近年发表的
S
CI
论文(第一作者或通讯作者)
[1]
Zhuowei Wang
, Lianglun Cheng, Xiaoyu Song. Activity-driven Task Allocation in Energy Constrained Heterogeneous GPUs Systems
[
J].
IEEE Transactions on Computer-Aided Design of Integrated Circuits
.2021
,
40
(
1
1
):
2357-2371
. (
SCI
检索,
CCF A
)
[
2]
Zhuowei Wang
, Xiaoyu Song, Lianglun Cheng, Tao Wang. Warp-Aware Adaptive Energy Efficiency Calibration for Multi-GPU Systems [J]
.
IEEE Transactions on Computer-Aided Design of Integrated Circuits
. Early Access
. (
SCI
检索,
CCF A
)
[3]
Zhuowei Wang,
Lianglun Cheng, Hao Wang, W
u
qing Zhao, Xiaoyu Song. Energy Optimization by software prefetching for task granularity in GPU-based Embedded Systems
[
J]. IEEE Transactions on Industrial Electronics. 2020,67:5120-5131
.
(
SCI
检索,
中科院
J
CR 1
区
,广东工业大学
T
op
期刊
)
[4]
Zhuowei Wang
, Hao Wang, Xiaoyu Song, Jiahui Wu. Communication-Aware Energy Conusmption Model in Heterogeneous Computing Systems
[
J]. The Computer Journal, early access.
(SCI
检索,
C
CF
B)
[5]
Zhuowei Wang
, Hao Wang, Wuqing Zhao, lianglun Cheng. Energy optimization of parallel programs in a heterogeneous system by combining processor core-shutdown and dynamic voltage scaling[J]. Future Generation Computer Systems.2019,92:198-209 (
SCI
检索,
中科院
J
CR 2
区
)
[6]
Zhuowei Wang
, Hao Wang, Wuqing Zhao, lianglun Cheng. Three-level performance optimization for heterogeneous systems based on software prefetching under power constraints[J]. Future Generation Computer Systems, 2018,86:51-58 (
SCI
检索,
中科院
J
CR 2
区
)
[
7] Zhuowei Wang,
Weida Lin, Lianglun Cheng
,
Xiaoyu Song, Yang Wang. Multi-branch Detection Network Based on Trigger Attention for Pedestrian Detection under Occlusion
[
J]. Applied Intelligence.
https://doi.org/10.1007/s10489-022-03747-2
.
(
SCI
检索,
中科院
J
CR 2
区)
[
8]
Zhuowei Wang
, Ziyang Chen, Meng Zhao, Qin Zhao, Xuehu Liang, Jiajian L
i
and Xiaoyu Song. A New Classification Network for Diagnosing Alzheimer’s Disease in Class-Imbalance MRI Datasets
[
J]. Frontiers in Neuroscience
.
DOI: 10.3389/fnins.2022.807085
(
SCI
检索,
中科院
J
CR 2
区)
[
9] Jiangfeng Deng, lianglun Cheng,
Z
huowei Wang
*
. Attention-based BiLSTM fused CNN with gating mechanism model for Chinese long text classification[J]. Computer Speech & Language.
2021, 68(6):101182
(
通讯作者,
S
CI
检索,中科院
J
CR 2
区
)
[10] Genping Zhao, Weiguang Zhang, Yeping Peng, Heng Wu,
Zhuowei Wang*
and Lianglun Cheng. PEMCNet: An Efficient Multi-Scale Point Feature Fusion Network for 3D LiDAR Point Cloud Classification
[
J]. Remote Sensing,2021,13:1-15
(
通讯作者,
S
CI
检索,中科院
J
CR 2
区
)
[
11] Zhuowei Wang,
Yusheng, Lu, Genping Zhao, Chuanliang Sun, Fuhua Zhang, Su He. Sugarcane biomass prediction with multi-model remote sensing data using deep archetypal analysis and integrated learning
[
J].
Remote sensing. Vol.14, no.4944, pp. 1-20.
(
通讯作者,
S
CI
检索,中科院
J
CR 2
区
)
[
12]
Xuehu Liang,
Zhuowei Wang*,
Ziyang Chen, Xiaoyu Song. Alzheimer’s disease classification using distilled multi-residual[J]. Applied Intelligence. Published on line. 2022.
(SCI
检索,
IF:5.091,
中科院
J
CR 2
区
)
[
13]
Genping Zhao, Weitao Cai,
Zhuowei Wang*
, Heng Wu, Yeping Peng, Lianglun Cheng. Phenotypic parameters estimation of plants using deep learning-based 3-D Reconstruction from single RGB Image[J].
IEEE Geosci. Remote. Sens. Lett. 19
: 1-5 (2022) (
(SCI
检索,
IF:5.343,
中科院
J
CR3
区
,
广东工业大学
T
OP
期刊
)
[14]
Zhuowei Wang
, Naixue Xiong, Lianglun Cheng, Wuqing Zhao. Whole procedure heterogeneous multiprocessors low-power optimization at algorithm-level[J]. Cluster Computing—The Journal of Networks Software Tools and Applications.2019
,
22
(
1
)
:
2
407-2423.
