Catherine喜洋洋
高级研发工程师
德州仪器 · 3年经验
日薪：
￥500/8h
地点：
北京 海淀
时间：
下班后周六周日可工作日远程
信用行为
0
接单数
0
评价数
0
收藏数
技术能力
Languages: MATLAB, verilog, system verilog, python, perl, C++, linux shell, makefile
擅长语言：MATLAB, verilog, system verilog, python, perl, C++, linux shell, makefile 等
擅长语言：MATLAB, verilog, system verilog, python, perl, C++, linux shell, makefile 等
项目经验
MATLAB Simulation for Denoising the Electrocardiogram
This project focus on the analysis and simulation of denoising ECG by MATLAB. We first briefly introduce the biophysical mechanism of how heart generates electric impulses, then, we analyze the generation and simulation of ECG signals on PC, after the analysis, we design Butterworth filters for purifying the ECG signal for more accurate diagnosis, i.e, removing the Power Line Interference and Electrode Contact Noise. Finally, by comparing the FFT of ECG before and after filtering, we evaluated our filter performance.
编程语言： MATLAB
Binary Manipulation over HTTP via Man in the Middle Attack
Project description: Software is primarily distributed via the internet as bandwidth has increased along with the prevalence of software providers. The mechanisms for this delivery, however, are not always secure. Recent news stories [2] [12], have hinted at the potential ways in which downloads of executable files over HTTP connections may be modified en route. However, the literature shows a dearth of information on this subject. In this paper we explore methods for infiltrating executable files via the insertion of malicious code delivered through man in the middle attack. We explore the detectability of a tool capable of on the fly manipulation of binaries for multiple platforms. We determine that some countermeasures are more effective than others, in particular when they do not allow users to bypass their warning messages and instead refuse to run “damaged” binaries.
编程语言： Java
This project focus on the analysis and simulation of denoising ECG by MATLAB. We first briefly introduce the biophysical mechanism of how heart generates electric impulses, then, we analyze the generation and simulation of ECG signals on PC, after the analysis, we design Butterworth filters for purifying the ECG signal for more accurate diagnosis, i.e, removing the Power Line Interference and Electrode Contact Noise. Finally, by comparing the FFT of ECG before and after filtering, we evaluated our filter performance.
编程语言： MATLAB
Binary Manipulation over HTTP via Man in the Middle Attack
Project description: Software is primarily distributed via the internet as bandwidth has increased along with the prevalence of software providers. The mechanisms for this delivery, however, are not always secure. Recent news stories [2] [12], have hinted at the potential ways in which downloads of executable files over HTTP connections may be modified en route. However, the literature shows a dearth of information on this subject. In this paper we explore methods for infiltrating executable files via the insertion of malicious code delivered through man in the middle attack. We explore the detectability of a tool capable of on the fly manipulation of binaries for multiple platforms. We determine that some countermeasures are more effective than others, in particular when they do not allow users to bypass their warning messages and instead refuse to run “damaged” binaries.
编程语言： Java
Catherine喜洋洋
高级研发工程师 · 3年经验 · 德州仪器
0
累计接单
0
用户评价
0
被收藏
信用行为
0
接单数
0
评价数
0
收藏数
技术能力
Languages: MATLAB, verilog, system verilog, python, perl, C++, linux shell, makefile
擅长语言：MATLAB, verilog, system verilog, python, perl, C++, linux shell, makefile 等
擅长语言：MATLAB, verilog, system verilog, python, perl, C++, linux shell, makefile 等
项目经验
MATLAB Simulation for Denoising the Electrocardiogram
This project focus on the analysis and simulation of denoising ECG by MATLAB. We first briefly introduce the biophysical mechanism of how heart generates electric impulses, then, we analyze the generation and simulation of ECG signals on PC, after the analysis, we design Butterworth filters for purifying the ECG signal for more accurate diagnosis, i.e, removing the Power Line Interference and Electrode Contact Noise. Finally, by comparing the FFT of ECG before and after filtering, we evaluated our filter performance.
编程语言： MATLAB
Binary Manipulation over HTTP via Man in the Middle Attack
Project description: Software is primarily distributed via the internet as bandwidth has increased along with the prevalence of software providers. The mechanisms for this delivery, however, are not always secure. Recent news stories [2] [12], have hinted at the potential ways in which downloads of executable files over HTTP connections may be modified en route. However, the literature shows a dearth of information on this subject. In this paper we explore methods for infiltrating executable files via the insertion of malicious code delivered through man in the middle attack. We explore the detectability of a tool capable of on the fly manipulation of binaries for multiple platforms. We determine that some countermeasures are more effective than others, in particular when they do not allow users to bypass their warning messages and instead refuse to run “damaged” binaries.
编程语言： Java
This project focus on the analysis and simulation of denoising ECG by MATLAB. We first briefly introduce the biophysical mechanism of how heart generates electric impulses, then, we analyze the generation and simulation of ECG signals on PC, after the analysis, we design Butterworth filters for purifying the ECG signal for more accurate diagnosis, i.e, removing the Power Line Interference and Electrode Contact Noise. Finally, by comparing the FFT of ECG before and after filtering, we evaluated our filter performance.
编程语言： MATLAB
Binary Manipulation over HTTP via Man in the Middle Attack
Project description: Software is primarily distributed via the internet as bandwidth has increased along with the prevalence of software providers. The mechanisms for this delivery, however, are not always secure. Recent news stories [2] [12], have hinted at the potential ways in which downloads of executable files over HTTP connections may be modified en route. However, the literature shows a dearth of information on this subject. In this paper we explore methods for infiltrating executable files via the insertion of malicious code delivered through man in the middle attack. We explore the detectability of a tool capable of on the fly manipulation of binaries for multiple platforms. We determine that some countermeasures are more effective than others, in particular when they do not allow users to bypass their warning messages and instead refuse to run “damaged” binaries.
编程语言： Java
案例展示
基于 MPI 的多服务器时间校准(C++
there is a server A 10.10.70.200 and server tb 10.10.70.201: 1. record current timestamp TA[n-1](use RDTSC time counter), call GstRouterS
齐模式的 clock generator
上升沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog) 下降沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog) 上升沿&下降沿对齐模式的 clock generator,
基于 MPI 的多服务器时间校准(C++
there is a server A 10.10.70.200 and server tb: 1. record current timestamp TA[n-1](use RDTSC time counter), call GstRouterSend(GstRouter
立即沟通
