• NUCLEAR TECHNIQUES
  • Vol. 47, Issue 2, 020102 (2024)
Xing YANG1、3, Yongbin LENG2、*, and Yimei ZHOU4
Author Affiliations
  • 1Shanghai Institute of Applied Physics, Chinese Academy of Sciences, Shanghai 201800, China
  • 2University of Science and Technology of China, Hefei 230026, China
  • 3University of Chinese Academy of Sciences, Beijing 100049, China
  • 4Shanghai Advanced Research Institute, Chinese Academy of Sciences, Shanghai 201204, China
  • show less
    DOI: 10.11889/j.0253-3219.2024.hjs.47.020102 Cite this Article
    Xing YANG, Yongbin LENG, Yimei ZHOU. Real-time optimization of bunch-by-bunch 3D information extraction software HOTCAP[J]. NUCLEAR TECHNIQUES, 2024, 47(2): 020102 Copy Citation Text show less
    Structural diagram of HOTCAP measurement system structure (color online)
    Fig. 1. Structural diagram of HOTCAP measurement system structure (color online)
    Algorithm structure of HOTCAP software package
    Fig. 2. Algorithm structure of HOTCAP software package
    Processing flowchart of HOTCAP software
    Fig. 3. Processing flowchart of HOTCAP software
    Resolution of 3D position measurement (SSRF)(a) Longitudinal phase resolution, (b) Lateral x-axis position resolution, (c) Lateral y-axis position resolution
    Fig. 4. Resolution of 3D position measurement (SSRF)(a) Longitudinal phase resolution, (b) Lateral x-axis position resolution, (c) Lateral y-axis position resolution
    Resolution of 3D position measurement (HLS)(a) Longitudinal phase resolution, (b) Lateral x-axis position resolution, (c) Lateral y-axis position resolution
    Fig. 5. Resolution of 3D position measurement (HLS)(a) Longitudinal phase resolution, (b) Lateral x-axis position resolution, (c) Lateral y-axis position resolution
    Difference between 3D position measurement before and after optimization(a) Longitudinal phase measurement results, (b) Difference in measurement results before and after longitudinal phase optimization, (c) Lateral x-axis position measurement results, (d) Difference in measurement results before and after optimization in lateral x-axis position
    Fig. 6. Difference between 3D position measurement before and after optimization(a) Longitudinal phase measurement results, (b) Difference in measurement results before and after longitudinal phase optimization, (c) Lateral x-axis position measurement results, (d) Difference in measurement results before and after optimization in lateral x-axis position
    Difference of refilled charge phase measurement before and after optimization
    Fig. 7. Difference of refilled charge phase measurement before and after optimization

    一级模块

    Top module

    二级模块

    Secondary module

    所需时间Required time / s

    UI模块

    UI module

    生成摘要图

    Plot figure

    <0.1

    IO模块

    IO module

    读取数据

    Data read

    8.2~10.3

    保存数据

    Data write

    1.3~2.1

    计算模块

    Calculation module

    数据预处理

    Preprocessing

    <0.1

    主频计算

    RF frequency

    2.1~3.2

    重建响应函数

    Response function

    103~128

    计算填充模式

    Filling pattern

    <1 s

    储存电荷信息

    Stored charge

    2 731~2 884

    补注电荷信息

    Refilled charge

    137~147

    总时长

    Total duration

    2 981~3 172
    Table 1. The time spent in processing SSRF data by the original software

    一级模块

    Top module

    二级模块

    Secondary module

    所需时间

    Required time / s

    UI模块

    UI module

    生成交互结果

    Plot figure

    <0.1

    IO模块

    IO module

    读取数据

    Data read

    8.2~9.3

    保存数据

    Data write

    1.5~1.7

    计算模块

    Calculation

    module

    数据预处理

    Preprosessing

    <0.1

    主频计算

    RF frequency

    2.1~2.5

    重建响应函数

    Response function

    74~76

    计算填充模式

    Filling pattern

    <1

    储存电荷信息

    Stored charge

    40~42

    补注电荷信息

    Refilled charge

    56~58

    总时长

    Total duration

    181~188
    Table 2. The time spent in processing SSRF data by the optimized software

    一级模块

    Top module

    二级模块

    Secondary module

    所需时间Required time / s

    UI模块

    UI module

    生成交互结果

    Plot figure

    <0.1

    IO模块

    IO module

    读取数据

    Data read

    1~2

    保存数据

    Data write

    0.1~0.2

    计算模块

    Calculation

    module

    数据预处理

    Preprosessing

    <0.1

    主频计算

    RF frequency

    2.1~2.5

    重建响应函数

    Response function

    12~13

    计算填充模式

    Filling pattern

    <1

    储存电荷信息

    Stored charge

    8~9

    补注电荷信息

    Refilled charge

    1~2

    总时长

    Total duration

    22~25
    Table 3. The time spent in processing HLF data by the optimized software
    Xing YANG, Yongbin LENG, Yimei ZHOU. Real-time optimization of bunch-by-bunch 3D information extraction software HOTCAP[J]. NUCLEAR TECHNIQUES, 2024, 47(2): 020102
    Download Citation