白藜芦醇通常被认为是红酒中有益健康的成分。6月19日《 Biology Letters 》杂志发表的一项研究显示，白藜芦醇对健康的益处可能并不像以前认为的那么理想。该研究通过分析来自19篇研究论文涵盖6个不同种属实验对象的数据，发现白藜芦醇延长寿命的作用并不确定。因此，当前将白藜芦醇作为延年益寿健康补品来销售的做法值得怀疑。 论文摘要 http://rsbl.royalsocietypublishing.org/content/early/2012/06/13/rsbl.2012.0316 The effect of resveratrol on longevity across species: a meta-analysis Abstract Resveratrol has shown evidence of decreasing cancer incidence, heart disease, metabolic syndrome and neural degeneration in animal studies. However, the effects on longevity are mixed. We aimed to quantify the current knowledge of life extension from resveratrol. We used meta-analytic techniques to assess the effect resveratrol has on survival, using data from 19 published papers, including six species: yeast, nematodes, mice, fruitflies, Mexican fruitflies and turquoise killifish. Overall, our results indicate that resveratrol acts as a life-extending agent. The effect is most potent in yeast and nematodes, with diminished reliability in most higher-order species. Turquoise killifish were especially sensitive to life-extending effects of resveratrol but showed much variation. Much of the considerable heterogeneity in our analysis was owing to unexplained variation between studies. In summary, we can report that few species conclusively show life extension in response to resveratrol. As such, we question the practice of the substance being marketed as a life-extending health supplement for humans.
今天是母亲节。有兴趣的读者，请按照下面的链接欣赏五首关于母亲和女儿的乡村歌曲。 http://music.cbc.ca/#/blogs/2012/5/Hey-ma-Mother-and-daughter-country-songs-for-Mothers-Day 可以点击画面里的YouTube，在YouTube里直接欣赏。 1. Shania Twain, “Coat of Many Colours” The song was written by Dolly Parton and tells the story about how Parton’s mother made her a coat out of rags. It was sewn with her mother’s love and Parton felt “rich as I could be” with it. The coat now hangs in Parton’s Chasing Rainbows museum. 2. The Wilkinsons, “26 Cents” Twenty-six cents doesn’t seem like a great goodbye gift from a mother. As the story unfolds, however, we learn “it’s a penny for your thoughts and a quarter for the call and all of your mama’s love.” Priceless. 3. Taylor Swift, “The Best Day” Speaking of gifts, Taylor Swift recorded this song without her mother’s knowledge. Later, home video was added. Her mother received the final package for Christmas. As a result, Swift’s mother spent Christmas day crying – way to go! 4. Carrie Underwood, “Mama’s Song” The reassurance a mother wants, when her daughter marries and starts a new life. Underwood’s mother stars alongside her daughter in this video. 5. Martina McBride, “In My Daughter’s Eyes” The lyrics say it best: “In my daughter's eyes, I can see the future, A reflection of who I am and what will be, And though she'll grow and someday leave, Maybe raise a family, When I'm gone I hope you see, How happy she made me, For I'll be there, in my daughter's eyes.” Happy Mother’s Day to all of the moms out there!
Americans are losing faith in the institutions that made this country great. In Nothing We Trust a title=" Feeling betrayed: Johnny Whitmire " href="http://cdn-media.nationaljournal.com/?controllerName=imageaction=getid=16925" rel="prettyPhoto" Ralf-Finn Hestoft Feeling betrayed: Johnny Whitmire Americans are losing faith in the institutions that made this country great. Share on facebook Share on twitter Share on email More Sharing Services By Ron Fournier and Sophie Quinton Updated: April 21, 2012 | 5:43 p.m. April 19, 2012 | 4:00 p.m. MUNCIE, Ind.—Johnny Whitmire shuts off his lawn mower and takes a long draw from a water bottle. He sloshes the liquid from cheek to cheek and squirts it between his work boots. He is sweating through his white T-shirt. His jeans are dirty. His middle-aged back hurts like hell. But the calf-high grass is cut, and the weeds are tamed at 1900 W. 10th St., a house that Whitmire and his family once called home. “I’ve decided to keep the place up,” he says, “because I hope to buy it back from the bank.” Whitmire tells a familiar story of how public and private institutions derailed an American’s dream: In 2000, he bought the $40,000 house with no money down and a $620 monthly mortgage. He made every payment. Then, in the fall of 2010, his partially disabled wife lost her state job. “Governor Daniels slashed the budget, and they looked for any excuse to squeeze people out,” Whitmire says. “We got lost in that shuffle—cut adrift.” The Whitmires couldn’t make their payments anymore. ( PICTURES: How Institutions Are Crumbling ) They applied for a trial loan-modification through an Obama administration program, and when it was granted, their monthly bill fell to $473.87. But, like nearly a million others, the modification was canceled. After charging the lower rate for three months, their mortgage lender reinstated the higher fee and billed the family $1,878.88 in back payments. Whitmire didn’t have that kind of cash and couldn’t get it, so he and his wife filed for bankruptcy. His attorney advised him to live in the house until the bank foreclosed, but “I don’t believe in a free lunch,” Whitmire says. He moved out, leaving the keys on the kitchen table. “I thought the bank should have them.” ( RELATED: Chat Wrap: Ron Fournier and Sophie Quinton on the Economy ) A year later, City Hall sent him salt for his wounds: a $300 citation for tall grass at 1900 W. 10th St. Telling the story, he swipes dried grass from his jeans and shakes his head. “The city dinged me for tall weeds at my bank’s house.” After another pull from the water bottle, Whitmire kicks a steel-toed boot into the ground he once owned. “You can’t trust anybody or anything anymore.” ( RELATED: Restoration Calls—Complete Coverage ) Whitmire is an angry man. He is among a group of voters most skeptical of President Obama: noncollege-educated white males. He feels betrayed—not just by Obama, who won his vote in 2008, but by the institutions that were supposed to protect him: his state, which laid off his wife; his government in Washington, which couldn’t rescue homeowners who had played by the rules; his bank, which failed to walk him through the correct paperwork or warn him about a potential mortgage hike; his city, which penalized him for somebody else’s error; and even his employer, a construction company he likes even though he got laid off. “I was middle class for 10 years, but it’s done,” Whitmire says. “I’ve lost my home. I live in a trailer now because of a mortgage company and an incompetent government.” ( RELATED: For Magazine Subscribers—Why We Trust Doctors ) Whitmire is a story of Muncie, and Muncie is the story of America. In this place—dubbed “Middletown” by early 20th-century sociologists—people have lost faith in their institutions. Government, politics, corporations, the media, organized religion, organized labor, banks, businesses, and other mainstays of a healthy society are failing. It’s not just that the institutions are corrupt or broken; those clichés oversimplify an existential problem: With few notable exceptions, the nation’s onetime social pillars are ill-equipped for the 21st century. Most critically, they are failing to adapt quickly enough for a population buffeted by wrenching economic, technological, and demographic change. Knock around Muncie for proof: City Hall, like Washington, is petty and polarized, driving down voter engagement. Stodgy mainline churches are losing worshipers in droves. Low-tech and unruly public schools are prompting parents to pull their children out. The city’s once-beloved business class shuttered its factories, leaving a legacy of double-digit unemployment and helplessness. Labor unions once credited with creating the middle class are now often blamed for the demise of industry. Even The Star Press, Muncie’s daily newspaper once venerated for holding locals to account, was gutted after a job-killing merger in 1996 and the sale, a few years later, to media giant Gannett. ( RELATED: Why Muncie Is Middletown and More ) Muncie is a microcosm of a nation whose motto could be, “In Nothing We Trust.” Seven in 10 Americans believe that the country is on the wrong track; eight in 10 are dissatisfied with the way the nation is being governed. Only 23 percent have confidence in banks, and just 19 percent have confidence in big business. Less than half the population expresses “a great deal” of confidence in the public-school system or organized religion. “We have lost our gods,” says Laura Hansen, an assistant professor of sociology at Western New England University in Springfield, Mass. “We lost in the