研究方向
1、 基于FD-SOI工艺的超低功耗高可靠SOC芯片设计
2、 高性能图像传感器与感算一体化3D芯片的研究
3、 基于Chiplet的异构集成微系统设计
主任：王海永
电话：010-82995609
邮箱：wanghaiyong@ime.ac.cn
科研人员10余人（副研以上7人，杰青1人），研究生约30人。承担科技部重大专项、国家重点研发计划、863、973、中国科学院等国家科研项目。已发表学术论文百余篇，申请发明专利80余项。
发表论文
2011年-今
[1] Hai-Fan Hu,Ying Wang,Jie Chen,and Jia-Tong Wei,An Advanced Double SOI CMOS Pixel Detector Termination With Trench Interspace,IEEE Sensor Journal,Vol.15,NO.7,JULY 2015,P3687-3691
[2] Hao Lan,Ying Wang,Jie Chen,Fei Cao,and Hai-Fan Hu,SoI Monolithic Active Pixel Sensors for Radiation Detection Application:A Review, IEEE Sensor Journal,Vol.15,NO.5,MAY 2015,P2732-2746
[3] 张洪伦,巴晓辉,陈杰,周航,基于FFT的微弱GPS信号频率精细估计,电子与信息学报,P2132-2137,第37卷第9期,2015年9月
[4] Li Zhichao,Liu Yuntao,Chen Min,Xiao Jingbo,and Chen Jie,A CMOS analog front-end chip for amperometric electrochemical sensors,Journal of Semiconductors,Vol. 36,No. 7,July 2015
[5] Xiaohui Ba,Shidong Luo,Haiyang Liu,Qing Yuan,Yun Wang and Jie Chen,A Fast Positioning Method for Hot Start in GNSS Receiver,China Satellite Navigation Conference (CSNC) 2015 Proceedings:
Volume I,P657-665
[6] 李健,陈杰,GNSS信号捕获的包络损耗及其补偿方法,哈尔滨工程大学学报,P1564-1569,第35卷第12期,2014年
[7] Li Zhichao,Liu Yuntao,Kuang Zhangqu,and Chen Jie,A capacitor-free high PSR CMOS low dropout voltage regulator,Journal of Semiconductors,Vol. 35,No. 6,June 2014
[8] 李健,陈杰,一种改进的北斗信号并行捕获方法,35卷11期,2014年11月
[9] 胡哲琨,陈杰,基于层次化片上网络的混合多播路由算法,哈尔滨工程大学学报2013年第34卷第10期2013年10月
[10]左勇,刘学勇,陈杰,低复杂度的多用户多业务OFDMA系统分组调度与资源分配算法,沈阳工业大学学报,2013年第5期
[11]胡哲琨,陈杰,消息传递型片上多核系统的设计,湖南大学学报(自然科学版),2013年8月,Vol. 40,No. 8
[12]Xiaohui Ba,Huahua Duan,Yun Wang,Jie Chen,A Novel GPS Cross-Correlation Mitigation Algorithm Based on Code Phase Comparison,China Satellite Navigation Conference (CSNC) 2013 Proceedings,P653-661
[13]喻庆东,周莉,朱伟成,陈杰,适用于MPEG-4的高效空域自适应图像后处理算法,哈尔滨工程大学学报,第33卷第11期,1440-1446页,2012年11月
[14]朱玥,陈杰,刘建,王云,申智波,实现空间异性纹理映射的查找表方法,系统工程与电子技术,第34卷第10期,2169-2174页,2012年10月
[15]Xiaohui Ba,Yun Wang,Jie Chen,Jian Li and Zhenpeng Lu,An Effective Algorithm for Pull-in and Tracking Processing of Weak GNSS Signal,China Satellite Navigation Conference (CSNC) 2012 Proceedings,P601-605
[16]巴晓辉，刘海洋，郑睿，陈杰，一种有效的GNSS接收机载噪比估计方法，武汉大学学报信息科学版，2011年4月第36卷第04期，457-460页
[17]陈陌寒,郑睿,王云,陈杰,复杂信号环境下的GNSS定位星座选择算法,哈尔滨工程大学学报,第1卷第1期,85-89页,2011年
[18]鲁郁,胡锐,杨云春,一种低成本GPS/INS紧耦合组合导航系统,武汉大学学报,信息科学版,第36卷第4期,481-485页,2011年4月
[19]潘科,左勇,刘学勇,陈杰,OFDM系统子载波与数据包长度联合分配算法,系统工程与电子技术,33(2):432-437页,2011.2
[20]潘科,左勇,刘学勇,陈杰,OFDM系统用户上行有效吞吐量最大化算法,哈尔滨工程大学学报,32(8):1068-1075页,2011.8
