Thursday, October 17, 2013

'Game of Thrones' spoof trades drama for laughs

Pop culture











9 hours ago

Keeping track of the numerous "Game of Thrones" characters just got a lot more interesting as they've been reimagined in a hilarious new spoof video from the folks at Bad Lip Reading.

Bad Lip Reading has previously taken on "Twilight," "The Hunger Games," President Obama, the NFL and much more. In this fake trailer for "Medieval Land Fun-Time World," Ned Stark is "Eddie," the manager of a theme park who has a week to get his lackluster employees whipped into shape for the park's grand opening. For almost six minutes, the video dubs new dialogue over scenes from "GoT."

All the bloody drama of HBO's fantasy series is drained and replaced with a cheesy soundtrack and laugh-worthy lines. The best scenes feature Joffrey "JoJo" Baratheon and Tyrion "Terry" Lannister. The spoof maintains two key things here — JoJo is still worth hating, and the gangster Terry is still the best character on the show.

Jamie Lannister is "Jimmy Whisper," who delivers all of his lines in hushed tones: "Today, I had a cheesesteak, then I got a Walkman," he tells Eddie. And Petyr "Petey" Baelish is a hit at the dinner table when he asks everyone how they liked "the kitten meat I put in my burgers everyone just ate."

The video is already headed toward 2 million views in less than a day. And BLR has put up outtakes and extended scenes, too.

The real "Game of Thrones" returns in 2014 for season four.








Source: http://www.today.com/entertainment/game-thrones-spoof-brings-laughs-medieval-theme-park-8C11409513
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OKI B731dn


The OKI B731dn is the new flagship model of OKI's B700 line of mono laser-class printers, and is capable of printing a prodigious volume of documents for a mid-sized workgroup. Intended for mid-sized workgroups, it offers a high maximum monthly duty cycle, good standard and optional paper capacity, and solid output quality. One downside is that in our testing, it was slow for its price and rated speed.




The B731dn uses an LED-based print engine, which is essentially the same as a laser, except that it uses LEDs instead of a laser as a light source. The printer measures 16.1 by 17.1 by 19.6 inches (HWD), larger than you'd want to share a desk with, and weighs 59.5 pounds. The front panel houses 5-line backlit monochrome display and an alphanumeric keypad for password-protected printing. On the printer's side is a forward-facing slot for a USB thumb drive.





Paper Handling

The B731dn has good paper handling features and options, befitting its massive monthly duty cycle (280,000-page maximum, with a recommended maximum of 30,000 pages). Its standard paper capacity is 630 sheets, split between a 530-sheet main tray and a 100-sheet multipurpose tray, and it includes an automatic duplexer for printing on both sides of a sheet of paper. Maximum paper capacity is 3,100 sheets, when you add a second 530-sheet tray ($223.99 direct) and a 2,000-sheet feeder with casters ($700.99). Alternately, you can add up to 3 optional 530-sheet trays if you don't go with the feeder.



The B731dn offers Ethernet (including Gigabit Ethernet) and USB connectivity; I tested it on an Ethernet network with drivers installed on a PC running Windows Vista.


OKI B731dn



Speed and Output Quality

I timed the B731dn, rated at 55 pages per minute, on our business applications suite (using QualityLogic's hardware and software for timing), at an effective 9.4 pages per minute (ppm), essentially tied with the OKI B721dn's 9.5 ppm despite the latter being only rated at 49 pages per minute. (The rated speeds are based on text-only printing, while we test with a combination of text pages, graphics pages, and pages of mixed content.) It's also slower than its predecessor, the OKI B730dn, rated at 52 pages per minute, which I tested at 12 ppm in 2011; the B730dn is still being sold.



The B731dn was considerably slower than the Editors' Choice Dell B5460dn, rated at 62 pages per minute, which zipped through the same test at 18.7 ppm.
The Editors' Choice HP LaserJet Enterprise 600 Printer M601DN, rated at 45 pages per minute, turned in a speed of 13.4 ppm, while the HP LaserJet Enterprise 600 Printer M602DN, rated at 52 pages per minute, tested at 14.1 ppm.



Graphics output was typical of a mono laser, good enough for internal business use, but whether you'd distribute it as, say, PowerPoint handouts to a client you were seeking to impress depends on how picky you are. Very thin lines in one illustration did not show at all. The printer did poorly in an illustration that contains a gradient from very dark to very light tones, showing little distinction between them. Some backgrounds looked slightly blotchy.



Photo quality was also typical of mono lasers. The printer is capable of printing out recognizable images from Web pages, but whether you'd consider the output good enough for use in a client newsletter depends on how picky you are. There was frequent dithering in the form of graininess. In certain prints there was a loss of detail in bright areas. Two photos showed slight banding (a regular pattern of faint striations).