media: Remember Walter Cronkite? We lost it in our culture: You can’t point to a movie star who might inspire us, because we know too much about them. We lost it in politics, because we know too much about politicians’ lives. We’ve lost it—that basic sense of trust and confidence—in everything .” We’ve been through this before, and Muncie is again instructive. Nearly nine decades ago, sociologists Robert and Helen Lynd moved here to document the transition away from an agrarian economy. Americans were battered by unbridled commercialism, stymied by an incompetent government beholden to special interests, and flustered by new technologies and new media. The Lynds found a loss of faith in social institutions. But, somehow, institutions adapted or gave way to vibrant new ones. The Catholic Church took on poverty, illness, and illiteracy. The Progressive movement, embodied by Theodore Roosevelt, grappled with the social costs of modernization and equipped the government to offset them. Labor unions reined in the corporate excesses of the new economy. Fraternal organizations, a new concept, gave people a sense of community that was lost when knitting circles and barn-raisings died out. Perhaps the problem is merely cyclical. “To a degree unlike any time since the Lynds’ time, we’ve lost trust in one another and the institutions that are supposed to hold us together,” says James Connolly, director of the Center for Middletown Studies at Ball State University here. Yet unlike that earlier era, vibrant new institutions are not generally springing up to replace the old ones. And even when they do, they don’t always restore Americans’ faith in institutions and each other. Schools are worsening (especially relative to competitors abroad); politicians are limited to small-bore, partisan measures; and corporations’ power over people like Johnny Whitmire is rising. What if, this time, institutions don’t recover—and our faith dies with them? Yes, frustrated citizens have tried to fill the vacuum. Like-minded “followers” and “friends” feed us news online; people sometimes barter on eBay rather than bow to big corporations; and parents increasingly homeschool their children rather than expose them to failing public schools and unsafe streets. But this is coping, not institutional adaptation. And sociologists say we need the control that institutions provide: It’s how things get done. When people trust their institutions, they’re better able to solve common problems. Research shows that school principals are much more likely to turn around struggling schools in places where people have a history of working together and getting involved in their children’s education. Communities bonded by friendships formed at church are more likely to vote, volunteer, and perform everyday good deeds like helping someone find a job. And governments find it easier to persuade the public to make sacrifices for the common good when people trust that their political leaders have the community’s best interests at heart. “Institutions—even dysfunctional ones—are why we don’t run amok in the woods,” Hansen says. Still, no metrics exist to measure life without institutions, because they’ve been around as long as humankind. The first institution was the first family. The tribe was the first community. The first tribe’s leader was the first politician, and its elders were the first legislature. Its guards, the first police force. Its storyteller, a teacher. Humans are coded to create communities, and communities beget institutions. What if, in the future, they don’t? People could disconnect, refocus inward, and turn away from their social contract. Already, many are losing trust. If society can’t promise benefits for joining it, its members may no longer feel bound to follow its rules. But is the rise of disillusionment inexorable? Can institutions regain their mojo? History offers hope, but Whitmire’s story, and the story of Muncie, say no. GUTENBERG TO GOOGLE Beneath a 110-foot Gothic tower, 180 worshippers at High Street Methodist Church scatter across pews that could hold twice that many. A balcony capable of seating hundreds more rings three sides of the church. It is empty. Nattily dressed worshippers crane their necks to watch robed choir members, a cross bearer, and two ministers walk down the main sanctuary aisle. A booming pipe organ marks each step. After an opening prayer, a dozen white-gloved handbell ringers perform “Beneath the Cross of Jesus,” composed by an Englishman in 1881. Ten or so children are among the worshippers, a couple of them small enough to fit on a parent’s lap, but the vast majority of congregants are middle-aged or older. Pastor N. Dale Mendenhall uses his prayer to ask the Lord to help guide “the best in people of all ages” in the community. “We live in a city struggling to regain its future direction,” he tells them. Away from his pulpit, Mendenhall confesses that his own downtown church is struggling to regain its direction. The 176-year-old institution is emblematic of a trend in Muncie and America: Mainline churches are losing relevancy and worshippers because they have failed to adapt to the changing needs of their communities. From 1981 to 2011, High Street’s membership dropped 52 percent to 700. The average Sunday attendance declined 27 percent to 379. That decline reflects the experience of older religious institutions around the country. Those who have left the Catholic Church, for instance, now outnumber those who have joined it 4-to-1, according to the Pew Forum on Religion and Public Life’s 2008 survey. The large Protestant denominations have lost more than a million members in the past decade or so. The most telling statistic may be the number of Americans who declare themselves “unaffiliated” with any church tradition; it has been rising since the 1960s, and it topped 16 percent in 2010, according to Gallup. The goings-on at Union Chapel Ministries, just a few miles away, help explain why traditionalists are languishing. Sitting on a 40-acre plot, Union Chapel is part of a fast-growing multibillion-dollar religious industry in America that is adapting one of the world’s oldest institutions to fit modern times—by giving congregants a sense of connection many had ceased to feel elsewhere. These so-called mega-churches are led by charismatic pastors with the skill set of corporate marketers; they sell not just the word of God but also the utility of God’s teaching in an era of atomization and economic change. What would Jesus do about long-term unemployment, school bullying, and Facebook? These churches help worshippers figure it out. Union Chapel’s pastor, Gregg Parris, speaks in phrases you’d expect from an M.B.A. (“I’m in the word business”) or a sociologist (“We’re going from a Gutenberg world to a Google world”). He keeps his sermons simple because “you can’t assume everybody knows the Lord’s Prayer,” and he strives to make the liturgy relevant to life’s challenges. His church offers counseling for depression, anxiety, eating disorders, marriage problems, alcoholism, and sexual abuse. Union Chapel heavily promotes its social clubs to buoy connection-starved people. The services are casual, hip, and focused on middle-class Muncians who feel abandoned amid economic change. “My job,” Parris says in an interview at his office, “is to fill in the gaps where our institutions have failed us.” After the service, people of all ages gather in the coffee shop and concession area outside the gymnasium, chatting, reading the newspaper, and browsing the bookstores. To be clear: That’s the church coffee shop, the church concession area, the church gymnasium, and the church bookstores. Many in the congregation wear T-shirts and sneakers; no man wears a suit. “They seemed to just take care of their own,” says Nancy Hopper, who joined Union Chapel in 1993, when she grew unhappy with the rural church she had worshipped at. “I like reaching out to the community.” If Parris’s church is fresh, new, and relevant, John Hunt, the head usher back at High Street, knows how his church is perceived. “Some people think it’s cold and unfriendly,” he says. Mendenhall, too, knows he’s failing to reach people, as are other traditional churches struggling to keep pace with the times. As the 60-year-old Methodist pastor puts it, “Churches are still stuck in the mentality that we just have to fling our doors open, and people will come. That’s not the case anymore. Just look around.” Traditional churches often cater to people who no longer exist—men and women