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错误分类

错误分类的相关文献在1990年到2022年内共计108篇,主要集中在常用外国语、语言学、自动化技术、计算机技术 等领域,其中期刊论文97篇、会议论文5篇、专利文献75307篇;相关期刊88种,包括郑州航空工业管理学院学报(社会科学版)、东北大学学报(社会科学版)、上海理工大学学报(社会科学版)等; 相关会议5种,包括第24届飞行器测控学术年会、第九届全国计算语言学学术会议、第三届全国中青年流行病学工作者学术会议等;错误分类的相关文献由149位作者贡献,包括Ahmad Reza Baghestani、J·R·普尔耶尔、K·布雷尔斯弗德等。

错误分类—发文量

期刊论文>

论文:97 占比:0.13%

会议论文>

论文:5 占比:0.01%

专利文献>

论文:75307 占比:99.86%

总计:75409篇

错误分类—发文趋势图

错误分类

-研究学者

  • Ahmad Reza Baghestani
  • J·R·普尔耶尔
  • K·布雷尔斯弗德
  • K·拉斯特
  • Mohamad Amin Pourhoseingholi
  • Mohammad Reza Zali
  • Nastaran Hajizadeh
  • W·C·杜恩
  • 于志洪
  • Alireza Abadi
  • 期刊论文
  • 会议论文
  • 专利文献