The OKI B731dn's running costs of 1.3 cents per page, based on price and yield figures provided by the company, are reasonably low; lower than the OKI B721dn's and HP M601dn's 1.7 cents per page and just higher than the HP M602dn's 1.2 cents per page.



The OKI B731dn brings a lot to the table: A prodigious monthly duty cycle, good standard and optional paper capacity, solid output quality, reasonably low running costs. But if you're in need of the high-volume printing that the B731dn affords, speed will likely be a factor, and in our testing it was slow for its price and rated speed. If that's not an obstacle, the B731 is a capable and otherwise well-rounded workhorse mono laser capable of anchoring a busy workgroup.


Source: http://feedproxy.google.com/~r/ziffdavis/pcmag/~3/laMz9HgmR9Q/0,2817,2425905,00.asp
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State TV: Top Syrian army general killed in battle

(AP) — A top Syrian army general has been killed in fighting with rebels, state-run Syrian television reported Thursday, as the country's deputy prime minister floated Nov. 23-24 as possible dates for talks on a political solution to the conflict.

The television report said Gen. Jameh Jameh was killed while on duty in eastern Syria. It said Jameh, who was the head of the military intelligence directorate in the eastern province of Deir el-Zour, was killed by rebels in the provincial capital that carries the same name.

Jameh was one of the most powerful Syrian army officers in the country and played a major role in Lebanon when Damascus dominated its smaller neighbor.

The TV report did not say when Jameh was killed. It said he died "while he was carrying out his mission in defending Syria and its people."

The city of Deir el-Zour has witnessed clashes between troops and rebels for more than a year.

Meanwhile, Qadri Jamil, the Syrian deputy prime minister, said Thursday that "we are closer than ever" to talks in Geneva. "In our contact with the (Russian) Foreign Ministry, we were informed about the approximate and hypothetical dates for holding it," he said.

Russia's RIA Novosti news agency quoted him as saying "the conference will be held on the 23rd and 24th of November."

Alexander Lukashevich, a spokesman for the Russian Foreign Ministry, would not confirm or deny that the dates were being considered.

U.N. Secretary-General Ban Ki-moon said Wednesday that efforts are intensifying to try to hold the Geneva meeting in mid-November. Ban did not provide specific dates, and it's not clear whether the schedule provided by Jamil has been agreed to by any other parties.

The talks have been put off repeatedly, in part because of fundamental disagreements over the fate of Syrian President Bashar Assad.

The Western-backed Syrian National Coalition, the main alliance of political opposition groups, has said it will only negotiate if it is agreed from the start that Assad will leave power at the end of a transition period. Many rebel fighters inside Syria flatly reject negotiating with Assad's regime

The regime has rejected such a demand, saying Assad will stay at least until the end of his term in mid-2014, and he will decide then whether to seek re-election. The regime has said it refuses to negotiate with the armed opposition.

The United States and Russia have been trying to bring the Damascus government and Syria's divided opposition to negotiations in Geneva for months, but the meeting has been repeatedly delayed. It remains unclear if either side is really willing to negotiate while Syria's civil war, now in its third year, remains deadlocked.

Also Thursday, the international agency overseeing the destruction of Syria's chemical weapons stockpile said that inspectors have so far found no "weaponized" chemical munitions, or shells ready to deliver poison gas or nerve agents, and that Syria's declarations up to now have matched what inspectors found.

The Organization for the Prohibition of Chemical Weapons and the United Nations are working to verify Syria's initial declaration of its weapons program and render production and chemical mixing facilities inoperable by Nov. 1. Their work on the ground involves smashing control panels on machines and destroying empty munitions.

The team has visited 11 of more than 20 sites since Oct. 1 and carried out destruction work at six. "Cheap, quick and low-tech. Nothing fancy," OPCW spokesman Michael Luhan said of the work.

In the next phase, the work gets more complex and dangerous when actual chemical weapons have to be destroyed — in the midst of full-blown war. Negotiations are still underway as to how and where that will happen.

Syria's revolt began in March 2011 with largely peaceful protests against the Assad regime before eventually turning into a civil war. The conflict has killed more than 100,000 people, forced more than 2 million to flee the country and left some 4.5 million others displaced within the country.

It has also proven difficult and dangerous for journalists to cover, and press freedom advocate groups rank Syria as the most dangerous country in the world for reporters. Dozens of journalists have been kidnapped and more than 25 have been killed while reporting in Syria since the conflict began.