guaranteed long marriages, many children, and a single job that lasts a lifetime. Today, as people search for moral grounding in an uncertain world, what is more relevant to them, Mendenhall must wonder: choirs or rock bands? Church-basement socials or Starbucks? Bake sales or yoga classes? Missions that serve the poor overseas or those that help the church’s own destitute neighbors? It’s not that Mendenhall isn’t trying to adapt. He very much wants to draw the same people that Union Chapel serves—or even just to recover some of his own flock. High Street Methodist’s poverty campaign is now focused more on Muncie’s poor than on the needy overseas. It has a nontraditional service with somewhat modern music. Mendenhall has reached out to a downtown-based vocational-education college in hopes of attracting students. Back in his office, he is intrigued to hear about Parris’s coffee shop and wonders if something similar might make his church a gathering spot. But he’s not sure his white-haired church board would go for it. “The way we’ve always done it,” he says with a sigh, “is not going to do it.” “THE LIGHT GOT DIMMER” Maranda Whitehead remembers fondly her son Jordan’s first days at the neighborhood public school. He was “excited, happy, thrilled to go to kindergarten,” she says. It was downhill from there. Teachers could barely keep track of the students in their crowded classrooms; they had no money to keep up with modern trends in technology or education; and after the early grades, they taught a rote style focused on the state’s compulsory tests. “Every year,” Whitehead says of Jordan, “the light got dimmer and dimmer, and finally he hated school.” His joy of learning didn’t return until she enrolled him in the sixth grade at Hoosier Academy, one of many charter schools that have sprung up across Indiana to provide an alternative. It’s a national trend: Parents are fed up with traditional public schools because they are failing to adapt—or failing outright. The number of charter-school students nationwide has nearly quadrupled over the past decade to more than 1.6 million in the 2009-10 school year. In 2007, the most recent data available, the number of homeschooled students was about 1.5 million, a 76 percent increase since 1999. Many new charter schools cost the state less money than traditional schools and craft school-specific curricula, free from rigid state and district requirements. And although they spring from Indiana’s attempt to create competition for (and, thus, higher quality in) public schools, they also represent a demand-side phenomenon: Parents would not seek alternatives to a healthy public-school system. Indiana surrendered to the demand in 2001, when its Legislature sanctioned charters. A few years later, it went further and allowed state funding to follow the student. Muncie’s two high schools began hemorrhaging pupils, and the pace is picking up: They have lost more than 17 percent of their enrollment since the 2007-08 school year. At Hoosier, four days a week, the queue of small sedans, SUVs, and trucks waiting to drop off students forms a wide circle around the parking lot. The academy leases space in the unused wing of a Catholic school on the city’s south side. Under its “blended” model, children go to their classrooms two days a week for face-to-face instruction. Three days a week, they work at home with a parent or other adult while connected electronically to the high-tech school. Teachers and coaches meet at least once a month to review each child’s progress. “Everybody is on the same page all the time,” Whitehead says. Coordination with parents is a given. “It took me a whole school year to see he wasn’t keeping up” in public school, says Jamie Leffel of her second-grader. Frustrated, she too moved him to Hoosier. What he got there highlights where the public schools have gone wrong. Hoosier students receive a passport to the digital age: Everyone who qualifies for a free or reduced-price lunch is eligible for a free desktop computer and printer, as well as an Internet stipend. Pupils still need to take government-mandated standardized tests, but the academy’s computer-driven metrics allow teachers and parents to track how well the kids are doing in real time. (They record the grade for every assignment, confirm that work is completed on time, and inform teachers that students need special attention when they can’t exceed 80 percent performance after the first few attempts.) It’s a high-tech education for a high-tech world. Parents get a constant stream of e-mails and, therefore, feel more invested. With Hoosier’s approach, “the partnership with the parent and teacher becomes crucial,” says Melissa DeWitt, the academic director of Hoosier Academies, the parent company based in Indianapolis. Surprisingly, you won’t get an argument from Muncie Community School Superintendent Tim Heller. “If we were doing our job,” he says, “why would parents want to go to charter schools?” Heller worked in Indiana schools, including Muncie, for 32 years before leaving to run a wealthy public-school district in Kentucky. He returned last year to find Muncie’s system a shell of its former self. Years of declining enrollment has strained budgets, Heller said, and violence in the high schools worries administrators and parents. Add a high-profile scandal (a high school principal failed to report a rape allegation) and it’s not surprising that parents are voting with their feet. In the Bluegrass State, Heller put laptops in the hands of every one of his high school students. But in Muncie, he has been ordered to slash some $4 million (about 8 percent) from the budget. Plans to install wireless Internet are just plans, for now. Teachers can’t offer the kind of real-time metrics that their competitors at Hoosier can. Heller is challenging his staff to recognize why parents are yanking their kids. He is also cracking down on unruly students and raising academic standards. He plans to convene a meeting of parents who homeschool their children or send them elsewhere. “I want to ask them, ‘What don’t we do that you need us to do?’ ” But he hasn’t reversed any trends yet. And further budget cuts—not an unreasonable expectation as Washington passes debt off to states and municipalities—could reinforce the vicious cycle. “LET HIM SPEAK!” The first City Council meeting in 2008 is the stuff of legend. Republican Sharon McShurley had just become Muncie’s first female mayor. (Her margin of victory: 13 votes.) Coming into the session, it was all-out partisan war. Democrats were contesting the election in court. Republicans accused Democratic council member Monte Murphy of voter fraud after rounding up a half dozen witnesses who said that Murphy pressured them to vote Democratic on the absentee ballots he collected. The Democratic-controlled council had vowed to gridlock city government if that’s what it took to consign McShurley to a single term. The hearing opens and in walks Cary Malchow, a clothing-shop owner bearing political ambitions and what might as well be a lit fuse. He demands that the City Council investigate one of its own. “This city has a member on its council, Monte Murphy, who has been publicly accused of the ultimate misconduct,” Malchow begins. Bang! Bang! Bang! President Sam Marshall pounds his gavel to protect his fellow Democrat. “Sir, we will not have any …” But Murphy doesn’t need Marshall’s help. He makes his own defense. Publicly accused? “By who?” More interruptions. “No, wait a minute. He brung up my name. By who ?” Malchow calmly replies that he read about the accusations in the newspaper. Returning to his prepared remarks, the businessman cites a city code allowing for corruption inquiries, before he is cut off again. “Hey!” Marshall shouts. “We’re going to stop this meeting if this continues …” Malchow is undeterred. If Murphy consents to an investigation, then he can “prove his innocence,” Malchow says. “By saying no, you’re leaving no doubt in everybody’s mind of a cover-up and that the gentleman is surely guilty.” At this pronouncement, all hell breaks loose in City Hall. “That’s enough! Marshall shouts, banging the gavel. “That’s enough! That’s enough, sir! You’ve had enough time.” “No, I haven’t,” Malchow avows. Marshall rolls up his sleeves in a cartoonish gesture. He looks ready to fight. “You’ve had your three minutes, sir.” “No, I haven’t,” Malchow says. “We have set standards …” “Sir!” Marshall yells. “… for students …” “Sir!” “… athletes …” “Sir!” “… and coaches and teachers …” “Get this