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@@ -126,17 +126,49 @@ const data = [
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3. Experienced in ROS development is preferred`
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},
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{
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- name: 'Image Algorithm Researcher (SFM)',
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+ name: 'Graphics Algorithms Researcher (SfM Direction)',
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type: 'Development',
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address: 'Zhuhai',
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count: 1,
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date: '2018-06-12',
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- desc: `1. Responsible for developing and optimizing of 3D reconstruction algorithms based on images.<br>
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- 2. Responsible for developing new functions based on existing 3D reconstruction algorithms.`,
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- req: `1. Proficient in C/C++ and MATLAB, Python, strong code implementation capability.<br>
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- 2. Experienced in using graphics and image open source like OpenCV/OpenGL/PCL etc;<br>
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- 3. Experience in programming in Linux and Windows system environment.<br>
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- 4. Familiar with common data structures and algorithms, ability to analyze and optimize computation logic and improve performance.`,
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+ desc: `1. Responsible to develop and optimize 3D reconstruction algorithms of images;<br>
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+ 2. Build new functionality based upon existing 3D reconstruction algorithms;<br>
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+ 3. Work closely with your teams to solve other problems.`,
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+ req: `1. MS or PhD degree in Pattern Recognition, Communications Engineering, Computer Science, Automation, Mathematics or related field; <br>
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+ 2. Demonstrated knowledge on C++ and MATLAB and strong programming skills;<br>
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+ 3. Experience with OpenCV/ceres-solver or related libraries;<br>
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+ 4. Experience programming using Linux and Windows;<br>
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+ 5. Fast learner, proficiency in English reading; <br>
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+ 6. Proficiency in commonly used data structures and algorithms, ability to analyze and optimize calculation logic to improve performance<br>
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+ 7. Post-graduate students with no work experience but are willing to engage in 3D reconstruction are also accepted.`,
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+ bonus: `1. Experienced in related projects of feature extraction and matching, based on image 3D reconstruction (SFM) is preferred.`
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+ },
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+ {
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+ name: 'Graphics Algorithms Researcher (Deep Learning for Visual Understanding Direction)',
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+ type: 'Development',
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+ address: 'Zhuhai',
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+ count: 1,
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+ date: '2018-06-12',
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+ desc: `1.Researchers are responsible to investigate feature point descriptors for deep learning, stereo vision, SLAM, and depth prediction method of images.`,
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+ req: `1. Familiar with clustering, classification, regression, graph model and other machine learning algorithms.<br>
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+ 2. Proficient in one or more of pytorch, tensorflow and other deep learning frameworks.<br>
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+ 3. Understand classical computer vision tasks, such as SFM, SLAM, object detection, etc.<br>
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+ 4. Relevant conmputer vision project experience or intent to apply deep learning methods to classic computer vision task.`,
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+ bonus: `1. Experienced in related projects of feature extraction and matching, based on image 3D reconstruction (SFM) is preferred.`
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+ },
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+ {
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+ name: 'Graphics Algorithms Researcher (Panoramic Images Mapping Direction)',
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+ type: 'Development',
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+ address: 'Zhuhai',
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+ count: 1,
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+ date: '2018-06-12',
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+ desc: `1.Responsible to develop and optimize fisheye camera calibration algorithms.<br>
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+ 2.Responsible to develop and optimize panoramic image mapping algorithms.`,
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+ req: `1.MS or PhD degree in Pattern Recognition, Communications Engineering, Computer Science, Automation, Mathematics or related field; <br>
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+ 2.Demonstrated knowledge on C++ and MATLAB and strong programming skills;<br>
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+ 3.Experience with OpenCV/OpenGL or related libraries. <br>
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+ 4.Solid understanding of fisheye camera calibration and hardware structure as well as related parameters.<br>
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+ 5.Proficiency in commonly used data structures and algorithms, ability to analyze and optimize calculation logic to improve performance`,
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bonus: `1. Experienced in related projects of feature extraction and matching, based on image 3D reconstruction (SFM) is preferred.`
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},
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{
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