[21]左勇,潘科,刘学勇,陈杰,基于连接两段激活模型的IEEE 802.16系统接纳控制算法,电子与信息学报,第33卷第7期,1537-1543页,2011年7月
[22]左勇,潘科,刘学勇,陈杰,联合AMC,ARQ与包分割的通信系统队列分析与跨层优化,系统工程与电子技术,第33卷第11期,2522-2530页,2011年11月
[23]喻庆东,周莉,陈杰,兼容多标准的高效运动补偿新结构,电子与信息学报,第33卷第6期,1332-1338页,2011年6月
[1] 奚杰,陈杰,刘建,敖天勇,H.264在多核平台上的并行性分析,哈尔滨工程大学学报,2010年第31卷第9期
[2] 巴晓辉,刘海洋,陈培,陈杰,一种超高灵敏度GPS信号的跟踪方法,武汉大学学报,2010年
[3] 亓中瑞,IEEE 802.16d OFDM系统中的FFT/IFFT设计与实现,哈尔滨工业大学学报（英文版）,2010年
[4] Zheng Rui,Chen Mohan,Ba Xiaohui,Chen Jie,A novel fine code phase determination approach for a bandwidth limited snapshot GPS receiver,Position Location and Navigation Symposium (PLANS),2010 IEEE/IONPosition Location and Navigation Symposium (PLANS),2010 IEEE/ION,Indian Wells,CA,USA
[5] Liu XueYong,Pan Ke,Zuo Yong,Chen Jie,Blind Symbol Synchronization for OFDM Systems in Multipath Fading Channels,The 6th International Conference on Wireless Communications,Networking and Mobile Computing (WiCOM 2010),ChengDu
[6] 邱昕,张浩,亓中瑞,刘壹,陈杰,一种高速自适应Reed-Solomon译码结构及其VLSI优化实现,电子与信息学报,第31卷第2期,2009年3月
[7] 邱昕,张浩,亓中瑞,刘壹,陈杰,CP不足情况下OFDM信道估计与均衡,中国电子科技大学学报,第38卷第2期,2009年5月
[8] 郑睿,陈杰,信号短暂缺失下的非完备GPS定位算法研究,电子科技大学学报,2009年7月
[9] 陈培,王云,陈杰,短时相关和FFT相结合的伪码快速捕获算法,电子科学技术大学学报,2009年第1期
[10]陈培,杨颖,王云,陈杰,扩展卡尔曼滤波估计载波参数的算法研究,电子科学技术大学学报,2009年第7期
[11]邱昕,张浩,亓中瑞,刘壹,陈杰,一种高速自适应Reed-Solomon译码结构及其VLSI优化实现,电子与信息学报,2009-3-1 第31卷第2期
[12]亓中瑞,张浩,邱昕,陈杰,Design and implementation of FFT/IFFT in IEEE 802.16d OFDM system,哈尔滨工业大学学报（英文版）,2009年第六期16卷
[13]邱昕,张浩,亓中瑞,刘壹,陈杰,CP不足情况下OFDM信道估计与均衡,电子与科技大学学报,2009-5-1 第38卷第2期
[14]杨颖,陈培,王云,陈杰,扩频通信同步系统中锁相环的设计,哈尔滨工程大学学报,2009年第2期
[15]黄玄,陈杰,李霞,周莉,AVS高清视频帧间补偿结构与电路实现,电子科技大学学报,2009年 02期
[16]Ke Pan,Yong Zuo,Xueyong Liu,Jie Chen,A Joint Adaptive Subpacket Size and Modulation Coding Scheme with Variable Bandwidth,Global Mobile Congress[C],2009年10月
[17]Zheng Rui,Chen Mohan,Ba XiaoHui,Chen Jie,A Self-Adaptive Maximum Likelihood Bit Synchronization Approach for a GPS Receiver,ION09,2009年9月
[18]Ba Xiaohui,Liu Haiyang,Zheng Rui,Chen Jie,A Novel Efficient Tracking Algorithm Based On FFT For Extremely Weak GPS Signal,ION GNSS2009，September 22-25,2009,Savannah,Georgia，P1700-1706
[19]阴亚东,陈杰,王海永,Band III锁相环型频率综合器的实现,半导体学报,第29卷第6期,2008年6月
[20]岳培培,刘建,SHEIKH Anjum,陈杰,NoC映射问题中的列举路径分配算法,电子科技大学学报,第37第1期,2008年1月
[21]Sheraz Anjum,Chen Jie,Han Liang et al..,A Scalable and Low Power VLIW DSP Core for Embedded System Design,Journal of Harbin Institute of Technology (New Series),April 2008,15(2): P172-175.