On Thursday, Sky News Arabia said that a team of its reporters had gone missing in the contested city of Aleppo. The Abu Dhabi-based channel said it lost contact on Tuesday morning with reporter Ishak Moctar, a Mauritanian national, cameraman Samir Kassab, a Lebanese national, as well as their Syrian driver whose name is being withheld at his family's request.

Sky News Arabia chief Nart Bouran says the crew was on assignment primarily to focus on the humanitarian aspects of the conflict in Aleppo. The channel appealed for any information on the team's whereabouts and for help to ensure the journalists' safe return.

___

Associated Press writers Michal Corder in The Hague, Netherlands, Laura Mills in Moscow and Edith Lederer in New York contributed to this report.

Associated PressSource: http://hosted2.ap.org/APDEFAULT/3d281c11a96b4ad082fe88aa0db04305/Article_2013-10-17-Syria/id-d2ddbb14223744efbfbae91895fceaac
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Stanford drones open way to new world of coral research

Stanford drones open way to new world of coral research


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Public release date: 16-Oct-2013
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Contact: Rob Jordan
rjordan@stanford.edu
650-721-1881
Stanford University






Like undiscovered groves of giant redwoods, centuries-old living corals remain unmapped and unmeasured. Scientists still know relatively little about the world's biggest corals, where they are and how long they have lived.


The secret to unlocking these mysteries may lie with a shoebox-size flying robot.


The robot in question is a four-rotor remote-controlled drone developed by Stanford aeronautics graduate student Ved Chirayath. The drone is outfitted with cameras that can film coral reefs from up to 200 feet in the air. Chirayath teamed up with Stanford Woods Institute Senior Fellow Stephen Palumbi to pioneer the use of drone technology to precisely map, measure and study shallow-water reefs off Ofu Island in American Samoa.


"Until now the challenges have been too high for flying platforms like planes, balloons and kites," Palumbi said. "Now send in the drones."


Chirayath, who also works as a scientist at NASA's Ames Research Center, analyzes the drone's footage using software he designed. The software removes distortions caused by surface wave movements and enhances resolution. To link the drone aerial footage to close-up images of corals, Chirayath and his colleagues are photographing reefs from below the water using a 360-degree camera. The result is a centimeter-scale optical aerial map and stunning gigapixel panoramic photographs of coral heads that stitch together thousands of images into one.


Surveys and maps of rainforests have resulted in new understanding of the vital role these ecosystems play in sustaining the biosphere. Detailed coral maps could do the same, allowing scientists to conduct precise species population surveys over large areas and assess the impact of climate change.


The window of time to study these mysterious ecosystems, which provide sustenance and livelihoods to a billion people, may be closing. Pollution, destructive fishing practices and climate change impacts such as warmer, more acidic ocean water threaten corals and their role as habitat for about a quarter of all ocean species.


Scientists have long endeavored to make coral reef maps. However, standard underwater approaches such as hand-drawing maps, measuring out quadrants and taking photographs are hugely time-and-labor intensive, and often inaccurate. Satellite imagery through water tends to be distorted by wave movement. Radar can't penetrate the water's surface, and sonar doesn't work well in the shallow water where most corals reside. That's where drones and Chirayath's software come in.



When Chirayath first developed his optical software, called Fluid Lensing, NASA hired the young engineer to develop a satellite concept that would image targets such as vegetation and ocean flows on Earth, as well as targets in space. Soon, Chirayath began to think about other applications for the software. After learning about widespread coral bleaching and a lack of accurate reef maps, he dreamed up a camera-equipped drone to do the job.


"I was inspired by the way the human eye works in conjunction with the brain to try to resolve an obscured image," Chirayath said. He compared his drone-captured coral images to sketchbook pictures of a person behind a waterfall. The person's face would be heavily distorted in a photograph, but a patient sketch artist could draw the face clearly over time. "It's an ability to rapidly assimilate a vast amount of data and, in effect, see through strong optical distortions."


Word of Chirayath's Fluid Lensing experiments in water tanks at the Monterey Bay Aquarium spread quickly to Palumbi, a professor of marine sciences and director of Stanford's nearby Hopkins Marine Station. Palumbi invited Chirayath to join him on a research trip to Ofu.


"The lensing takes a huge problem in looking through the surface of the water and turns it into an advantage," Palumbi said. "It not only removes the ripples but uses their magnification to enhance the image."


Some of Ofu's corals, protected by the National Park Service, are 15-20 feet across and 300 years old or more. They live in what Palumbi calls the "Village of Elders," an expanse of back-reef lagoon that seems to be a perfect incubator for long-lived corals. Palumbi initially plans to use drone-generated maps to measure the location and size an age indicator of corals in the Ofu reefs. Then, he will use the drone-captured images to model current flow and water exchange rates in Ofu's lagoons to better understand climate change's effects on coral. By overlaying a water temperature map on a census of the oldest corals, Palumbi hopes to gain insights into the conditions that sustain this kind of longevity.


