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TJU Javis's Projects

2023-higher-education-society-cup-national-college-students-mathematical-contest-in-modeling-b icon 2023-higher-education-society-cup-national-college-students-mathematical-contest-in-modeling-b

在大学期间，我作为队长带领团队参与了全国数学建模竞赛，聚焦于“多波束海底地形测量优化”，项目中我领导团队探索了海洋探测领域的创新技术前沿。我们深入研究了多波束测深系统，利用多接收技术，提高海底地形测量的精度与效率，通过复杂算法模型，实现了海洋勘探的三维观测。

d-problem-of-the-24th-american-college-students-mathematical-contest-in-modeling icon d-problem-of-the-24th-american-college-students-mathematical-contest-in-modeling

在2024年的美国大学生数学建模竞赛（MCM/ICM）中，D题“五大湖水资源调配问题”挑战了参赛者以数学建模的智慧。此题围绕着全球最大的淡水湖群——五大湖及其水道网络，要求参赛者构建数学模型，既要考虑水资源的合理调配，又要平衡多利益相关方需求，模拟自然生态、社会经济与环境的复杂性。

design-of-bank-risk-assessment-model-based-on-mindspore icon design-of-bank-risk-assessment-model-based-on-mindspore

本设计项目名为“面向银行信用卡的风险评估模型设计”，是天津大学电气自动化与信息工程学院《模式识别》课程中完成的。项目的核心目标是开发一套全面的银行信用卡业务风险评估模型，旨在帮助银行更好地理解和控制信用卡相关的风险，包括违约、欺诈等问题，从而提升其风险管理能力。

electronic-organ-simulation-design-using-proteus icon electronic-organ-simulation-design-using-proteus

在电子琴仿真设计项目中，我利用Proteus软件和单片机技术，结合AT89C51为核心，设计了一个多功能电子琴系统。这个设计主要实现了通过键盘矩阵键盘控制演奏、独立按键操作，模拟真实乐器声音输出，以及在LCD1602屏幕上实时显示当前演奏信息等功能，同时用LED指示不同音符。项目还加入了创新性地扩展了独立按键，允许用户在演奏中切换额外的音效和调整，如#音。

heartrate_android icon heartrate_android

The project, funded by the National Undergrad Innovation Training Program, aims to research non-contact heart rate measurement within a year. It utilizes device cameras (e.g., computers, smartphones) to extract facial video light signals, analyze them, and determine real-time heart rates based on Imaging Photoplethysmography (IPPG).

optimization-of-tsp-solution-based-on-genetic-algorithm icon optimization-of-tsp-solution-based-on-genetic-algorithm

此项目专注于使用遗传算法进行优化问题求解的实现，以解决特定任务。项目通过详细的流程图展示了遗传算法的各个关键步骤，从初始化到求解过程，包括种群的建立、选择、交叉、变异、评估、遗传操作、结果输出最短路径和持续迭代直到得到最优解。

research-on-non-contact-heart-rate-measurement-based-on-facial-video icon research-on-non-contact-heart-rate-measurement-based-on-facial-video

The project, funded by the National Undergrad Innovation Training Program, aims to research non-contact heart rate measurement within a year. It utilizes device cameras (e.g., computers, smartphones) to extract facial video light signals, analyze them, and determine real-time heart rates based on Imaging Photoplethysmography (IPPG).

simulation-design-of-digital-calendar-clock-circuit-using-multism icon simulation-design-of-digital-calendar-clock-circuit-using-multism

在22-23学年的电子课程设计项目中，进行了一个多功能数字时钟的设计，以实现时、分、秒显示，并在实验室环境中成功实现报时功能和校准。设计要求设计中不仅包括了基本的计数显示，还有提高部分，如星期和月份的动态展示。

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