there's a problem: The latest DNA sequencing instruments are burying researchers in trillions of bytes of data and overwhelming existing tools in biological computing. It doesn't help that there's a variety of sequencing instruments feeding a diverse set of applications.
Iowa State University's Srinivas Aluru is leading a research team that's developing a set of solutions using high performance computing. The researchers want to develop core techniques, parallel algorithms and software libraries to help researchers adapt parallel computing techniques to high-throughput DNA sequencing, the next generation of sequencing technologies.
Those technologies are now ubiquitous, "enabling single investigators with limited budgets to carry out what could only be accomplished by an international network of major sequencing centers just a decade ago," said Aluru, the Ross Martin Mehl and Marylyne Munas Mehl Professor of Computer Engineering at Iowa State.
"Seven years ago we were able to sequence DNA one fragment at a time," he said. "Now researchers can read up to 6 billion DNA sequences in one experiment.
"How do we address these big data issues?"
A three-year, $2 million grant from the BIGDATA program of the National Science Foundation and the National Institutes of Health will support the search for a solution by Aluru and researchers from Iowa State, Stanford University, Virginia Tech and the University of Michigan. In addition to Aluru, the project's leaders at Iowa State are Patrick Schnable, Iowa State's Baker Professor of Agronomy and director of the centers for Plant Genomics and Carbon Capturing Crops, and Jaroslaw Zola, a former research assistant professor in electrical and computer engineering who recently moved to Rutgers University.
The majority of the grant $1.3 million will support research at Iowa State. And Aluru is quick to say that none of the grant will support hardware development.
Researchers will start by identifying a large set of building blocks frequently used in genomic studies. They'll develop the parallel algorithms and high performance implementations needed to do the necessary data analysis. And they'll wrap all of those technologies in software libraries researchers can access for help. On top of all that, they'll design a domain specific language that automatically generates computing codes for researchers.
Aluru said that should be much more effective than asking high performance computing specialists to develop parallel approaches to each and every application.
"The goal is to empower the broader community to benefit from clever parallel algorithms, highly tuned implementations and specialized high performance computing hardware, without requiring expertise in any of these," says a summary of the research project.
Aluru said the resulting software libraries will be fully open-sourced. Researchers will be free to use the libraries while developing, editing and modifying them as needed.
"We're hoping this approach can be the most cost-effective and fastest way to gain adoption in the research community," Aluru said. "We want to get everybody up to speed using high performance computing."
###
Contacts:
Srinivas Aluru, Electrical and Computer Engineering, 515-294-3539, aluru@iastate.edu
Mike Krapfl, News Service, 515-294-4917, mkrapfl@iastate.edu
[ | E-mail | Share ]
?
AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
Iowa State researchers developing 'BIGDATA' toolbox to help genome researchersPublic release date: 3-Oct-2012 [ | E-mail | Share ]
Contact: Srinivas Aluru aluru@iastate.edu 515-294-3539 Iowa State University
AMES, Iowa Today's life scientists are producing genomes galore.
But there's a problem: The latest DNA sequencing instruments are burying researchers in trillions of bytes of data and overwhelming existing tools in biological computing. It doesn't help that there's a variety of sequencing instruments feeding a diverse set of applications.
Iowa State University's Srinivas Aluru is leading a research team that's developing a set of solutions using high performance computing. The researchers want to develop core techniques, parallel algorithms and software libraries to help researchers adapt parallel computing techniques to high-throughput DNA sequencing, the next generation of sequencing technologies.
Those technologies are now ubiquitous, "enabling single investigators with limited budgets to carry out what could only be accomplished by an international network of major sequencing centers just a decade ago," said Aluru, the Ross Martin Mehl and Marylyne Munas Mehl Professor of Computer Engineering at Iowa State.
"Seven years ago we were able to sequence DNA one fragment at a time," he said. "Now researchers can read up to 6 billion DNA sequences in one experiment.
"How do we address these big data issues?"
A three-year, $2 million grant from the BIGDATA program of the National Science Foundation and the National Institutes of Health will support the search for a solution by Aluru and researchers from Iowa State, Stanford University, Virginia Tech and the University of Michigan. In addition to Aluru, the project's leaders at Iowa State are Patrick Schnable, Iowa State's Baker Professor of Agronomy and director of the centers for Plant Genomics and Carbon Capturing Crops, and Jaroslaw Zola, a former research assistant professor in electrical and computer engineering who recently moved to Rutgers University.
The majority of the grant $1.3 million will support research at Iowa State. And Aluru is quick to say that none of the grant will support hardware development.
Researchers will start by identifying a large set of building blocks frequently used in genomic studies. They'll develop the parallel algorithms and high performance implementations needed to do the necessary data analysis. And they'll wrap all of those technologies in software libraries researchers can access for help. On top of all that, they'll design a domain specific language that automatically generates computing codes for researchers.
Aluru said that should be much more effective than asking high performance computing specialists to develop parallel approaches to each and every application.
"The goal is to empower the broader community to benefit from clever parallel algorithms, highly tuned implementations and specialized high performance computing hardware, without requiring expertise in any of these," says a summary of the research project.
Aluru said the resulting software libraries will be fully open-sourced. Researchers will be free to use the libraries while developing, editing and modifying them as needed.
"We're hoping this approach can be the most cost-effective and fastest way to gain adoption in the research community," Aluru said. "We want to get everybody up to speed using high performance computing."
###
Contacts:
Srinivas Aluru, Electrical and Computer Engineering, 515-294-3539, aluru@iastate.edu
Mike Krapfl, News Service, 515-294-4917, mkrapfl@iastate.edu
[ | E-mail | Share ]
?
AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
If you're going to the North Country Fair where the wind hits heavy on Lake Michigan, we want you to attend one of our TC Northern meetups to be held in Toronto on November 5, Detroit on November 7, and Chicago on November 9. That's right: we're bringing the magic of our Southeast Meetups to Hogtown, Motor City, and the City in a Garden and we'd love to see you there. Registration is now open. We have great venues in each city: The Steam Whistle in Toronto, Hockeytown Cafe in Detroit and Zhou B in Chicago. Along with the massive meetups, we are also holding office hours in each city -- more on this later. And of course there is no cost to attend these events, but space is limited. Just come out, have some free drinks thanks to our sponsors and talk startups with TechCrunch.
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Public release date: 3-Oct-2012
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If you're going to the North Country Fair where the wind hits heavy on Lake Michigan, we want you to attend one of our TC Northern meetups to be held in