"These corals are time machines that were living before European culture discovered the Samoan islands," Palumbi said. "What do they have to tell us about that long-ago time? What do they tell us about the likely future?"


Beyond Palumbi's research, the drone footage could have a second life as art. His project, Reactive Reefs, aims to be an artistically immersive science outreach exhibition that transports viewers beneath the ocean's surface and conveys firsthand how the world's coral reefs change as a result of both natural and human pressures. Chirayath dreams of someday using drone technology to precisely map entire oceans and maybe even planets.


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Stanford drones open way to new world of coral research


[ Back to EurekAlert! ]
Public release date: 16-Oct-2013
[


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| Share Share

]

Contact: Rob Jordan
rjordan@stanford.edu
650-721-1881
Stanford University






Like undiscovered groves of giant redwoods, centuries-old living corals remain unmapped and unmeasured. Scientists still know relatively little about the world's biggest corals, where they are and how long they have lived.


The secret to unlocking these mysteries may lie with a shoebox-size flying robot.


The robot in question is a four-rotor remote-controlled drone developed by Stanford aeronautics graduate student Ved Chirayath. The drone is outfitted with cameras that can film coral reefs from up to 200 feet in the air. Chirayath teamed up with Stanford Woods Institute Senior Fellow Stephen Palumbi to pioneer the use of drone technology to precisely map, measure and study shallow-water reefs off Ofu Island in American Samoa.


"Until now the challenges have been too high for flying platforms like planes, balloons and kites," Palumbi said. "Now send in the drones."


Chirayath, who also works as a scientist at NASA's Ames Research Center, analyzes the drone's footage using software he designed. The software removes distortions caused by surface wave movements and enhances resolution. To link the drone aerial footage to close-up images of corals, Chirayath and his colleagues are photographing reefs from below the water using a 360-degree camera. The result is a centimeter-scale optical aerial map and stunning gigapixel panoramic photographs of coral heads that stitch together thousands of images into one.


Surveys and maps of rainforests have resulted in new understanding of the vital role these ecosystems play in sustaining the biosphere. Detailed coral maps could do the same, allowing scientists to conduct precise species population surveys over large areas and assess the impact of climate change.


The window of time to study these mysterious ecosystems, which provide sustenance and livelihoods to a billion people, may be closing. Pollution, destructive fishing practices and climate change impacts such as warmer, more acidic ocean water threaten corals and their role as habitat for about a quarter of all ocean species.


Scientists have long endeavored to make coral reef maps. However, standard underwater approaches such as hand-drawing maps, measuring out quadrants and taking photographs are hugely time-and-labor intensive, and often inaccurate. Satellite imagery through water tends to be distorted by wave movement. Radar can't penetrate the water's surface, and sonar doesn't work well in the shallow water where most corals reside. That's where drones and Chirayath's software come in.



When Chirayath first developed his optical software, called Fluid Lensing, NASA hired the young engineer to develop a satellite concept that would image targets such as vegetation and ocean flows on Earth, as well as targets in space. Soon, Chirayath began to think about other applications for the software. After learning about widespread coral bleaching and a lack of accurate reef maps, he dreamed up a camera-equipped drone to do the job.


"I was inspired by the way the human eye works in conjunction with the brain to try to resolve an obscured image," Chirayath said. He compared his drone-captured coral images to sketchbook pictures of a person behind a waterfall. The person's face would be heavily distorted in a photograph, but a patient sketch artist could draw the face clearly over time. "It's an ability to rapidly assimilate a vast amount of data and, in effect, see through strong optical distortions."


Word of Chirayath's Fluid Lensing experiments in water tanks at the Monterey Bay Aquarium spread quickly to Palumbi, a professor of marine sciences and director of Stanford's nearby Hopkins Marine Station. Palumbi invited Chirayath to join him on a research trip to Ofu.


"The lensing takes a huge problem in looking through the surface of the water and turns it into an advantage," Palumbi said. "It not only removes the ripples but uses their magnification to enhance the image."


Some of Ofu's corals, protected by the National Park Service, are 15-20 feet across and 300 years old or more. They live in what Palumbi calls the "Village of Elders," an expanse of back-reef lagoon that seems to be a perfect incubator for long-lived corals. Palumbi initially plans to use drone-generated maps to measure the location and size an age indicator of corals in the Ofu reefs. Then, he will use the drone-captured images to model current flow and water exchange rates in Ofu's lagoons to better understand climate change's effects on coral. By overlaying a water temperature map on a census of the oldest corals, Palumbi hopes to gain insights into the conditions that sustain this kind of longevity.