[22] Sheraz Anjum,Chen Jie,Yue Pei-pei,and Liu Jian,Traffic Modeling and Mapping of H.264 Encoder on 2D-Mesh Vs Application Specific NoC,Journal of System Simulation,May 2008,20(10): P2782-2788.
[23]亓中瑞,张浩,曲文泽,邱昕,陈杰,IP-OFDMA采样时钟频率偏差与残余频偏估计,大连海事大学学报,2008年第34卷第4期,107-110
[24]Wenze Qu,Jie Chen,Zhongrui Qi,Hao Zhang,Xin Qiu,Yi liu,Low Complexity Cell Search Algorithm for Mobile OFDMA Systems,WICOM'08,2008.10
[25]杜占坤,郭慧民,陈杰,应用于PLL的改进型自校准CMOS电荷泵电路,电子器件,第30卷第6期,2007年12月
[26]马旭,陈杰,一种适用于高清视频解码的反离散余弦变换的VLSI实现,电子器件第30卷第2期,2007年4月
[27]Sheraz Anjum,Chen Jie and Li Hai Jun,Design and Implementation of a Delay Optimized Multiply-Accumulate Unit for High Speed DSPs,Chinese Journal of Electron Devices,Aug 2007,30(4): P1375-1379.
[28]李璐,汤跃科,陈杰,基于Crossbar Switch结构的多层AMBA高速总线的设计及其应用,电子器件,第30卷第5期,2007年10月
[29]苏叶华,刘建,陈杰,一种适用于低功耗超长指令字DSP处理器的硬件循环缓冲设计,电子器件,第30卷第5期,2007年10月
[30]Sheraz Anjum ,Chen Jie,An Efficient Architecture of Instruction Cache Unit (ICU) with Emphasis on its Performance Analysis,Chinese Journal of Electron Devices,Oct. 2007,30(5): P1861-1865.
[31]Xiangliang Jin,Jie Chen,and Yulin Qiu,A Novel Wide-dynamic-range Logarithmic-response Bipolar Junction Photogate Transistor for CMOS imagers,Chinese optics letters,Vol.1,no.8,2003.
[32] Xiangliang Jin,Jie Chen,Yulin Qiu,Principle and Analysis of Gate-Induced Noise in Pixel MOSFET of CMOS Imagers,半导体学报,Vol.24,No.9,2003,P1069-1074.
[33] Xiangliang Jin,Jie Chen,and Yulin Qiu,Pixel Cross-talk Considerations for CMOS Image Sensor Based on Technology Scaling,Semiconductor Photonics and Technology,Vol.9,No.4,2003,P245-250.
[34] Xiangliang Jin,Jie Chen,and Yu Lin Qiu,Analytical Transient Model of Photocurrent Characteristics for Bipolar Junction Photogate Transistor Used by CMOS Imagers,Journal of Functional Materials and Devices,Vol.9,No 1,2003,P53-57.
[35] Xiangliang Jin,Jie Chen and Yu Lin Qiu,Numerical Simulation and Analysis of Photo-charge Transfer Characteristics of Bipolar Junction Photogate Transistor for CMOS Imagers,Semiconductor Photonics and Technology,Vol.9,No.2,2003,P75-78.
[36] Xiangliang Jin,Jie Chen,Yu Lin Qiu,双极型光栅晶体管的瞬态特性模型及模拟分析功能材料与器件学报,第9卷第1期,2003年1月.
[37]金湘亮,陈杰,仇玉林,根据行为级模型方法对CMOS图像传感器的BJPG 晶体管的分析,半导体学报,第24卷第3期,2003年3月.
[38]金湘亮,陈杰,仇玉林,CMOS图像传感器像素中MOSFET晶体管的栅感应噪声原理及分析,半导体学报,第24卷第9期,2003年9月.
[39] Xiangliang Jin,Jie Chen,and Yulin Qiu,A Novel Wide-dynamic-range Logarithmic-response Bipolar Junction Photogate Transistor for CMOS imagers,Chinese optics letters,Vol.1,no.8,2003.
[40] Xiangliang Jin,Jie Chen and Yu Lin Qiu,Numerical Simulation and Analysis of Photo-charge Transfer Characteristics of Bipolar Junction Photogate Transistor for CMOS Imagers,Semiconductor Photonics and Technology,Vol.9,No.2,2003,P75-78.
