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academic results in the past 5 years exceeding or meeting the standards required for the corresponding high-level positions at the university. Benefits: Implementation of performance-based salary; Relocation
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Devices and IC; High performance GaN power devices; All GaN Driver/DCDC converter for radiation resistance GaN Optoelectronic Integration; For more details, please click: https://scholar.xjtlu.edu.cn/en
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and deployment. The expected outcomes include a novel MLLM architecture, improved performance in MIA tasks, and publications in high-impact conferences and journals. This project aims to bridge the gap
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scientific and technological projects, and promoting industry-university-research cooperation. It utilizes the high-quality international scientific research resources and environment of XJTLU and its partner
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promoting industry-university-research cooperation. It utilizes the high-quality international scientific research resources and environment of XJTLU and its partner universities, following a development
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industry-university-research cooperation. It utilizes the high-quality international scientific research resources and environment of XJTLU and its partner universities, following a development strategy of