"These corals are time machines that were living before European culture discovered the Samoan islands," Palumbi said. "What do they have to tell us about that long-ago time? What do they tell us about the likely future?"


Beyond Palumbi's research, the drone footage could have a second life as art. His project, Reactive Reefs, aims to be an artistically immersive science outreach exhibition that transports viewers beneath the ocean's surface and conveys firsthand how the world's coral reefs change as a result of both natural and human pressures. Chirayath dreams of someday using drone technology to precisely map entire oceans and maybe even planets.


###


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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.




Source: http://www.eurekalert.org/pub_releases/2013-10/su-sdo101613.php
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Tickled Pink: Fresh, Young Ginger is a Sweet Break from Gnarled Roots





Fresh ginger is juicier, sweeter and pinker than the gnarled, older roots more commonly available.



Laura McCandlish for NPR


That pink pile of pickled ginger that comes with your sushi is probably from China or Japan. And unless the slices are beige, chances are this garnish, next to the green wasabi, contains food coloring. So it's refreshing when you first see that cream-colored fresh "baby" ginger is naturally, yet shockingly, pink at its tips from where green stems shoot forth. The nude pieces naturally blush a faint rose (a pink that can be further amped up with raw beet) when brined in rice vinegar, as the Japanese do with this tender young ginger to make their now-ubiquitous sushi condiment, gari.


What's less omnipresent is ginger that was actually grown in the U.S. That, however, is changing. Asian countries, such as India, China and Nepal, produce much of the world's ginger. Steamy Hawaii is the only American state with real commercial cultivation of this coveted culinary and medicinal crop, though a bacterial soil disease and extreme wet weather has caused a significant decline in the harvest there.


So small, mostly organic, farms around the country are stepping up to fill the void by offering this delicacy — the juicy, mild, swollen ginger instead of those old fibrous roots — that's early-harvested come fall, in temperate states, just before the real chill sets in. Still, the last place I expected to find this tropical rhizome was in Maine. Yet several intrepid farmers are tending this young ginger in heated greenhouses and plastic high tunnels, with pretty decent results.


Perhaps no New England farmer has more ginger cred than native Mainer Ted Sparrow, who is 81 but too active to retire. Sparrow first learned about ginger cultivation working as a sugarcane industry consultant in Hawaii more than 50 years ago. Last year, his Sparrow Farm in Pittston, Maine, started selling fresh ginger (and its more floral cousin, turmeric), a perfect complement for the fresh organic cranberries the farm is known for. His wife and business partner Karen plans to incorporate their ginger into the not-too-sweet jars of cranberry sauce she cans for market.


Continental U.S. farmers harvest young ginger from mid-September into early November, just as those cranberries come on. So act fast. Otherwise, try Asian markets (mostly in April and May) for these new hands of "spring ginger," actually a fall crop as it is here, just over-nighted from sub-equatorial regions. Still, you'll find much fresher, gossamer-skinned specimens at the farmers' market now. North Carolina-based East Branch Ginger distributes its organic ginger seed (pieces of the rhizome wintered over in a heated greenhouse until mature) to about 40 states and into Canada, scrambling to keep up with the demand.





Laura McCandlish is a Corvallis, Ore.-based radio producer and food writer. She reports for NPR member station KLCC in Eugene and hosts a monthly food show on Portland radio station KBOO. She contributes to Edible Portland and The Oregonian's FOODday section. She blogs at baltimoregon.com.




"Baby ginger can't be grown that far afield and shipped many miles without it damaging or growing mold," says East Branch's Susan Anderson, who first tested ginger for Johnny's Selected Seeds in Maine. "That's why you don't see baby ginger in the supermarket. It really has to be grown in a local radius to be marketed very soon after harvest."


This perishable ginger emerges about 6 months after planting, while grocery store ginger hardens in the ground for almost a year. Digging up a shock of rhizome growth branching off of an old "mother" root, Sparrow says growing ginger is similar to growing potatoes. They both grow from seed pieces of the mature crop, which


farmers pre-sprout before planting, then hill up with soil whenever fresh growth appears. Like new potatoes, young ginger has that almost translucent skin that rubs right off. It's less fiery and fibrous than gnarled roots—and easier to cook with—since no peeling is required. It's mild enough to even eat raw. The whole root freezes well, for grating into soups and stews throughout the winter.