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期刊

    • 曹秀梅
    • 摘要: 文章将学生在高等数学的学习过程中经常出现的一些具有共性的错误加以总结、分类,并通过举例分析原因。在今后的教学中,教师授课时可以提前以此为鉴,从而进一步提高教学质量。%This paper summarizes some common errors which students often make mistakes in learning advanced mathematics and analyzes the reasons by examples. In the future, teachers can improve the quality of teaching by mastering these mistakes in advanced.
    • 苏文雅
    • 摘要: 语言教学活动中,采用何种方式纠正错误才能有效帮助学生提高语言水平,是困扰教师的难题,也是专家学者存有争议的问题.本文主要分析语言错误的类型,并探讨几种纠错策略,以期能为教师纠错提供参考.
    • Nastaran Hajizadeh; Mohamad Amin Pourhoseingholi; Ahmad Reza Baghestani; Alireza Abadi; Mohammad Reza Zali
    • 摘要: AIM To correct for misclassification error in registering causes of death in Iran death registry using Bayesian method.METHODS National death statistic from 2006 to 2010 for gastric cancer which reported annually by the Ministry of Health and Medical Education included in this study. To correct the rate of gastric cancer mortality with reassigning the deaths due to gastric cancer that registered as cancer without detail, a Bayesian method was implemented with Poisson count regression and beta prior for misclassified parameter, assuming 20% misclassification in registering causes of death in Iran.RESULTS Registered mortality due to gastric cancer from 2006 to 2010 was considered in this study. According to the Bayesian re-estimate, about 3%-7% of deaths due to gastric cancer have registered as cancer without mentioning details. It makes an undercount of gastric cancer mortality in Iranian population. The number and age standardized rate of gastric cancer death is estimated to be 5805(10.17 per 100000 populations), 5862(10.51 per 100000 populations), 5731(10.23 per 100000 populations), 5946(10.44 per 100000 populations), and 6002(10.35 per 100000 populations), respectively for years 2006 to 2010.CONCLUSION There is an undercount in gastric cancer mortality in Iranian registered data that researchers and authorities should notice that in sequential estimations and policy making.
    • Nastaran Hajizadeh; Mohamad Amin Pourhoseingholi; Ahmad Reza Baghestani; Alireza Abadi; Mohammad Reza Zali
    • 摘要: AIM To correct the misclassification in registered gastric cancer incidence across Iranian provinces in cancer registry data. METHODS Gastric cancer data is extracted from Iranian annual of national cancer registration report 2008. A Bayesian method with beta prior is implemented to estimate the rate of misclassification in registering patient'spermanent residence in neighboring province. Each time two neighboring provinces with lower and higher than 100% expected coverage of cancer cases are selected to be entered in the model. The expected coverage of cancerous patient is reported by medical university of each province. It is assumed that some cancer cases from a province with a lower than 100% expected coverage are registered in their neighboring province with more than 100% expected coverage. RESULTS The condition was true for 21 provinces from a total of 30 provinces of Iran. It was estimated that 43% of gastric cancer cases of North and South Khorasan provinces in north-east of Iran was registered in Razavi Khorasan as the neighboring facilitate province; also 72% misclassification was estimated between Sistan and balochestan province and Razavi Khorasan. The misclassification rate was estimated to be 36% between West Azerbaijan province and East Azerbaijan province, 21% between Ardebil province and East Azerbaijan, 63% between Hormozgan province and Fars province, 8% between Chaharmahal and bakhtyari province and Isfahan province, 8% between Kogiloye and boyerahmad province and Isfahan, 43% Golestan province and Mazandaran province, 54% between Bushehr province and Khozestan province, 26% between Ilam province and Khuzestan province, 32% between Qazvin province and Tehran province(capital of Iran), 43% between Markazi province and Tehran, and 37% between Qom province and Tehran. CONCLUSION Policy makers should consider the regional misclassification in the time of programming for cancer control, prevention and resource allocation.
    • Nastaran Hajizadeh; Ahmad Reza Baghestani; Mohamad Amin Pourhoseingholi; Sara Ashtari; Zeinab Fazeli; Mohsen Vahedi; Mohammad Reza Zali
    • 摘要: AIM To study the trend of hepatocellular carcinoma incidence after correcting the misclassification in registering cancer incidence across Iranian provinces in cancer registry data.METHODS Incidence data of hepatocellular carcinoma were extracted from Iranian annual of national cancer registration reports 2004 to 2008.A Bayesian method was implemented to estimate the rate of misclassification in registering cancer incidence in neighboring province.Abeta prior is considered for misclassification parameter.Each time two neighboring provinces were selected to be entered in the Bayesian model based on their expected coverage of cancer cases which is reported by medical university of the province.It is assumed that some cancer cases from a province that has an expected coverage of cancer cases lower than 100% are registered in their neighboring facilitate province with more than 100% expected coverage.RESULTS There is an increase in the rate of hepatocellular carcinoma in Iran.Among total of 30 provinces of Iran,21 provinces were selected to be entered to the Bayesian model for correcting the existed misclassification.Provinces with more medical facilities of Iran are Tehran(capital of the country),Razavi Khorasan in north-east of Iran,East Azerbaijan in north-west of the country,Isfahan in central part and near to Tehran,Khozestan and Fars in south and Mazandaran in north of the Iran,had an expected coverage more than their expectation.Those provinces had significantly higher rates of hepatocellular carcinoma than their neighboring provinces.In years 2004 to 2008,it was estimated to be on average 34% misclassification between North Khorasan province and Razavi Khorasan,43% between South Khorasan province and Razavi Khorasan,47% between Sistan and balochestan province and Razavi Khorasan,23% between West Azerbaijan province and East Azerbaijan province,25% between Ardebil province and East Azerbaijan province,41% between Hormozgan province and Fars province,22% between Chaharmahal and bakhtyari province and Isfahan province,22% between Kogiloye and boyerahmad province and Isfahan,22% between Golestan province and Mazandaran province,43% between Bushehr province and Khozestan province,41% between Ilam province and Khuzestan province,42% between Qazvin province and Tehran province,44% between Markazi province and Tehran,and 30% between Qom province and Tehran.CONCLUSION Accounting and correcting the regional misclassification is necessary for identifying high risk areas and planning for reducing the cancer incidence.
    • 沈志斌; 王玉家
    • 摘要: 读懂学生是因材施教的前提,而学业诊断则是读懂学生的重要途径。传统学业诊断耗时低效,是一种落后的模式。近年来,江苏省梅村高级中学通过采用光电技术、云端技术、大数据技术与传统教师批改相结合方式,开发出了"极课学业诊断系统",主要依托极课大数据,使精准化教学、差异性教学、个性化教学成为可能。目前,这一系统已被全国
    • 张杰
    • 摘要: 错误分析是语言教学中的重要组成部分,清晰的错误理论框架将为错误分析提供坚实的理论基础,但目前关于错误的分类尚不明晰,本文就此问题展开讨论,理清错误分类的研究.
    • 潘乐; 刘英蘋
    • 摘要: 大连作为我国东部沿海重要港口城市和旅游城市,吸引了众多外资企业以及国外游客,经济蓬勃发展.然而为国外友人提供信息和指示的公示语英译却没能追上经济发展的脚步.公示语的漏译、错译、不规范等问题频频出现在各种公共场合,给国外友人带来不便,对大连的对外城市形象也造成了一定的影响.本文将以笔者通过对大连地区实地采集的公示语实例为素材,分析公示语翻译错误类型、语言结构特点与语言使用角度给出翻译方法与翻译建议.
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