guy out,” Marshall growls. McShurley’s crowd of supporters jump to their feet and chant, “Let him speak! Let him speak!” Marshall gets up and declares, “This meeting is over.” He grabs his glasses from the council table and walks away. People are wagging fingers and shouting. Within hours, the video is on YouTube. Four years later, Democratic and Republican voters remember it with pinched faces and rolled eyes. “And we wonder why people don’t vote in this city?” asks Virginia Nilles, Muncie’s head librarian, the force behind a civic group formed to fill the leadership vacuum at City Hall. And why should voters trust City Hall? The rookie mayor’s arrogance and Democratic intransigence ensured that McShurley’s term was a disaster. Murphy was convicted of felonious possession of absentee ballots and stripped of his council spot (the charge was later reduced to a misdemeanor). McShurley got revenge against Marshall by laying him off from his city job (he had been a supervisor at the city’s street department while serving as council president). Over lunch in a downtown restaurant, McShurley looks back on four years of voter discontent and says, “We have ourselves to blame.” In 2008, she had confessed that her election was the result of a less-than-honest campaign: While promising to bring new jobs to the city, she didn’t tell voters that they would have to settle for far less pay and benefits in postindustrial Muncie. “They want $30-an-hour factory jobs, $15-an-hour benefits packages. No continuing education,” a dismissive McShurley told a reporter a few months into her term. “They want it just like their grandparents had it, just like some of their parents had it.” Four years later, McShurley has little regret. “Why wasn’t I more honest with voters?” she asks. It’s a rhetorical question: “They didn’t want to hear it.” Voters may have lost faith in their leaders, but the leaders, too, have lost faith in the people. McShurley didn’t trust voters to accept the truth in 2007, so she danced around it. It’s no wonder that just 19 percent of the voting-eligible public cast ballots in last year’s mayoral race. And it’s a national problem: After a 50-year decline, just 14 percent of respondents in a 2011 Gallup Poll said that the federal government could be trusted “a great deal.” It’s a vicious cycle. Voters don’t like hard truths; so politicians spin us; so we don’t trust politicians; so politicians pander and lie to us. In this, too, Muncie’s story is the story of America. FIGHTING CITY HALL “I’m here to appeal my weed citation.” Johnny Whitmire’s issue is the third item on the agenda for the Muncie Board of Public Works and Safety. For this official occasion, he wears a clean jean jacket. Despite everything he has been through, he’ll take a chance that government can help. The board meets every Wednesday at 10 a.m. in the City Hall auditorium. A dozen people, mostly city employees, file in as board attorney John Quirk calls the meeting to order. The agenda fills one double-spaced page and hints at nothing special: Old business … Comptroller’s reporter … ATT bill … Weed Appeal. Sitting behind an elevated polished-wood dais, Quirk and two other board members look down on Whitmire when his turn comes. Quirk tells Whitmire that the house at 1900 W. 10th is still in Whitmore’s name. “It’s a fairly common practice,” he says. “Citi doesn’t want any liability should anybody get hurt on the property.” “So I’m liable for a house I don’t live in or own?” Whitmire sputters. Yes, Quirk says. “I move that we put a $300 lien on the property and waive your fine, Mr. Whitmire.” “What exactly does that mean?” Whitmire asks. Quirk explains that the board’s action would require whoever buys the house to pay the weed fee. “What if I buy it back?” Whitmire wants to know. Despite everything, he still has hopes. “In that case,” Quirk answers, “keep track of the times you cut the lawn, and we’ll add to our motion a waiver of the lien should you buy the house back from Citi. That sound fair to you?” “Sounds like a deal to me,” Whitmire agrees. The board votes unanimously for the motion. Whitmire wanders out of the auditorium. “Oh, my God,” Whitmire says, his eyes wide with a smile. “Something just worked at City Hall.” Desperate enough to try, Whitmire showed up to fight City Hall at a public meeting attended by few other members of the public. Somehow, after his travails, he thought government would work. Even more miraculously, it did. A low-level city board gave a guy a break. Its members showed that institutions can respond to change and help people after all. But it’s a small victory for Whitmire. He and his wife are still unemployed. He is no longer eligible for the federal mortgage-relief program. He is bankrupt. His credit is destroyed. And he’s living in a trailer, with no expectation of rejoining the middle class. He has been buffeted, again and again, by forces that never had his interests at heart. As he strolls out of City Hall and makes plans to cut the grass at 1900 W. 10th St., this man from Middletown still has little reason to believe in the system that took so much from him. __________________ This story is part of a yearlong series that examines America’s crumbling foundations and how to rebuild them. Find more on the Web at nationaljournal.com/restoration-calls . Correction: Whitehead says she had a good relationship with public school teachers, contrary to a clause in an early version. It was Leffel who complained about parent-teacher communication. Want to stay ahead of the curve? Sign up for National Journal’s AM PM Must Reads . News and analysis to ensure you don’t miss a thing. http://www.nationaljournal.com/features/restoration-calls/in-nothing-we-trust-20120419
This 1+1 year project is about fabrication and surface modification of nanostructuresusing atomic layer deposition for the application of supercapacitor electrodes. The position should start from April 2012 or slightly later. S$4000 – 5000 depending on experience and qualification Requirements The candidate should have good knowledge in electrochemical energy storage and nanomaterials. Experience in atomic layer deposition (ALD) is a great plus. He/she should have a high-level qualityin both teamwork and independence. A sociable character is essential in order to conduct collaborative research with other colleagues.
SCI或SCIE收录的本学科刊物清单请登陆 http://www.isinet.com/cgi-bin/jrnlst/jloptions.cgi?PC=K 和 http://www.isinet.com/cgi-bin/jrnlst/jloptions.cgi?PC=D 下面列一些CS的顶级会议和期刊 有些是网上查到的，有些是某些人用SCI的IF排序做出来的： Computer Vision Conf.: Best: ICCV, Inter. Conf. on Computer Vision CVPR, Inter. Conf. on Computer Vision and Pattern Recognition Good: ECCV, Euro. Conf. on Comp. Vision ICIP, Inter. Conf. on Image Processing ICPR, Inter. Conf. on Pattern Recognition ACCV, Asia Conf. on Comp. Vision Computer Vision Jour.: Best: PAMI, IEEE Trans. on Patt. Analysis and Machine Intelligence IJCV, Inter. Jour. on Comp. Vision Good: CVIU, Computer Vision and Image Understanding PR, Pattern Reco. Network Conf.: ACM/SigCOMM ACM Special Interest Group of Communication ACM/SigMetric Info Com Globe Com Network Jour.: ToN (ACM/IEEE Transaction on Network) A.I.Conf.: AAAI: American Association for Artificial Intelligence ACM/SigIR IJCAI: International Joint Conference on Artificial Intelligence NIPS: Neural Information Processing Systems ICML: International Conference on Machine Learning A.I.Jour.: Machine Learning NEURAL COMPUTATION ARTIFICIAL INTELLIGENCE PAMI IEEE TRANSACTIONS ON FUZZY SYSTEMS IEEE TRANSACTIONS ON NEURAL NETWORKS AI MAGAZINE NEURAL NETWORKS PATTERN RECOGNITION IMAGE AND VISION COMPUTING IEEE TRANSACTIONS ON KNOWLEDGE AND DATA ENGINEERING APPLIED INTELLIGENCE OS,System Conf.: SOSP: The ACM Symposium on Operating Systems Principles OSDI: USENIX Symposium on Operating Systems Design and Implementation Database Conf.: ACM SIGMOD VLDB:International Conference on Very Large Data Bases ICDE:International Conference on Data Engineering Security Conf.: IEEE Security and Privacy CCS: ACM Computer and Communications Security NDSS (Network and Distributed Systems Security) Web Conf.: WWW(International World Wide Web Conference) Theory Conf.: STOC FOCS EDA Conf.: Best: DAC: IEEE/ACM Design Automation Conference ICCAD: IEEE International Conference on Computer Aided Design Good: ISCAS: IEEE International Symposium on Circuits And Systems ISPD: IEEE International Symposium on Physical Design ICCD: IEEE International Conference on Computer Design ASP-DAC: European Design Automation Conference E-DAC: Asia and South