The delicate flavor and texture is best for pickles, syrups (think cocktails) and quick stir-fries. Or preserved foods such as fermented gingered carrots and Korean kimchee. Gallit Sammon Cavendish, a Culinary Institute of America-trained chef who married an organic farmer in Maine, says she'd never seen young ginger before moving to the state, despite having cooked at the Waldorf Astoria and Café Daniel. She and her husband Chris just harvested their first ginger crop, which Gallit Cavendish is candying in a certified kitchen. Once the semi-perishable product passes inspection, the couple plans to sell their crystallized ginger at area markets.


Local, young ginger now graces Maine's finest restaurant menus and is even brewed into a line of kombucha. A mead — wine made with ginger's natural partner, honey — is in the works and will be released this winter by Maine Mead Works. The only barrier to culinary exploration is the $15 per pound cost of this labor-and-input-intensive, still rare but increasingly popular niche crop.



Japanese Pickled Ginger (gari)


The jar of organic, natural-colored ginger I bought is too cloying, tastes overcooked and is a product of China "where ginger began," the label says. It's more satisfying—and easy—to make your own. This recipe is adapted from pickled ginger recipes Linda Ziedrich developed for both her comprehensive The Joy of Pickling (Harvard Common Press, 2009) and a Fine Cooking article. Chris Churilla, an Oregon bartender, goes light on the salt when he pickles fresh ginger with apple cider vinegar and sugar. Jennifer Burns Levin, who blogs at Culinaria Eugenius, recommends adding a slice of raw beet to the brine to naturally color your pickles bright pink. My dad recently pan-seared some Maine-caught, sushi-grade yellowtail tuna steaks, the perfect vehicle for this ginger.





Japanese Pickled Giner (gari)



Laura McCandlish for NPR


Japanese Pickled Giner (gari)


Laura McCandlish for NPR


Makes about 1 cup


4 ounces fresh ginger (washed thoroughly but no need to peel if young and thin-skinned), sliced paper-thin with a mandoline or vegetable peeler


2 cups water


Several thin slices of raw beet (optional)


3/4 teaspoon salt, plus an extra sprinkle


1/2 cup rice vinegar (cider, white wine vinegar may be used)


2 tablespoons sugar (or more to taste)


Put the ginger slices into a bowl, barely cover them with cold water and let stand 30 minutes.


In a saucepan, bring the 2 cups water to a boil while you drain the ginger. Add the ginger and cook, stirring to soften, about 30 seconds. Drain the slices in a colander, tossing to make sure they don't retain water. (This blanching step can be skipped if young ginger is especially fresh and not fibrous).


Sprinkle the ginger (and the raw beet slices, if using) lightly with salt and put in a lidded jar, preferably first sterilized with boiling water. Add the vinegar to a non-reactive saucepan, and bring it to a boil, stirring in the sugar and salt until dissolved. Use a funnel to pour the hot liquid over the ginger, mixing well (it should completely cover the slices).


Tightly cover the jar, allow it to cool to room temperature and refrigerate. The pickled ginger, which is ready to eat after several hours, keeps well in the refrigerator for up to 6 months.


Fresh-Cut Corn with Young Ginger and Plums


Chef Aaron Park of Henry and Marty restaurant in Brunswick, Maine, created this appetizer (or side dish) out of early fall produce he spotted at the nearby Bath Farmers' Market. He grabbed sweet organic corn, young ginger and "red hot" plums. He created an end-of-season succotash with Asian flavors. The fish sauce and ume plum vinegar were my additions, but I think Park, whose food often reflects his Korean-American heritage, would approve. Red bell pepper or fresh tomato could be substituted for the fresh plums.





Laura McCandlish for NPR

Laura McCandlish for NPR



Serves 2 as an appetizer or side dish


3 tablespoons unsalted butter (Park used melted clarified butter)


2 tablespoons young baby ginger (washed well but no need to peel), minced


2 ears fresh corn, shucked and cut off cob (almost 2 cups raw kernels, can use frozen)


¾ cup fresh red plums, diced


1 tablespoon sake or Chinese Shaoxing rice wine


Asian fish sauce, to taste


Ume plum vinegar, to taste


Salt and freshly ground pepper, to taste


2 to 3 cups baby kale or arugula (for garnish, optional)


Melt the butter in a sauté pan, cast iron skillet or wok over medium-high heat. Add the minced ginger and stir-fry 30 seconds. Add the corn and plums (if using bell pepper add before the corn) and stir-fry another minute. Deglaze the pan with sake and stir in a couple dashes of fish sauce and/or ume plum vinegar, to increase the dish's umami factor. Add salt (if needed) and freshly ground pepper to taste. Plate on a bed of baby kale before serving.