(
SCI
检索,
IF:1.851
,
3
区)
[15]
Zhuowei Wang
, Lianglun Cheng, Wuqing Zhao and Naixue Xiong. An architecture-level GPU energy model[J]. Concurrency and Computation: Practice and Experience. 2016 28:2795-2810
(SCI
检索
,
中科院
J
CR 3
区
,
CCF C)
[16]
Zhuowei Wang
, Xianbin Xu, Naixue Xiong, Laurence T. Yang, Wuqing Zhao. Energy Cost Evaluation of Parallel Algorithms for Multiprocessor Systems[J]. Cluster Computing—The Journal of Networks Software Tools and Applications.2013, 16(16):77-90.
(
SCI
检索,
中科院
J
CR 3
区)
[17]
Z
huowei Wang
,
Jianpeng, Luo, Xueshi Li, Lianglun Cheng
.
Edible Oil Terahertz Spectral Feature Extraction Method Combining Radial Basis Function and KPCA [J]. Spectroscopy and Spectral undefinedysis , 2020,40(02):391-396.
(
SCI
检索,
中科院
J
CR 4
区)
[
18]
Depei Wang, Lianglun Cheng,
Zhuowei Wang
. Augmenting Feature Representation with Gradient Penalty for Robust Test Categorization. International Journal of Intelligent Systems. Vol. 2023, pp.1-19.
(
通讯作者,
SCI
检索,
中科院
J
CR 1
区)
(
2)授权专利:
[1]
一种利用太赫兹是域光谱的样品识别方法
.
王卓薇
,罗鉴鹏,何伟健,程良伦,专利号:
ZL201810528213.X
[
2]
结合径向基函数和核主成分分析的太赫兹光谱识别方法
.
王卓薇
,罗鉴鹏,程良伦,李学识
.
专利号:
Z
L201811393426.2
[
3]
一种用于时序金融数据的降噪方法
.
王卓薇
,高侃,程良伦
.
专利号:
Z
L201811301456.6
[
4]
医疗问答方法及装置
.
王卓薇
,陈娟,张凡龙
.
专利号:
ZL201910677024.3
[
5]
一种基于形状上下文描述的太赫兹图像危险品识别方法
.
王卓薇
,罗鉴鹏,程良伦
.
专利号:
Z
L201810517411.6
[
6]
一种基于
OpenMP
和
C
UDA
的图像特征提取并行方法,王卓薇,陈光明,程良伦
.
ZL201910548763.2
(
3)项目申请人主持与参与科研项目:
[
1
]国家自然科学基金面上项目,61672168,异构并行系统全程序算法级低功耗优化方法研究,20
17
/0
1
-
2020
/1
2
,6
3
万元,主持
[2]
国家自然科学基金青年项目,
61300029,体系结构级GPU功耗建模及软件低功耗优化方法研究,2014/01-2016/12,26万元,主持
[
3
]中国博士后面上基金项目,
2013M531825
,面向
GPU的低功耗软件优化关键技术研究,2013/04-2014/05,5万元,主持
[
4
]广东省重点领域研发计划项目,2019B010109001,神经退行性疾病早期智能预警高级机器学习技术与示范应用,2019/01-2020/12,800万,广东工业大学负责人
[
5]
广东省重点领域研发计划项目,高性能多物理场仿真算法与软件,
2021B0101190003,2021
/
01-2023
/
12,2000万,广东工业大学负责人
[
6
]广东省自然科学基金面上项目,通信与温度感知的异构系统算法级功耗优化方法研究,2020/1—2011/12,10万元,主持
[
7
]
广东省科技创新战略专项
,人工智能重大创新平台科普教育活动,
2
021
/
1
—2
021
/
12
,
50
万,主持
[
8]
中国高校产学研创新基金,工业控制实时网络的软件定义关键技术研究,
2
021FNA02010,20
万,主持
[
9]
广东省电力系统网络安全企业重点实验室开放基金,新型电力系统本体网络安全态势智能分析模型研究,
G
PKLPSNS-2022-KF-01,2022/11-2024/10,10
万元,主持
[
10]
高分辨率对地观测系统重大专项,
8
3
-
Y40G33-901-18/20
,大南海区域广东高分大数据平台与应用示范,
2
018
/
05
-
2020
/
05
,
2916
万元,第一负责人
[11]
国家自然科学基金重大项目,工业软件组件通用模型、理论及其应用方法研究,
U20A6003,
2021.01-2025.12
,
1579
万
,参与
[
12]
国家重点研发计划项目,供应链大数据全域建模与知识库构建技术,
2019YFB1705503
,
2019.01-2022.12,
1320
万,参与
[
13]
国家自然科学基金重点项目,离散制造过程人工智能驱动的优化与控制,
U1801263,2019.01-2022.12,2
80
万,参与
[
14]
国家自然科学基金重点项目,工业过程数据实时获取与知识自动化,
U1701262
,
201
8
.01-202
1
.12,2
60
万,参与