Pacific Design Automation Conference Graphics Conf.: Best: Siggraph: ACM SigGraph Good: Euro Graph Jour.: IEEE(ACM) Trans. on Graphics IEEE Trans. on Visualization and Computer Graphics CAD Jour.: CAD CAGD Softe Engineering: conf.: ICSE The International Conference on Software Engineering FSE The Foundations of Software Engineering Conferences ICASE IEEE International Conference on Automated Software Engineering COMPSAC International Computer Software and Applications Conferences ESEC The European Software Engineering Conferences Jour.: SEN ACM SIGSOFT Software Engineering Notes TSE IEEE Transactions on Software Engineering ASE Automated Software Engineering SPE Software-Practice and Experience EI收录的中国期刊： 来自http://www.ei.org.cn/twice/coverage.jsp ISSN 期 刊 名 相关链接 0567-7718 Acta Mechanica Sinica 1006-7191 Acta Metallurgica Sinica (English Letters) 0253-4827 Applied Mathematics and Mechanics (English Edition) 0890-5487 China Ocean Engineering 1004-5341 China Welding 1004-9541 Chinese Journal of Chemical Engineering 1022-4653 Chinese Journal of Electronics 1000-9345 Chinese Journal of Mechanical Engineering (English Edition) 学报网站 1671-7694 Chinese Optics Letters 学报网站 1673-7350 Frontiers of Computer Science in China 期刊网址 1006-6748 High Technology Letters 1674-4799 International Journal of Minerals, Metallurgy and Materials 1004-0579 Journal of Beijing Institute of Technology (English Edition) 学报编辑部 1005-9784 Journal of Central South University of Technology 学报网站 1672-5220 Journal of Donghua University (English Edition) 1005-9113 Journal of Harbin Institute of Technology (New Series) 1001-6058 Journal of Hydrodynamics 1005-0302 Journal of Materials Science and Technology 1002-0721 Journal of Rare Earths 1674-4926 Journal of Semiconductors 学报编辑部 1007-1172 Journal of Shanghai Jiaotong University (Science) 1003-7985 Journal of Southeast University (English Edition) 1004-4132 Journal of Systems Engineering and Electronics 1009-6124 Journal of Systems Science and Complexity 1003-2169 Journal of Thermal Science 1000-2413 Journal of Wuhan University of Technology -Materials Science Edition 1673-565X Journal of Zhejiang University SCIENCE A 1674-5264 Mining Science and Technology 1001-0521 Rare Metals 1006-9291 Science in China, Series B: Chemistry 1672-1799 Science in China, Series G: Physics, Astronomy 1005-8885 The Journal of China Universities of Posts and Telecommunications 1005-1120 Transactions of Nanjing University of Aeronautics and Astronautics 1003-6326 Transactions of Nonferrous Metals Society of China 1006-4982 Transactions of Tianjin University 1007-0214 Tsinghua Science and Technology Editor Information 1001-1455 爆炸与冲击 0254-0037 北京工业大学学报 1001-5965 北京航空航天大学学报 学报编辑部 1001-053X 北京科技大学学报 学报编辑部 1001-0645 北京理工大学学报 学报编辑部 1007-5321 北京邮电大学学报 学报编辑部 1000-1093 兵工学报 1001-4381 材料工程 1005-0299 材料科学与工艺 1009-6264 材料热处理学报 学报网站 1005-3093 材料研究学报 1001-1595 测绘学报 学报编辑部 1007-7294 船舶力学 1000-8608 大连理工大学学报 1004-499X 弹道学报 1000-2383 地球科学 学报网站 1005-0388 电波科学学报 1000-6753 电工技术学报 1007-449X 电机与控制学报 1000-1026 电力系统自动化 学报网站 1006-6047 电力自动化设备 1001-0548 电子科技大学学报 0372-2112 电子学报 1009-5896 电子与信息学报 1005-3026 东北大学学报 (自然科学版) 1001-0505 东南大学学报 (自然科学版) 1000-3851 复合材料学报 1003-6520 高电压技术 1000-7555 高分子材料科学与工程 1002-0470 高技术通讯 1003-9015 高校化学工程学报 1000-5773 高压物理学报 1000-4750 工程力学 0253-231X 工程热物理学报 1001-9731 功能材料 学报网站 1006-2793 固体火箭技术 0254-7805 固体力学学报 1005-0086 光电子.激光 1000-0593 光谱学与光谱分析 1004-924X 光学精密工程 学报网站 0253-2239 光学学报 学报网站 0454-5648 硅酸盐学报 1001-2486 国防科技大学学报 1006-7043 哈尔滨工程大学学报 学报网站 0367-6234 哈尔滨工业大学学报 0253-360X 焊接学报 1005-5053 航空材料学报 1000-8055 航空动力学报 编辑部网站 1000-6893 航空学报 学报网站 0258-0926 核动力工程 1001-9014 红外与毫米波学报 1000-2472 湖南大学学报 (自然科学版) 1000-565X 华南理工大学学报(自然科学版) 编辑部网站 1671-4512 华中科技大学学报(自然科学版) 0438-1157 化工学报 1002-0446 机器人 学报网站 0577-6686 机械工程学报 学报网站 1671-5497 吉林大学学报(工学版) 学报编辑部 1003-9775 计算机辅助设计与图形学学报 1006-5911 计算机集成制造系统 编辑部网站 0254-4164 计算机学报 1000-1239 计算机研究与发展 学报网站 1007-4708 计算力学学报 1001-246X 计算物理 1007-9629 建筑材料学报 1000-6869 建筑结构学报 1671-7775 江苏大学学报（自然科学版） 1009-3443 解放军理工大学学报（自然科学版） 0412-1961 金属学报 0258-1825 空气动力学学报 1000-8152 控制理论与应用 学报网站 1001-0920 控制与决策 0459-1879 力学学报 学报网站 0253-9993 煤炭学报 学报网站 1003-6059 模式识别与人工智能 1004-0595 摩擦学学报 1672-6030 纳米技术与精密工程 1005-2615 南京航空航天大学学报 1005-9830 南京理工大学学报 (自然科学版) 1000-0925 内燃机工程 1000-0909 内燃机学报 1002-6819 农业工程学报 学报编辑部 1000-1298 农业机械学报 学报编辑部 1001-4322 强激光与粒子束 学报编辑部 1000-0054 清华大学学报 (自然科学版) 0253-2409 燃料化学学报 1006-8740 燃烧科学与技术 1000-985X 人工晶体学报 无机材料期刊网 1000-9825 软件学报 学报编辑部 1006-2467 上海交通大学学报 1000-2618 深圳大学学报（理工版） 0371-0025 声学学报 1000-7210 石油地球物理勘探 1000-0747 石油勘探与开发 0253-2697 石油学报 1001-8719 石油学报:石油加工 学报网站 1672-9897 实验流体力学 学报网站 1001-6791 水科学进展 0559-9350 水利学报 学报编辑部 1003-1243 水力发电学报 1009-3087 四川大学学报(工程科学版) 学报编辑部 0254-0096 太阳能学报 学报编辑部 0493-2137 天津大学学报 学报编辑部 1001-8360 铁道学报 1000-436X 通信学报 0253-374X 同济大学学报 (自然科学版) 1000-131X 土木工程学报 学报网站 1674-4764 土木建筑与环境工程 学报编辑部 1001-4055 推进技术 1000-324X 无机材料学报 1671-8860 武汉大学学报(信息科学版) 1001-2400 西安电子科技大学学报 学报网站 0253-987X 西安交通大学学报 1000-2758 西北工业大学学报 0258-2724 西南交通大学学报 学报网站 1002-185X 稀有金属材料与工程 1000-6788 系统工程理论与实践 1001-506X 系统工程与电子技术 1007-8827 新型炭材料 1000-6915 岩石力学与工程学报 学报网站 1000-4548 岩土工程学报 1000-7598 岩土力学 期刊编辑部 0254-3087 仪器仪表学报 1005-0930 应用基础与工程科学学报 学报网站 1000-6931 原子能科学技术 1008-973X 浙江大学学报 (工学版) 1672-7126 真空科学与技术学报 1004-6801 振动测试与诊断 1004-4523 振动工程学报 1000-3835 振动与冲击 学报网站 0258-8013 中国电机工程学报 1001-7372 中国公路学报 0258-7025 中国激光 学报网站 1000-1964 中国矿业大学学报 1673-5005 中国石油大学学报 (自然科学版) 1001-4632 中国铁道科学 1004-0609 中国有色金属学报 学报网站 1672-7207 中南大学学报（自然科学版） 学报网站 0254-4156 自动化学报 学报网站 中科院计算所推荐国际会议 序号 会议名称 会议介绍 代表领域 1 ACM SIGCOMM: ACM Conf on Communication Architectures, Protocols Apps ACM的旗舰会议之一，也是网络领域顶级学术会议，内容侧重于有线网络，每年举办一次，录用率约为10%左 右。 网络通信领域 2 IEEE INFOCOM: The Conference on Computer Communications IEEE计算机和通信分会联合年会，由IEEE计算机通信技术委员会和IEEE通信协会联合举办，是信息通信领域规模最大的顶尖国际学术会议，录 用率约为16%左右。这个每年一度的会议的主要议题是计算机通信，重点是流量管理和协议。 网络通信领域 3 IEEE International conference on communications IEEE国际通信大会，是IEEE通信学会的两大旗舰会议之一。每年举办一次，录用率约为30%左右。 /p 网络通信领域 4 IEEE Globecom: Global Telecommunications Conference IEEE全球电信会议，IEEE通信学会的两大旗舰会议之一。覆盖包括语音、数据、图像和多媒体通信等热点问题的技术和其它活动。 GLOBECOM每年一次，一般都在十一月举行，录用率约为30%-40%。 网络通信领域 5 IEEE ITC: International Test Conference 创始于1970年，是测试领域顶级学术会议，对工业界影响巨大。每年举办一次，近年参会人员规模达到数千 人。 网络通信领域 6 IEEE The International Conference on Dependable Systems and Networks IEEE可靠系统和网络会议，是IEEE容错计算技术委员会主办的最重要的国际会议，也是可靠系统和网络领域历史最悠久，地位非常高的学术会 议。 网络通信领域 7 ACM MobiCom: International Conference on Mobile Computing and Networking 无线网络领域顶级会议，录用率约为10%，每年举行一次。 无线网络领域 8 ACM SIGMETRICS: Conference on Measurement and Modeling of Computer Systems 偏重于建模和测量的重要国际会议，内容覆盖系统和网络，录用率为10%左右。 网络通信领域 9 MOBIHOC: ACM International Symposium on Mobile Ad Hoc Networking and Computing 无线网络领域新兴的重要国际会议，内容侧重于adhoc网络。 无线网络领域 10 IEEE International Conference on Distributed Computing Systems 由IEEE主办，开始于1979年，从84年起每年举办一次。这是分布式计算系统领域中历史最悠久的会议。录用率约为18%左 右。 分布式计算系统领域 11 IMC: Internet Measurement Conference 网络测量领域顶级的专业会议 网络测量 12 ICCV: IEEE International Conference on Computer Vision 领域顶级国际会议，录取率20%左右，2年一次，中国大陆每年论文数不超过10篇 计算机视觉，模式识别，多媒体计算 13 CVPR: IEEE Conf on Comp Vision and Pattern Recognition 领域顶级国际会议，录取率25%左右，每年一次，中国大陆每年论文数不超过20篇 模式识别，计算机视觉，多媒体计算 14 ECCV: European Conference on Computer Vision 领域顶级国际会议，录取率25%左右，2年一次，中国大陆每年论文数不超过20篇 模式识别，计算机视觉，多媒体计算 15 DCC: Data Compression Conference 领域顶级国际会议，录取率很低，每年一次，目前完全国内论文极少 数据压缩 16 ICML: International Conference on Machine Learning 领域顶级国际会议，录取率25%左右，2年一次，目前完全国内论文很少 机器学习，模式识别 17 NIPS: Neural Information Processing Systems 领域顶级国际会议，录取率20%左右，每年一次，目前完全国内论文极少（不超过5篇） 神经计算，机器学习 18 ACM MM: ACM Multimedia Conference 领域顶级国际会议，全文的录取率极低，但Poster比较容易 多媒体技术，数据压缩 19 IEEE ICIP: International conference on Image Processing 图像处理领域最具影响力国际会议，一年一次 图像处理 20 IEEE ICME: International Conference on Multimedia and Expo 多媒体领域重要国际会议，一年一次 多媒体技术 21 IEEE VR:IEEE Virtual Reality IEEE虚拟现实会议，每年一次 虚拟现实领域 22 ACM VRST:ACM Virtual Reality Software and Technology 虚拟现实软件与技术ACM年会，一年一次 虚拟现实领域 23 CGI:Computer Graphics International 国际图形学会议，一年一次 图形学领域 24 ACL: The Association for Computational Linguistics 国际计算语言学会年会，是本领域最权威的国际学术会议之一，每年举办一次 计算语言学，自然语言处理 25 COLING: International Conference on Computational Linguistics 计算语言学会议，也是本领域最权威的国际学术会议之一，两年一次 计算语言学，自然语言处理 26 IEEE ICASSP: International Conference on Acoustics, Speech and Signal Processing 是语音和声学信号处理领域最权威的国际学术会议之一，也是图像、视频信号处理领域的权威会议之一，每年举办一 次 信号处理 27 IJCNLP: International Joint Conference on Natural Language Processing 自然语言处理亚洲联盟主办的国际会议，是自然语言处理领域亚洲区域最有影响的学术会议，基本是每年举办一 次 自然语言处理 28 IEEE/ACM Design Automation Conference 顶级会议，在美国召开 IC设计领域 29 IEEE VLSI Test Symposium 一级会议，在美国召开 测试领域 30 IEEE/ACM Design, Automation and Test in Europe 一级会议，在欧洲召开 设计和测试领域 31 IEEE Asian Test Symposium 一级会议，在亚洲召开 测试领域 32 Ubicomp: International Conference on Ubiquitous Computing 国际普适计算年会，本领域最权威的学术会议之一，每年一次 普适计算 33 PerCom: IEEE International Conference on Pervasive Computing and Communications 本领域最权威的学术会议之一，每年一次 普适计算 34 EUC: The IFIP International Conference on Embedded And Ubiquitous Computing 普适计算与嵌入式系统峰会，一年一次，不仅仅是学术讨论，也有工业界和政府代表参加 普适计算与嵌入式系统 35 ICPS: IEEE International Conference on Pervasive Services 普适计算与服务会议，一年一次 普适计算 36 SenSys，ACM Conference on Embedded NEtworked Sensor Systems ACM主办传感器网络最有影响力的会议，由SIGCOMM, SIGMOBILE, SIGARCH, SIGOPS, SIGMETRICS, SIGBED等ACM的Special Interest Groups提供学术资助。