Crystallized Ginger (and Ginger Syrup)


I made jewel-like candied cranberries last year but had never attempted crystallized ginger. It's an easy treat that will wow guests and yield the added gift of ginger syrup for homemade soda and adult cocktails. At Ted Sparrow's Maine farm in October, ginger is dug up from humid greenhouses just as the cranberries are first being raked. That's how I decided to candy these two together. It gave the resulting syrup a nice blush, too. I gave some to a pregnant friend suffering from morning sickness, and have just been nibbling on them for dessert or as an afternoon pick-me-up. There's hardly a baked good that doesn't benefit from the addition of crystallized ginger. Candied Ginger-Cardamom Bars are a well-received favorite.





Laura McCandlish for NPR

Laura McCandlish for NPR



Makes about 1 pint, plus 1 cup reserved ginger syrup


1 pound young ginger (I subbed in almost 2 cups fresh cranberries and 1 knob fresh turmeric for some of the ginger)


Water


1 cup sugar, plus extra sugar for coating


1 cup honey (or just use 2 cups sugar total, but I wanted honey-ginger syrup)


Salt, a pinch


6 pods green cardamom (also in ginger family), optional


1/2 teaspoon cream of tartar (optional; only add if you want to preserve the ginger in syrup and keep it from crystallizing)


Scrub any dirt off the young ginger. Using a mandoline, vegetable peeler or very sharp knife, cut the ginger into 1/8-inch coins. Put the ginger in saucepan, cover with the water and bring to a boil. Cover and simmer at least 15 minutes, until tender. Remove the ginger with a mesh strainer or slotted spoon, reserving the water.


Add the sugar, honey and cream of tartar (if using) and pinch of salt to the reserved water, stirring over medium heat until the sugar is dissolved. Add ginger slices and cook over medium-high heat until the syrup's temperature approaches (but stays just under) 225 degrees F (about the consistency of thin honey). Add the cranberries (if using) and remove from the heat and let stand for at least an hour and up to overnight.


Transfer the ginger (and cranberries) with a slotted spoon to a wire rack or large mesh strainer set over a tray, letting them dry in a warm place until no longer that moist. Reserve the ginger syrup for use in drinks. Toss the dried fruit in granulated sugar, shaking off the excess sugar (which is now ginger-flavored and also worth reserving). Crystallized ginger can be stored in an air-tight container for several months, but you'll probably gobble it up and chop it up to mix into baked goods long before then. If pieces are still too moist, they can be further dried in a 170-degree oven before storing.


Harvest El Diablo


Oregon mixologist Chris Churilla combines fresh ginger juice with bourbon, dried fig purée, sweet vermouth and bitters and in another cocktail with gin, lychee, lemon and coconut foam. I decided to go a simpler route, opting for a vintage Trader Vic's margarita called an El Diablo. I adapted this recipe from a new classic cocktail menu bartender Brandon Wise devised for Paley's Place in Portland, Ore. Next time, I'll make my own ginger beer or even a wild-fermented ginger "bug." Rick and Deann Groen Bayless's Frontera: Margaritas, Guacamoles, and Snacks (W.W. Norton & Co., 2012) encouraged me to replace the cassis with other red fruity liquors and homemade ginger beer (just ginger syrup and seltzer).





Laura McCandlish for NPR

Laura McCandlish for NPR



Makes 1 drink



1 1/2 ounces blanco (silver) tequila



3/4 ounces fresh lime juice (reserving lime twist or wheel for garnish)


1 teaspoon freshly grated young ginger (or to taste, optional)


1/2-ounce creme de cassis (or substitute Campari)


1 ounce ginger syrup (reserved from crystallized ginger) plus 1 ounce sparkling water (or substitute 2 ounces ginger beer)


Dash of Angostura bitters (omit if using already bitter Campari)


Ice cubes, to taste


Add all ingredients except sparking water or ginger beer and ice to mixing tin. Shake and double strain into Collins glass, filled with ice, to taste. Top with ginger beer or seltzer. Garnish with a lime wheel or twist and a dash of Angostura bitters (optional).


Ginger Switchel


Vinegary drinks—kombucha, shrubs—are all the rage now. I first learned about switchel, the old-timey thirst-quencher of which Laura Ingalls Wilder writes, from a recipe printed in the Thymes, the monthly newspaper published by the food co-op I belonged to in Corvallis, Ore. Then I first tasted this bracing "American heritage beverage," sweetened only with Vermont maple syrup, at a Food Book Fair reception. The brew mixes well with whiskey and rum, or into a Switchel Stout & Stormy. It soothes an upset stomach or sore throat, and is long known to farmers as haymaker's punch. This recipe is adapted from the Sagadahoc MOFGA (Maine Organic Farmers and Gardeners Association) chapter, which sells the nostalgic drink at the annual Common Ground Country Fair in September. Domenica Marchetti's post on American Food Roots also inspired me.