[41] Xiangliang Jin,Jie Chen,and Yulin Qiu,Pixel Cross-talk Considerations for CMOS Image Sensor Based on Technology Scaling,Semiconductor Photonics and Technology,Vol.9,No.4,2003,P245-250.
[42] Xiangliang Jin,Jie Chen,and Yulin Qiu,Numerical Simulation and Analysis of Bipolar Junction Photogate Transistor for CMOS Image Sensor,半导体学报,Vol.24,No.3,2003,P250-254.
[43] Xiangliang Jin,Jie Chen,and Yulin Qiu,Analysis of Bipolar Junction Photogate Transistor for CMOS Image Sensor Based on Behavioral Modeling Methodology,电子器件,Vol.25,No 4,2002,P424-430.
[44]金湘亮,陈杰,仇玉林,根据行为级模型方法对CMOS图像传感器的BJPG晶体管的分析,电子器件,第25卷第4期,2002年4月
[45]Jian Gao,Jie Chen,A Novel Asynchronous Multiple Function Multiple-accumulator,ASICON2005,2005.10.
[46] Xu Ma,Jie Chen,Jian Gao,A High-performance Low-Power 2-D 8x8 IDCT Processor with Asynchronous Pipeline,ASICON2005,2005.10.
[47] Jie Chen,Chaoxian Zhou and etc.,A Reconfigurable Architecture of High Performance Embedded DSP Core with Vector Processing Ability,2003 5th International Conference on ASIC Proceedings,P377-380,2003. (Invited paper)
[48] Xiangliang Jin and Jie Chen,Analysis of Novel Low-Power Quasi-Dynamic Ratioless Readout Scanning Shift Register for CMOS Imagers,The 5th International Conference on ASIC,October 21-24,2003,Beijing,China,P595-598.
[49] Xiangliang Jin and Jie Chen,Design and Optimization of 0.25um Technology Low-Voltage Low-Power CMOS APS with Device Scaling Considerations,The 5th International Conference on ASIC,October 21-24,2003,Beijing,China,P599-563.
[50] Xiangliang Jin,Chen J,Qiu YL,Analysis of novel wide-dynamic-range logarithmic-response bipolar junction photogate transistor for CMOS imagers,2003 IEEE CONFERENCE ON ELECTRON DEVICES AND SOLID-STATE CIRCUITS,P79-82,2003
[51]Jin XL,Chen J,Novel principle and realization of simple low-power low-noise correlated double sampling for CMOS pixel readout circuit,2003 IEEE CONFERENCE ON ELECTRON DEVICES AND SOLID-STATE CIRCUITS,P113-116,2003.
[52] Ying Li and Jie Chen,A Reconfigurable Architecture of A High Performance 32-bit MAC Unit For Embedded DSP,2003 5th International Conference on ASIC Proceedings,P1285-1288,2003
[53]Xin Zhang,Jie Chen and etc.,Low Power and Concurrency Optimization of the Computational Unit for DSP Processors Based on Software,2003 5th International Conference on ASIC Proceedings,P424-427,2003.
[54] Xiangliang Jin,Chen J,Novel principle and realization of simple low-power low-noise correlated double sampling for CMOS pixel readout circuit,2003 IEEE CONFERENCE ON ELECTRON DEVICES AND SOLID-STATE CIRCUITS,P113-116,2003.
[55] Xiangliang Jin,Chen Jie,and Qiu Yulin,Sensitivity and photodectector considerations for CMOS imager sensor,Second Joint Symposium on Opto- and Microelectronic Devices and Circuits,March 10-16,2002,Stuttgart,Germany,P222-225.
[56] Xiangliang Jin,Jie Chen et al.,Numerical simulation and analysis of voltage controlling N+-N-P+ model for BJMOSFET’s DC characteristics,IEEE TECON ’2,Oct. 28-31,2002. BeiJing,China,P2075-2078.
[1] Jie Chen,G.L. Shou and C.M.Zhou,“A Mixed Analog-Digital Matched Filter VLSI with High-Speed and Low Consumption Power”,IS2000,Japan,Nov.,2000
[2] Jie Chen,G.L. Shou and C.M. Zhou,“Digital-Controlled Analog Circuits for Weighted-Sum Operations: Architecture,Implementation and Applications”,IEICE Trans. on Fundamentals of Electronics,Communications and Computer Sciences,E82-A,Nov.,P2505-2513,1999.
[3] Jie Chen,Wen Chen and S.Itoh,“Lossy to Lossless Compression of ECG by Using Integer Wavelet Transform”,Medical & Biological Engineering & Computing,Vol.37,Supplement2,P1610-1611,1999.