从2003年开始，已经连续举办4届：03年收录24篇；04年收录21篇；05收录21篇文章；06年24篇收录文章。目前只能查到2004年的录用率，为14.5％。 传感器网络 37 SECON, IEEE Communication Society Conference on Sensor and Ad Hoc COmmunications and Networks, 由IEEE发起的会议，基本每年举行一次。近三年的录取率（04，05，06）分别为18.1% 27.2%和25.9％ 传感器网络 38 MASS, IEEE International Conference on Mobile Ad hoc and Sensor Systems 由IEEE、DARPA、 NSF和Army Research Office 发起的国际会议，基本每年举行一次。2006年录用率24% 传感器网络 39 The International Conference for High Performance Computing and Communication 每年11月举行（始于1989年）， Conference on High Performance Networking and Computing , http://www.sc-conference.org/ 高性能计算 40 CLUSTER 4, IEEE Int’l Conf. on Cluster Computing, http://grail.sdsc.edu/cluster2004/ 高性能计算 41 HPDC-, th IEEE Int’l Symp. on High-Performance Distributed Computing, Honolulu. http://hpdc13.cs.ucsb.edu 高性能计算 42 NASA/IEEE Conference on Mass Storage Systems and Technologies (MSST4)， 每年一次，http://storageconference.org/ 高性能计算 43 SuperComputing：The International Conference for High Performance Computing and Communications 高性能计算机方向公认的高水平会议之一，第一届会议是1988年，每年11月举行,4、5月份投稿。会议内容包括 technical and education programs，workshops，tutorials以及展览的一系列活动供与会者参加。SuperComputing“is the one place that attendees can see tomorrow's technology being used to solve world-class challenge problems today”。官方网站为http://www.sc-conference.org 高性能计算 44 IEEE Int'l Conf. on Cluster Computing 该会议一般会以Cluster+年份作为会议名称，比如Cluster 2005。该会议主要讨论商业集群相关技术，包括“To achieve higher performance, scalability, and usability, research and development challenges remain in virtually all areas of cluster computing, including middleware, networking, algorithms and applications, resource management, platform deployment and maintenance, and integration with grid computing”。每年9月份举行，4、5月份投稿。 高性能计算 45 International Conference on Distributed Computing Systems 由IEEE主办，开始于1979年，从84年起每年举办一次。这是分布式计算系统领域中历史最悠久的会议。ICDCS provides a forum for engineers and scientists in academia, industry, and government to present and discuss their latest research findings on a broad array of topics in distributed computing. 高性能计算 46 IEEE Int'l Symp. On High Performance Distributed Computing This conference is “a forum for presenting the latest research findings on the design and use of highly networked systems for computing, collaboration, data analysis, and other innovative tasks”. 每年6、7月份举行，2月份截稿，3月底确定 高性能计算 47 International Conference for High Performance Computing and Communications (IEEE/ACM Supercomputing Conference) 高性能计算领域的顶级会议，全世界从事高性能计算事业的每年一次的最重要的盛会之一。每年12月份召开，会上发布TOP500的下 半年排名。 高性能计算 48 ACM International Conference on Supercomputing 高性能计算领域的顶级会议，全世界从事高性能计算事业的每年一次的最重要的盛会之一。每年6月份召开，会上发布TOP500的上半 年排名。 高性能计算 49 IEEE International Parallel Distributed Processing Symposium IEEE 和ACM SIGARCH发起的并行处理国际会议。每年一次 高性能计算 50 IEEE International Conference on Parallel Processing IEEE发起的并行处理国际会议。每年一次 高性能计算 51 IEEE International Conference on High Performance Computing IEEE发起的高性能计算国际会议。每年一次在印度举行。 高性能计算 52 ACM SIGMETRICS International Conference on Measurement and Modeling of Computer Systems. Performance presents papers on the development and application of state of the art, broadly applicable analytic, simulation, and measurement-based performance evaluation techniques. We are interested in techniques whose aim is to evaluate a system's dependability, security, correctness, or power consumption as well as more traditional performance metrics. Of particular interest is work that furthers the state of the art in performance evaluation methods, or that creatively applies previously developed methods to gain important insights into key design trade-offs in complex computer and communication systems. 高性能计算 53 IEEE Annual Workshops on Workload Characterization. The meeting that began as Workshop on Workload Characterization (WWC) in 1998 is becoming a Symposium. New computer applications and programming paradigms are constantly emerging to complement new and improving technology. The design of next generation microprocessors and computer systems should be based on an understanding of today's emerging workloads. 高性能计算 54 International Symposium on Computer Architecture(ISCA) ISCA is the premier forum for computer architecture research 高性能计算 55 International Symposium on High Performance Computer Architecture(HPCA) 高性能计算 56 International Symposium on Microarchitecture (MICRO) The annual MICRO conference (co-sponsored by SIGMICRO) has been a key forum for presenting major breakthroughs in computing architecture, and has established itself as the premier conference on instruction level parallelism. 高性能计算 57 FAST: USENIX Conference on File and Storage Technologies, 存储领域最好的专业会议，该会议只针对存储相关的内容，属于本领域最顶级的会议。录取率非常低，现在的状况是基本上只有美国和加拿大最顶 尖的研究小组在上面发表文章。每年举办一届。 存储领域 58 NASA/IEEE Conference on Mass Storage Systems and Technologies (MSST4)， 存储领域的专业会议，历史很长，在业界比较有影响 存储领域 59 SNAPI’4: International Workshop on Storage Network Architecture and Parallel I/Os, Antibes Juan-les-spins, French, 存储领域较好的专业会议 存储领域 60 IEEE SC: SC-High Performance Computing, Networking and Storage Conference 高性能计算领域最好会议之一 存储领域 61 IEEE International Workshop on Networking, Architecture, and Storages（IWNAS） 国内办的存储领域的国际会议 存储领域 62 IEEE International Conference on Autonomic Computing（ICAC） 自主计算领域的国际专业会议，从2004开始，每年举办一次。针对大规模计算机系统或软件系统而提出的自管理、自配置、自优化、自保护等 概念。 自主计算 63 Proceedings of the International Conference on Measurements and Modeling of Computer Systems 性能测试、分析与模拟方面的顶级会议。一年一届，已经举办12届 性能研究 64 International Symposium on High Performance Computer Architecture(HPCA) 高性能计算领域最好会议之一，基本上都是最顶尖的研究小组在上面发文章 高性能计算 65 IEEE Int'l Symp. On High Performance Distributed Computing 高性能分布式计算领域的会议，一年一届，已经举办15届 高性能计算 66 IEEE Int'l Conf. on Cluster Computing 集群和高性能计算很有影响的会议 分布式系统 67 USENIX Annual Technical Conference 操作系统、体系结构方面最好的会议之一 计算机系统 68 IEEE/ACM Int'l Symp. on Cluster Computing the Grid 集群和网格计算领域很好的会议 集群 69 International Symposium on Computer Architecture（ISCA ） 系统结构最好的会议，系统结构的旗舰会议。基本上是美国最顶尖的研究小组在上面发表文章，国内的人员很 难 系统结构 70 International Symposium on Microarchitecture（MICRO） 系统结构最好的会议之一。基本上是美国最顶尖的研究小组在上面发表文章，国内的人员很难 系统结构 71 HPCC：The International Conference for High Performance Computing and Communications 高性能计算领域较高的会议 高性能计算 72 IEEE International Conference on High Performance Computing IEEE发起的高性能计算国际会议。每年一次在印度举行。 高性能计算 73 Annual ACM International Conference on Supercomputing（ICS） 高性能计算领域的顶级会议，全世界从事高性能计算事业的每年一次的最重要的盛会之一。每年6月份召开，会上发布TOP500的上半 年排名。 高性能计算 74 Symposium on Operating System Design and Implementation（OSDI） 操作系统最好的会议和SOSP交替举行，每两年一届，操作系统的旗舰会议。基本上是美国最顶尖的研究小组在上面发文章，其他地区要中极其 困难 操作系统 75 ACM Symposium on Operating Systems Principles （SOSP） 操作系统最好的会议和OSDI交替举行，每两年一届，操作系统旗舰会议操作系统。基本上是美国最顶尖的研究小组在上面发文章，其他地区要 中极其困难 操作系统 76 Proceedings of the 11th International Conference on Architectural Support for Programming Languages and Operating Systems （ASPLOS） 操作系统和程序语言最好的会议之一，录取率也非常低，也是基本上只有美国最顶尖的研究小组能够在上面发文，其他地区的极其困 难 操作系统，程序语言 77 Workshop on Hot Topics in Operating Systems （HOTOS） 操作系统最好的会议之一 操作系统 78 Proceedings of the International Conference on Parallel Processing（ICPP） 并行计算非常有影响的会议 并行计算 79 Annual IEEE Conference on Local Computer Networks（LCN） 网络 80 International Conference on Distributed Computing Systems（ICDCS） 分布式计算非常有影响的会议，每年一次 分布式计算 81 International Conference on Parallel and Distributed Computing, Applications and Technologies（PDCAT） 分布式计算很好的会议，每年一次，已经举办7届 分布式计算 82 IEEE International Parallel and Distributed Processing Symposium（IPDPS） 并行与分布式计算领域非常有影响的会议，每年一次 并行与分布式计算 83 ASPLOS: Architectural Support for Programming Languages and Operating Systems ASPLOS是由ACM主办的国际会议，每年一次。主要关注硬件、体系结构、编译、操作系统等研究方向，在国内外学术界很高的影 响。 编译技术 84 CASES: International Conference on Compilers, Architectures and Synthesis for Embedded Systems CASES是ACM主办的国际会议，每年一次，主要关注编译器，体系结构和嵌入式系统等研究方向，录取率在20％－30％ 编译技术 85 CODES: International Conference on Hardware Software Codesign CODES是ACM主办的国际权威会议，每年一次。始于1994年。主要关注hardware/software co-design和嵌入式系统的system-level design。近两年的接收率为25％左右。 编译技术 86 DAC: Annual ACM IEEE Design Automation Conference DAC是电子电路设计方面的国际权威会议，始于1984年。主要关注芯片、电路以及系统设计的新工具和新方法。