Makes about 1 average pitcher's worth


1 to 1 ½ quarts cold water


1/3 cup apple cider vinegar


1/2 cup maple syrup


1/4 cup blackstrap molasses (or if too strong for your taste, use more mild honey)


2 tablespoons ginger-honey syrup (reserved from crystallized ginger)


1 tablespoon grated young ginger


1/2 teaspoon dried ground ginger


1 lemon, freshly juiced, plus extra slices reserved for garnish


Pour all the ingredients into a pitcher or jug and stir or shake well until blended. Adjust water, acids, ginger or sweeteners, to taste. Serve over ice, with lemon slices or crystallized ginger as an optional garnish. Splash on a little sparkling water, if desired.


Source: http://www.npr.org/2013/10/16/234888648/tickled-pink-fresh-young-ginger-is-a-sweet-break-from-gnarled-roots?ft=1&f=
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Republican Collapse



By Charles Blow, New York Times - October 16, 2013





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Source: http://www.realclearpolitics.com/2013/10/16/republican_collapse_318026.html
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Wednesday, October 16, 2013

VMware campaign to kill off desktop PCs picks up steam



News has been trickling out steadily from VMware's Barcelona conference about its new acquisitions and network virtualization offerings. But it's the desktop that VMware is attacking -- sorry, "virtualizing" -- aggressively, giving enterprises fewer incentives than ever to replace existing desktop hardware. Which, in enterprises that are fast becoming populated with tablets and smartphones, might not be such a bad idea after all.


Some of the pieces for this assault have been in place for a while now, courtesy of VMware's Horizon View product. Back in March, the company introduced a new feature called HTML Access, which allowed people using any HTML5-compliant browser to access a Horizon View desktop: no plug-ins, nothing to download. The protocol VMware created for this -- named Blast -- now also supports streaming audio and works on Google Chromebooks. It still doesn't support attached USB devices, but that's a hurdle I doubt can be overcome without the use of a native client or, at the very least, plug-ins.


The 5.3 revision of VMware Horizon is said to bring a slew of user-experience improvements that are designed to make working on a virtualized desktop as close as possible to the real thing -- such as using VMware's vDGA technology for high-performance graphics, where GPUs on the vSphere host can be assigned to specific virtual desktops and perform direct pass-through to the host. (vDGA even supports CUDA and OpenGL.) Apparently, among the folks who gave VMware the most feedback about this were people doing CAD and other high-end graphics work on their systems, and they wanted as close to a native desktop experience as possible.


Most of the complaints about virtual desktops have revolved around end-user performance. Obviously, the best performance for vDGA comes when you use a platform-native VMware access client, but given the way HTML5 continues to advance by leaps and bounds, I wouldn't be surprised if in time the performance available through a browser comes close enough to the VMware client to make picking one over the other trivial. What will not happen any time soon -- barring some kind of major revolution in the way browsers can talk to their hosts -- is, again, support for the kind of advanced hardware connectivity only possible with a native client or browser add-ons.


Still, all this adds up to one fewer reason to pick a particular kind of machine to provide access to a virtual desktop, especially if the enterprise in question happens to have plenty of tablets lying around with better graphics power than its last fleet of (now-aging) desktops. Those machines almost certainly will have native clients available for them as well.


The other half of the assault on the desktop -- the admin side -- comes by way of VMware's Horizon Mirage 4.3, which makes the management process for virtual desktops a lot easier for the folks in IT. Mirage lets you split a system image into multiple layers: a base image that's standard throughout a company, for instance, with an app image layered over that for applications, and yet another layer for a user's initial preferences and apps. Removing the management headaches for virtual desktops makes one less reason to not use them. (It comes as no surprise that CEO Pat Gelsinger has said that VMware's next frontiers are automation and management.


Conventional wisdom has been there would always be a reason to have full-blown desktop systems: the form factor, the local processing power, the difficulty of providing all that across the wire from a back end. VMware is not likely to ever completely displace all that -- especially not in the minds of users who simply want a full desktop with none of the hitches of virtual delivery -- but it's making it that much more difficult for an organization to justify replacing or even purchasing PCs at all.


This story, "VMware campaign to kill off desktop PCs picks up steam," was originally published at InfoWorld.com. Get the first word on what the important tech news really means with the InfoWorld Tech Watch blog. For the latest developments in business technology news, follow InfoWorld.com on Twitter.


Source: http://www.infoworld.com/t/virtual-desktop/vmware-campaign-kill-desktop-pcs-picks-steam-228857?source=rss_infoworld_blogs
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