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Chen Baile’s Research Group Achieved Significant Breakthrough in III-V Infrared Detectors
Recently, Professor Chen Bailes research group from the Post-Moore Devices Microelectronics and Integrated Circuit Center collaborated with other universities and achieved significant breakthroughs in O-band silicon-based quantum dot avalanche photodiodes, C-band indium phosphide-based quantum-dash detectors, and mid-infrared high-speed detectors. The corresponding results have been published in ACS Photonics, ACS Nano, and IEEE Journal of Quantum Electronics, entitled Low dark current high gain
2020-07-03
News
SIST Published Two Technical Papers in IEEE Transactions on Power Electronics
Recently, the Center for Intelligent Power and Energy Systems (CiPEs) published two technical papers on “how to achieve efficient vehicle charging with an ultra-wide output voltage range” and “how to optimize the circuit model of electric field coupling wireless power systems” in IEEE Transactions on Power Electronics. Commonly, the terminal voltage of a battery pack decreases with the drop of the battery state-of-charge. One of the challenges of EV charging is to achieve efficient on-board char
2020-07-02
News
SIST Published Academic Paper In Top Journal IEEE TPAMI
Visual and Data Intelligence Center (VDI Center) of SIST has published a top journal paper, Neural Opacity Point Cloud, inIEEE Transactions on Pattern Analysis and Machine Intelligence (IEEE TPAMI) recently. The journal has a 2019 impact factor of 17.861 and mainly contains original scientific research results in the fields of artificial intelligence, pattern recognition, computer vision and machine learning.This work introduces a neural renderer which can render complex scene and generate image
2020-06-16
News
SIST Undergraduate Student Published a Paper in ACM/IEEE DAC Conference
Li Rui, a senior undergraduate student from the research group of Professor Ha Yajun, had a paper accepted by ACM / IEEE Design Automation Conference (DAC 2020) (Paper title: DVFS-Based Scrubbing Scheduling for Reliability Maximization on Parallel Tasks in SRAM-based FPGAs) as the first author. This is Li Rui’s second scientific paper accepted by international conferences in this year. His first paper was accepted by the International Symposium on Circuits and Systems (ISCAS 2020), the flagship
2020-06-15
News
SIST Achieves Fruitful Results in AI Research Since 2020
Since the beginning of 2020, a total of 29 academic papers from the Visual Data Intelligence Center of SIST have been accepted by top-tier international conferences, covering research hotspots including computer vision, machine learning, natural language processing, computer graphics, and multi-agent systems. Those research outcomes address a variety of real-world problems in digital entertainment, architectural design, traffic monitoring and control, medical imaging and the digital economy.Gro
2020-06-15
News
Entropy-SIST Yearbook, 2019
2020-06-02
News
Prof. Cheng Wang’s group proposes a technique to narrow the spectral linewidth of quantum cascade lasers
In the beginning of 2020 Prof. Cheng Wang’s Group devised a method to narrow the spectral linewidth of quantum cascade lasers (QCLs), which only requires a mirror to provide light reflection. This technique narrows the laser linewidth by 70 times, and the corresponding phase noise is reduced by 4 orders of magnitude. This result is now published in the renowned journal ACS Photonics, titled as Strong optical feedback stabilized quantum cascade laser.The light emission of QCLs covers the spectral
2020-05-09
News
SIST PMICC Center Makes Progress in Novel Device Research
Digital electronic computer is the driving force that fuels our modern civilization. Modern computation has allowed the development of ever-increasing computing power by size scaling following the Moore’s Law. However, since the size scaling of CMOS technology has shown evidence of approaching a limit due to increased power density at small technology nodes, conventional digital computation using current von Neumann architectures and 0/1 bits will inevitably be stagnating because of these fundam
2020-04-09
News
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Chen Baile’s Research Group Achieved Significant Breakthrough in III-V Infrared Detectors
Recently, Professor Chen Bailes research group from the Post-Moore Devices Microelectronics and Integrated Circuit Center collaborated with other universities and achieved significant breakthroughs in O-band silicon-based quantum dot avalanche photodiodes, C-band indium phosphide-based quantum-dash detectors, and mid-infrared high-speed detectors. The corresponding results have been published in ACS Photonics, ACS Nano, and IEEE Journal of Quantum Electronics, entitled Low dark current high gain
2020-07-03
News
SIST Published Two Technical Papers in IEEE Transactions on Power Electronics
Recently, the Center for Intelligent Power and Energy Systems (CiPEs) published two technical papers on “how to achieve efficient vehicle charging with an ultra-wide output voltage range” and “how to optimize the circuit model of electric field coupling wireless power systems” in IEEE Transactions on Power Electronics. Commonly, the terminal voltage of a battery pack decreases with the drop of the battery state-of-charge. One of the challenges of EV charging is to achieve efficient on-board char
2020-07-02
News
SIST Published Academic Paper In Top Journal IEEE TPAMI
Visual and Data Intelligence Center (VDI Center) of SIST has published a top journal paper, Neural Opacity Point Cloud, inIEEE Transactions on Pattern Analysis and Machine Intelligence (IEEE TPAMI) recently. The journal has a 2019 impact factor of 17.861 and mainly contains original scientific research results in the fields of artificial intelligence, pattern recognition, computer vision and machine learning.This work introduces a neural renderer which can render complex scene and generate image
2020-06-16
News
SIST Undergraduate Student Published a Paper in ACM/IEEE DAC Conference
Li Rui, a senior undergraduate student from the research group of Professor Ha Yajun, had a paper accepted by ACM / IEEE Design Automation Conference (DAC 2020) (Paper title: DVFS-Based Scrubbing Scheduling for Reliability Maximization on Parallel Tasks in SRAM-based FPGAs) as the first author. This is Li Rui’s second scientific paper accepted by international conferences in this year. His first paper was accepted by the International Symposium on Circuits and Systems (ISCAS 2020), the flagship
2020-06-15
News
SIST Achieves Fruitful Results in AI Research Since 2020
Since the beginning of 2020, a total of 29 academic papers from the Visual Data Intelligence Center of SIST have been accepted by top-tier international conferences, covering research hotspots including computer vision, machine learning, natural language processing, computer graphics, and multi-agent systems. Those research outcomes address a variety of real-world problems in digital entertainment, architectural design, traffic monitoring and control, medical imaging and the digital economy.Gro
2020-06-15
News
Entropy-SIST Yearbook, 2019
2020-06-02
News
Prof. Cheng Wang’s group proposes a technique to narrow the spectral linewidth of quantum cascade lasers
In the beginning of 2020 Prof. Cheng Wang’s Group devised a method to narrow the spectral linewidth of quantum cascade lasers (QCLs), which only requires a mirror to provide light reflection. This technique narrows the laser linewidth by 70 times, and the corresponding phase noise is reduced by 4 orders of magnitude. This result is now published in the renowned journal ACS Photonics, titled as Strong optical feedback stabilized quantum cascade laser.The light emission of QCLs covers the spectral
2020-05-09
News
SIST PMICC Center Makes Progress in Novel Device Research
Digital electronic computer is the driving force that fuels our modern civilization. Modern computation has allowed the development of ever-increasing computing power by size scaling following the Moore’s Law. However, since the size scaling of CMOS technology has shown evidence of approaching a limit due to increased power density at small technology nodes, conventional digital computation using current von Neumann architectures and 0/1 bits will inevitably be stagnating because of these fundam
2020-04-09
News
per page
8
records
total
214
records
firstpage
<<previouspage
nextpage>>
endpage
PageNumber
9
/
27
jumpto
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