近两年的接收率为20％左右。 编译技术 87 ICFP: International Conference on Functional Programming Functional Programming方向的国际会议。主要关注functional programming的设计、实现、概念和使用。接收率在30％左右。 编译技术 88 ICS: International Conference on Supercomputing ICS是由ACM SIGARCH主办的国际会议，每年一次。主要关注高性能计算机和计算等方面的研究，在国内外学术界很高的影响。接收 率30％左右。 编译技术 89 ICSE: International Conference on Software Engineering 软件工程方向的权威会议，接收率不到20％。除了main conference之外，还包括tutorials, workshops, symposia以及collocated conferences。 编译技术 90 ISCA: International Conference on Computer Architecture ISCA是由IEEE 和ACM主办的国际会议，每年一次。主要关注处理器结构、存储结构、功耗等方面的研究，在国内外学术界很高的影响。接收 率20％左右。 编译技术 91 ISMM: International Symposium on Memory Management 内存管理方向的国际会议，主要关注garbage collection, dynamic storage allocation, storage management implementation techniques，另外也包括interactions with languages and operating systems, and empirical studies of programs' memory allocation and referencing behavior 编译技术 92 ISSTA: International Symposium on Software Testing and Analysis ISSTA是国际顶级的关于software test and analysis的会议。近年来两年举办一次。和它同时举行的还有Formal Methods in Software Practice Workshop。 编译技术 93 LCTES: Language, Compiler and Tool Support for Embedded Systems 关注languages, compilers和tools for embedded systems的国际会议。每年一次，接收率在25％左右。 编译技术 94 MICRO: International Symposium on Microarchitecture 计算机体系结构方向的国际权威会议。关注计算机体系结构领域的重大发展。同时也是指令级并行方向的顶级会 议。 编译技术 95 OOPSLA: Conference on Object Oriented Programming Systems Languages and Applications Object technology和面向对象程序设计领域的国际权威会议。涉及的具体方向有patterns, refactoring, aspect-oriented programming, dynamic compilation and optimization, unified modeling language, and agile methods。接收率20％左右。 编译技术 96 PLDI: Conference on Programming Language Design and Implementation PLDI是由ACM主办的国际会议，每年一次。主要关注编程语言的设计与实现等方面的研究工作，在国内外学术界很高的影 响。 编译技术 97 PODC: Annual ACM Symposium on Principles of Distributed Computing 关注分布式系统的理论，设计，实现，规范等领域的国际会议。近年的接收率在25％左右。 编译技术 98 POPL: Annual Symposium on Principles of Programming Languages 关注programming languages, programming systems, and programming interfaces的design, definition, analysis, and implementation的国际权威会议，始于1973年，接收率不到20％ 编译技术 99 PPoPP: Principles and Practice of Parallel Programming PPoPP是由ACM主办的国际会议，两年一次。主要关注并行编程方面的研究，在国内外学术界很高的影响。接收 率30％。 编译技术 100 SIGMETRICS: Joint International Conference on Measurement and Modeling of Computer Systems 关注计算机系统性能方面的theory, practice and case studies的国际会议 编译技术 101 SIGSOFT: Foundations of Software Engineering Software Engineering领域的权威会议。2005年以前的接收率一般不足20％。 编译技术 102 ASE - IEEE International Conference on Automated Software Engineering 关注软件开发自动化的顶级会议。前身为KBSE(Knowledge-Based Software Engineering)，始于1997年。 编译技术 103 CGO - International Symposium on Code Generation and Optimization CGO是由IEEE CS和ACM SIGMICRO主办的国际会议，每年一次。主要关注代码生成和优化等方面的研究，在国内外学术界很高的影响。接收 率30％左右。 编译技术 104 CLUSTER - IEEE International Conference on Cluster Computing CLUSTER是由IEEE主办的国际会议，每年一次。主要关注群集计算方面的研究，在国内外学术界很高的影响。 编译技术 105 DATE - Design, Automation, and Test in Europe 关注Design methodologies, CAD languages, algorithms and tools, Testing of electronic circuits and systems, and Designer experiences的国际会议 编译技术 106 EURO-PDP - Euromicro Conference on Parallel, Distributed and Network-Based Processing EUROMICRO的一个workshop，关注并行和分布式计算。 编译技术 107 HPCA - International Symposium on High-Performance Computer Architecture HPCA是由IEEE主办的国际会议，每年一次。主要关注高性能计算方面的研究，在国内外学术界较高的影响。 编译技术 108 HPCS - Annual International Symposium on High Performance Computing Systems and Applications IEEE主办，每年在加拿大的大学召开。但参会者不局限于加拿大的研究人员。其内容涵盖了HPC的各个领域 编译技术 109 ICDCS - International Conference on Distributed Computing Systems IEEE主办，涉及分布式计算方面各个领域的权威会议。起始于1979年。 编译技术 110 ICPADS - International Conference on Parallel and Distributed Systems IEEE主办，关注并行和分布式系统的国际会议 编译技术 111 IISWC - IEEE International Symposium on Workload Characterization 关注characterization of computing system workload的国际会议。涵盖applications, middleware, system的behavior。Benchmark的构造和分析，以及程序行为的modeling等领域。 /p 编译技术 112 IPDPS - International Parallel and Distributed Processing Symposium IEEE主办，并行和分布式处理相关的国际会议。包括并行处理的算法，应用，体系结构，以及和并行处理相关的软件如语言，编译器，运行时系统 等。 编译技术 113 ISPASS - IEEE International Symposium on Performance Analysis of Systems and Software IEEE主办，关注计算机软硬件设计中的性能分析。 编译技术 114 PACT - International Conference on Parallel Architectures and Compilation Techniques PACT是由IEEE CS、ACM SIGARCH和IFIP主办的国际会议，每年一次。主要关注并行体系结构、针对并行计算机系统的编译等方面的研究，在国内外学术界很高的影 响。 编译技术 115 RTSS - IEEE Real-Time Systems Symposium 实时系统研究的顶级会议，IEEE主办，已经举行了27届。 编译技术 116 RTAS - IEEE Real-Time and Embedded Technology and Applications Symposium 关注实时和嵌入式计算的基础结构，理论，system support的国际会议。 编译技术 117 SC - IEEE/ACM SC Conference SuperComputing的简称。关注的领域为HPC，networking，storage and analysis。ACM和IEEE合办。 编译技术 118 LCPC - International Workshop on Languages and Compilers for Parallel Computing 始于1988年，涉及编程语言的各个方面，包括compiler techniques, run-time environments, and compiler-related performance evaluation for parallel and high-performance computing。 编译技术 119 CC: International Conference on Compiler Construction 关注的领域涉及程序的各个方面，包括编译器构造，run-time技术，prgramming tools, 新编程语言。也包括一些特别的领域如parallel, ditributed, embedded, mobile, low power code, hardware等。是ETAPS的member conference。影响因子0.83 编译技术 120 HiPEAC - International Conference on High Performance Embedded Architectures Compilers 关注嵌入式系统的发展，包括处理器设计，编译优化等。 编译技术 121 ECOOP - European Conference on Object-Oriented Programming 关注object technology的各个领域。其中也包括一些虽然不直接和Object Oriented相关，但同样具有启发性的工作。 编译技术 122 ESOP - European Symposium on Programming ETAPS的member conference，是欧洲Software Science方向的重要会议。涵盖了程序语言的设计和实现，编程模型的研究，程序的自动生成和分析等方向。 /p 编译技术 123 Euro-Par - European Conference on Parallel Computing 关注并行计算的诸多方面的国际会议。粗略可分为hardware, software,algorithms and application for parallel computing几个部分。 124 SAS - International Static Analysis Symposium 关注程序的静态分析的权威会议。 编译技术 125 CAV - Computer Aided Verification Rank1的国际会议，关注计算机辅助形式验证，涵盖从theoretical results到concrete applications的诸多方面，尤其是practial verification tools and the algorithms and techniques that needed for their implementation。影响因子1.88。 编译技术 126 FASE - Fundamental Approaches to Software Engineering ETAPS的member conference，主要关注Software Science，影响因子0.91。 编译技术 127 TACAS - Tools and Algorithms for the Construction and Analysis of Systems ETAPS的member conference，关注的领域包括formal methods, software and hardware verification, static analysis, programming languages, software engineering, real-time systems, and communications protocols。影响因子1.24 编译技术 128 VMCAI - Verification, Model Checking and Abstract Interpretation Rank2的国际会议。关注的领域包括Verification, Model Checking, and Abstract Interpretation, facilitating interaction, cross-fertilization, and advancement of hybrid methods that combine the three areas。 编译技术 129 ACL: The Association for Computational Linguistics 计算语言学/自然语言处理方面最好的会议, ACL (Association of Computational Linguistics) 主办, 每年开。 人工智能 计算语言学 130 ACM SIGIR: The ACM Conference on Research and Development in Information Retrieval 信息检索方面最好的会议, ACM 主办, 每年开。19％左右 信息检索技术 131 ACM SIGKDD: The ACM Conference on Knowledge Discovery in Databases and Data Mining 数据挖掘方面最好的会议, ACM 主办, 每年开。18％左右 132 WWW: The ACM International World Wide Web Conference 应用和媒体领域顶级国际会议 万维网 133 ACM SIGMOD: ACM SIGMOD Conf on Management of Data 数据库领域顶级国际 数据管理 134 CIKM: The ACM Conference on Information and Knowledge Management 数据库领域知名国际会议 数据管理 135 COLING: International Conference on Computational Linguistics 计算语言学知名国际会议 计算语言学 136 ICML: International Conference on Machine Learning 领域顶级国际会议，录取率25%左右，2年一次，目前完全国内论文很少 机器学习，模式识别 137 IEEE ICDM: International Conference on Data Mining 数据挖掘领域顶级国际会议 138 IJCAI: International Joint Conference on Artificial Intelligence 人工智能领域顶级国际会议，论文接受率18％左右 人工智能 139 VLDB: The ACM International Conference on Very Large Data Bases 数据库领域顶级国际 数据库 140 SIGGRAPH: ACM SIGGRAPH Conference 计算机图形学顶级国际会议，ACM主办，每年一次，几万人参加会议，论文录用率小于20％ 计算机图形学 141 EUROGRAPHICS： The Annual Conference of the European Association for Computer Graphics 欧洲举办的国际图形学会议，面向世界。接受率现在也有差不多20% 计算机图形学 142 AAAI: American Association for Artificial Intelligence 美国人工智能学会AAAI的年会，使该领域的顶级会议 人工智能 143 ACM Conference on Computer and Communications Security ACM通信和计算健全领域顶级学术会议 信息安全 144 ACM SIGCOMM: Special Interest Group on Data Communications 数据通信 145 ACM SIGIR: The ACM Conference on Research and Development in Information Retrieval 信息检索领域的重要会议 信息检索 146 ACM SIGKDD: The ACM Conference on Knowledge Discovery in Databases and Data Mining ACM旗舰会议之一，是数据库与知识管理的顶级学术会议。每年举办一次。 通信与网络 147 ACM SIGMETRICS: Conference on Measurement and Modeling of Computer Systems ACM性能建模与评价领域顶级学术会议 通信与网络 148 ACM SIGMOD: ACM SIGMOD Conf on Management of Data 数据库与数据管理最顶级的学术会议，数据管理的主要发展都在这个会上有描述。 