[4] Wen Chen,Jie Chen and S.Itoh,“The Error Estimation of Sampling in Wavelet Subspaces”,IEICE Trans. on Fundamentals of Electronics,Communications and Computer Sciences,E82-A,No.5,P835-841,1999.
[5] Jie Chen,G.L. Shou and C.M. Zhou,“Digital-Controlled Analog Circuits for Weighted-Sum Operations: Architecture,Implementation and Applications”,IEICE Trans. on Fundamentals of Electronics,Communications and Computer Sciences,E82-A,Nov.,P2505-2513,1999.
[6] T. Yamazaki,J. Chen,Panrit Tosukhowong,and S.Itoh,“Progressive Stereo Matching by Integer Wavelet Transform”,Proc.of SITA`99,pp.825-828,Niigata,1999.
[7] N. Sahara,J. Chen,Panrit Tosukhowong,and S.Itoh,“ECG Compression Using Integer Wavelet Transform”,Proc.of SITA`99,P829-831,Niigata,1999
[8] Jie Chen and S.Itoh,“A Wavelet Transform Based ECG Compression Method Guaranteeing Desired Signal Quality”,IEEE Trans. On Biomedical Engineering,Vol.45,No.12,P1414-1419,1998.
[9] Panrit Tosukhowong,J.Chen and S.Itoh,“Image Compression using Integer Wavelet Transform”,Picture Coding Symposium of Japan 1998,PCSJ98,P83-84,Karuizawa,Oct.,1998.
[10] J.Chen “Mixed Digital and Analog VLSI Design”,China Association of Science and Technology,CAST-98,The 3rd Academic Conference of Young Scientists,P244--247,Beijing,China,Aug.,1998.
[11] J.Chen and etc,“Low Power Design Technology for the Baseband Signal Processing of Wide-band DS-CDMA Communications”,Chapter 7,Tricips Publication,1997, ISBN4-88657-178-6.
[12] J. Chen,S.Itoh and T.Hashimoto,“The Rate-Distortion Performance of Wavelet Transform Coding”,Proc.of SITA`94,P531-534,Hiroshima,1994.
[13] H.Tatekawa,J.Chen,S.Itoh and T.Hasimoto,“Image Compression by Wavelet Transform and PTVQ”,Proc.of SITA`94,P615-618,Hiroshima,1994
[14]J.Chen,S.Itoh and T.Hashimoto,“Wavelet Transform Based ECG Data Compression with Desired Reconstruction Signal Quality”,p.84,Proc.of IEEE-IMS Workshop on Information Theory,USA,1994
[15]J.Chen,S.Itoh and T.Hashimoto,“Wavelet Pyramid Image Coding with Predictable and Controllable Subjective Picture Quality”,IEICE Trans.on Fundamentals of Electronics,Communications and Computer Sciences,E-76-A,No.9,P1458-1468,1993.
[16] J.Chen,S.Itoh and T.Hashimoto,“ECG Data Compression Using Wavelet Transform”,IEICE Trans.on Information and Systems,E-76-D,No.12,P1454-1461,1993.
[17] J.Chen and S.Itoh,“An optimally Bit Allocated Wavelet Pyramid Image Coding System”,p.282,Proc. of IEEE ISIT,USA,1993.
[18] J.Chen,S.Itoh and T.Hashimoto,“A Wavelet Transform Based Compression Method for ECG Signal”,P411-414,Proc.of SITA93,Kanezasa,1993.
[19] J.Chen,S.Itoh and T.Hashimoto,“Wavelet Transform Based Image Coding: a Challenge to JPEG and MPEG”,P403-406,Proc.of SITA93,Kanezasa,1993.
[20] H.Tatekawa,J.Chen,S.Itoh and T.Hasimoto,“Image Compression by Wavelet Transform and Vector Quantization”,Proc. of SITA 94,P407-410,Hiroshima,1993.
[21] J.Chen,S.Itoh,T.Hashimoto,“Scalar Quantization Noise Analysis and Optimal Bit Allocation for Wavelet Pyramid Image Coding System”,P112-116,Proc. Of ICCS/ISITA,Singapore,1992.
[22] J.Chen and S.Itoh,“A Wavelet Pyramid Image Coding System”,P185-188,Proc. of SITA92,Mizukami,1992.
[23] J. Chen,S.Itoh and Y.Fukamachi,“Signal Compression for Large Alphabet Size Sources”,Proc.of SITA`90,P221-226,Tateshina,1991.
[24] J.Chen,S.Itoh,“An Extended LZW Algorithm for Lossless Compression of Grey-Level Images”,P427-430,Vol.1,Proc. Of ISITA,Hawaii,USA,1990.
获奖列表：
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