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testOCX2
- QR码是一种矩阵码，或二维空间的条码，1994年由日本Denso-Wave公司发明(QB06102506)。QR是英文“Quick Response”的缩写，即快速反应的意思，源自发明者希望QR码可让其内容快速被解码。QR码最常见于日本，并为目前日本最流行的二维空间条码。QR码比普通条码可储存更多资料，亦无需像普通条码般在扫描时需直线对准扫描器。这是一个应用控件生成QR码的VC实例.-QR code is a matrix code,
testOCX2
- QR码是一种矩阵码，或二维空间的条码，1994年由日本Denso-Wave公司发明(QB06102506)。QR是英文“Quick Response”的缩写，即快速反应的意思，源自发明者希望QR码可让其内容快速被解码。QR码最常见于日本，并为目前日本最流行的二维空间条码。QR码比普通条码可储存更多资料，亦无需像普通条码般在扫描时需直线对准扫描器。这是一个应用控件生成QR码的VC实例.-QR code is a matrix code,
dfdfd
- 托马斯阿尔瓦爱迪生是位举世闻名的美国电学家和发明家，他除了在 留声机、电灯、电话、电报、电影等方面的发明和贡献以外，在矿业、建筑 业、化工等领域也有不少著名的创造和真知灼见。爱迪生一生共有约两千项 创造发明，为人类的文明和进步作出了巨大的贡献。-Thomas Alva Edison is a world-famous scientists and inventors in the United States power, h
praticalelectronicsforinventors
- Pratical Electronics for Inventors
20076189284768339
- 1994年由日本Denso-Wave公司发明(QB06102506)。QR是英文“Quick Response”的缩写，即快速反应的意思，源自发明者希望QR码可让其内容快速被解码。QR码最常见于日本，并为目前日本最流行的二维空间条码。QR码比普通条码可储存更多资料，亦无需像普通条码般在扫描时需直线对准扫描器。-In 1994 by Japanese company Denso-Wave invention (QB06102506). Q
200612111251135670
- 1994年由日本Denso-Wave公司发明(QB06102506)。QR是英文“Quick Response”的缩写，即快速反应的意思，源自发明者希望QR码可让其内容快速被解码。QR码最常见于日本，并为目前日本最流行的二维空间条码。QR码比普通条码可储存更多资料，亦无需像普通条码般在扫描时需直线对准扫描器。这是一个应用控件生成QR码JAVA实例-In 1994 by Japanese company Denso-Wave invent
JavaLanguageSpecification
- Written by the inventors of the technology, The Java™ Language Specification, Third Edition, is the definitive technical reference for the Java™ programming language. If you want to know the precise meaning of
ArbolAVL
- The AVL tree is named after the initials of the surnames of its inventors, Adelson-Velskii and Landis. He came forward in the publication of an article in 1962: "An algorithm for the organization of information" ("An alg
djvulibre-3.5.25.2.tar
- In an effort to promote DjVu as a Web standard, LizardTech s management was enlightened enough to release the reference implementation of DjVu under the GNU GPL in October 2000. DjVuLibre (pronounced like the French
PCA_classifier_version1b
- The BCJR algorithm is an algorithm for maximum a posteriori decoding of error correcting codes defined on trellises (principally convolutional codes). The algorithm is named after its inventors: Bahl, Cocke, Jelinek and
MAP_forTurboCodes
- The MAP algorithm also known as BCJR algorithm is an algorithm for maximum a posteriori decoding of error correcting codes defined on trellises (principally convolutional codes). The algorithm is named after its inventor
Practical-Electronics-for-Inventors
- Practical Electronics for Inventors
stories_of_great_inventors.epub
- stories of great inventors