数据管理 149 ASPLOS: Architectural Support for Programming Languages and Operating Systems 编程语言和操作系统国际会议，涉及硬件体系结构、编译、操作系统、网格、应用的领域。 体系结构 150 CCGrid : IEEE/ACM International Symposium on Cluster Computing and the Grid 网格计算国际会议，网格平台、中间件 151 CIKM: The ACM Conference on Information and Knowledge Management 信息检索领域的会议，录用率为15% 信息检索 152 CLUSTER - IEEE International Conference on Cluster Computing 集群计算国际会议，涉及中间件、网格算法及应用、资源管理、集成等。 集群计算 153 CPM: Combinatorial Pattern Matching Symposium 组合模式匹配年会，是字符串匹配、模式匹配较好的会议。 模式匹配 154 FAST4: Third USENIX Conference on File and Storage Technologies, USENIX旗下关于文件和存储系统的顶级会议，会议于2002年召开第一届，召开地点都在美国加州。只有最好的工作能发表在FAST上。目前尚无大陆研究机构命中。 文件与存储 155 Grid : IEEE/ACM International Workshop on Grid Computing 网格计算国际会议，涉及计算模型、大规模数据访问和管理、资源管理和调度等。 网格计算 156 HPC: IEEE International Conference for High Performance Computing 157 HPDC: International Symposium on High Performance Distributed Computing 高性能分布计算国际会议，涉及告诉网格、分布计算、并行处理、大规模存储通信等领域。 /p 高性能计算 158 ICDCS: IEEE International Conference on Distributed Computing Systems IEEE TCDP发起的关于分布式处理领域的会议，最为老牌强会，ICDLS 举办了26届，录用率为15%。 分布式计算 159 ICML: International Conference on Machine Learning 机器学习领域中的顶级会议 机器学习 160 ICWS: IEEE International Conference on Web Services Web服务国际会议，面向服务标准及规范、服务应用、语义服务等方面。 Web服务 161 IEEE CSB: Computer Society Bioinformatics 162 IEEE ICDM: International Conference on Data Mining 数据挖掘领域的著名会议，率用率为14%。 数据挖掘 163 IEEE ICNP: International Conference on Network Protocols IEEE 网络通信领域顶级学术会议，录用率在10%左右。 网络 164 IEEE ICON: IEEE International Conference on Networks 165 IEEE INFOCOM: conference on computer communications IEEE网络通信领域著名会议，领域广泛。 网络 166 IEEE IPCCC: International Performance Computing and Communications Conference IEEE性能领域著名学术会议，主要关注性能评价。 网络性能 167 IEEE SPIRE: The IEEE International Symposium on String Processing and Information Retrieval 字符串处理与信息检索的年会，字符串匹配的主要进展都可以在这个会议上找到。 字符串处理信息检索 168 IJCAI: International Joint Conference on AI 人工智能领域的顶级会议。 人工智能 169 IMC: ACM-SIGCOMM/USENIX Internet Measurement Conference IMC: ACM-SIGCOMM/USENIX Internet Measurement Conference ACM SIGCOMM网络特征领域重要会议，主要涉及网络流特征。 170 International Symposium on High Performance Computer Architecture(HPCA) 服务计算 171 IPDPS: IEEE International Parallel and Distributed Processing Symposium IEEE TCPD牵头，IEEETCCA、TCDP与ACMSIGARH合办的关于并行处理与分布式处理会。录用率30%， 会议的优秀论文可能发表于JDPC杂志上。 并行计算分布式计算 172 ISMB: International conference on Intelligent Systems for Molecular Biology 无线 173 MobiCom: ACM/IEEE Conference on Mobile Computing and Networking 始于1995，无线、移动计算方面比较有历史和重要的会议。 安全 174 MobiSys: The International Conference on Mobile Systems, Applications, and Services 无线方面，2006年第4名。 无线 175 OSDI: USENIX Symposium on Operating Systems Design and Implementation USENIX操作系统领域重要会议，侧重操作系统各方面的新型技术。 操作系统 176 PAKDD: Pacific-Asia Conference on Knowledge Discovery and Data Mining 177 PDCAT: International Conference on Parallel and Distributed Computing, Applications and Technologies 关注并行于分布式计算领域众多问题的国际性会议，主要是亚太地区。 并行计算分布式计算 178 PKDD: Conference on Principles and Practice of Knowledge Discovery in Databases 数据挖掘领域的重要会议，录用率为14%。 数据挖掘 179 SCC: IEEE International Conference on Services Computing 服务计算国际会议，侧重服务模型、发现体系结构、服务安全、服务质量、服务语义方面的研究。 /p 服务计算 180 SDM: SIAM International Conference on Data Mining 数据挖掘领域的重要会议，录用率为14% 数据挖据 181 SOSE: IEEE International Workshop on Service-Oriented System Engineering 182 USENIX Sec: USENIX Security Symposium USENIX安全领域重要会议，侧重安全技术。 安全 183 USENIX/ACM Symposium on Networked Systems Design and Implementation (NSDI) USENIX网络领域重要会议，设计网络涉及各方面内容。 网络 184 VLDB: The ACM International Conference on Very Large Data Bases 数据管理 185 WWW: The ACM International World Wide Web Conference ACM旗下关于互联网方面的重要会议，从Web服务器到互联网语义等研究问题一一包含其中。15%录用率。 Internet 186 RAID International Symposium on Recent Advances in Intrusion Detection 数据库顶级国际会议 187 IJCAI: International Joint Conference on Artificial Intelligence 人工智能顶级国际会议 人工智能 188 VLDB: The ACM International Conference on Very Large Data Bases 数据库顶级国际会议 数据库 189 ICML: International Conference on Machine Learning 机器学习顶级国际会议 机器学习 190 PRICAI: Pacific Rim International Conference on Artificial Intelligence 亚太人工智能国际会议 人工智能 191 IFIP ICIIP: IFIP International Conference on Intelligent Information Processing IFIP智能信息处理国际会议 智能信息处理 192 NIPS: Neural Information Processing Systems 神经信息处理领域顶级国际会议 神经计算，机器学习 193 ISCA: International Symposium on Computer Architecture 体系结构领域的顶级会议 微处理器设计 194 International Symposium on Microarchitecture 体系结构领域的顶级会议 微处理器设计 195 HPCA：International Symposium on High Performance Computer Architecture 体系结构领域的顶级会议 微处理器设计 196 APCSAC: Asia-Pacific Computer Systems Architecture Conference 体系结构方面的重要会议 微处理器设计 197 ISLPED: International Symposium on Low Power Electronics and Design 低功耗设计的重要会议 微处理器设计 198 OSDI: Operation System Design Implementation 操作系统方面的重要会议 微处理器设计 199 ASPLOS: Architecture Support for Programming Languages and Operation 体系结构方面的顶尖会议 微处理器设计 200 ICCD: IEEE International Conference on Computer Design 体系结构方面的顶尖会议 微处理器设计 201 DAC: Design Automation Conference 设计自动化领域的顶级会议 微处理器设计 202 IEEE/ACM International Conference on Computer Aided Design(ICCAD) 集成电路设计自动化方面的顶尖会议 微处理器设计 203 ASP-DAC: Asia and South Pacific Design Automation Conference 设计自动化领域的重要会议 微处理器设计 204 ISSCC: IEEE International Solid-State Circuits Conference 设计自动化领域的重要会议 微处理器设计 205 CICC: Custom Integrated Circuits Conference 集成电路设计方面的顶尖会议（公认排名第二） 微处理器设计 206 ESSCIRC: European Conference on Solid-State Circuits 集成电路设计方面的顶尖会议 微处理器设计 207 Symposium on VLSI Circuits 集成电路设计方面的顶尖会议 微处理器设计 208 IEEE International ASIC/SOC Conference 集成电路设计方面的重要会议 微处理器设计 209 Symposium on VLSI Technology 集成电路设计方面的重要会议 微处理器设计 210 ASSCC: Asian Conference on Solid-State Circuits 集成电路领域重要会议 微处理器设计 211 MWSCAS: Midwest Symposium on Circuits and Systems 集成电路领域重要会议 微处理器设计 212 ICECS: IEEE International Conference on Electronics, Circuits and Systems： 集成电路领域重要会议 微处理器设计 213 ISCAS: International Symposium Circuit and System 电路与系统方面的重要会议 微处理器设计 214 RFIC: IEEE Symposium on Radio Frequency Integrated Circuits 射频集成电路领域顶尖会议 微处理器设计 215 ACM RECOMB: Int. Conference on Research in Computational Molecular Biology RECOMB创办于1997年，每年举办一次，由ACM和/或国际计算生物学协会(ISCB)主办，强调计算生物学的数学和计算方面，近年录取率在 20%左右。 计算生物学 216 IEEE CSB: Computer Society Bioinformatics CSB创办于2002年，每年举办一次，2005年以前由IEEE协会主办，2006年开始改由生命科学协会(LSS)主 办。 计算生物学 217 International Conference of the IEEE Engineering in Medicine and Biology Society （EMBC） 生物信息学与计算生物学国际研讨会 计算生物学 218 PSB: Pacific Symposium on Biocomputing PSB创办于1996年，每年举办一次，从属于国际计算生物学协会(ISCB)，由美国的研究机构组织举 办。 计算生物学 219 WABI:Workshop on Algorithms in Bioinformatics WABI创办于2000年，每年举办一次，由欧洲理论计算机协会(EATCS)和国际计算生物学协会(ISCB)主办，强调生物信息学的算法方 面。 计算生物学 220 CSB: IEEE Computational Systems Bioinformatics Conference CSB创办于2002年，每年举办一次，2005年以前由IEEE协会主办，2006年开始改由生命科学协会(LSS)主 办 计算生物学 221 ISMB：Annual International Conference on Intelligent Systems for Molecular Biology ISMB创办于1993年，每年举办一次，由国际计算生物学协会(ISCB)主办，在生物信息学领域影响最大，论文集通常作为 Bioinformatics杂志的专刊发表，近年来录取率为15%左右。 生物信息 222 ECCB：European Conference on Computational Biology ECCB创办于2002年，每年举办一次，由国际计算生物学协会(ISCB)主办，有时与ISMB联合举办，论文集通常作为 Bioinformatics杂志的专刊发表，近年录取率在20%左右。 生物信息 223 APBC：Asia Pacific Bioinformatics Conference APBC创办于2003年，每年举办一次，由亚太国家的研究机构组织举办，近年录取率在35%左右。 /p 生物信息 224 COCOON：Annual International Computing and Combinatorics Conference COCOON创办于1995年，每年举办一次，会议范畴为计算理论、算法、组合优化等，包括生物信息学方向，近年录取率在40%左 右。 生物信息 225 CPM：Annual Symposium on Combinatorial Pattern Matching CPM创办于1990年，每年举办一次，会议以串、树和图等复杂模式的搜索和匹配问题为主题，包括生物信息学方向，近年录取率在45%左 右。 生物信息 226 EMBC：IEEE International Conference of the Engineering in Medicine and Biology Society EMBC创办于1979年，每年举办一次，从属于IEEE医学与生物工程协会，会议内容覆盖范围很广，每年接收的论文数以千 计。 生物信息 227 Geospatial Information and Technology Association（GITA） Annual Conference 地球空间信息与技术协会年会 遥感与空间信息处理 228 International Geoscience and Remote Sensing Symposium （IGRSS） 地球科学与遥感国际会议 遥感与空间信息处理 229 International Society for Photogrammetry and Remote Sensing （ISPRS）Technical Commission Symposium 国际摄影测量与遥感学会专业委员会会议 遥感与空间信息处理 230 International Conference on Geoinformatics 地球信息国际会议 遥感与空间信息处理 231 IEEE SKG (Semantics, Knowledge and Grid) 由计算所发起的IEEE国际会议，每年有100人参加。 知识网格 232 WWW: The ACM International World Wide Web Conference Internet领域顶级国际会议 Internet 233 International Semantic Web Conference Semantic Web领域顶级会议，录用率17% Semantic Web 234 ACM SIGMOD: ACM SIGMOD Conf on Management of Data ACM的旗舰会议之一，也是数据库领域顶级学术会议，内容侧重于数据管理。 数据管理 235 ACM PODS Conference ACM的旗舰会议之一，也是数据库领域顶级学术会议，内容侧重于数据管理基本理论。 数据管理 236 VLDB: The ACM International Conference on Very Large Data Bases 数据库顶级国际会议 数据管理 237 IEEE ICDE - International Conference on Data Engineering 数据库顶级国际会议 数据管理
标签: ppa
