易胜博娱乐校区的鸟窗碰撞
This project will investigate the incidences of bird collisions with windows on the 宾州州立大学阿宾顿分校 campus. The aim of the project is to estimate the number of bird collisions with windows and campus locations that are at an increased risk of collisions.
要求:理工科专业,对生态学有兴趣, 保护, 或鸟类,平均绩点不低于3.0.
持续时间:2024年春季至2025年秋季
教授:Les Murray ((电子邮件保护))
射电天文学中的脉冲星研究
脉冲星是巨星爆炸后的残留物. Because pulsars rotate rapidly they produce a periodic signals (pulses) that can be detected with large radio telescopes. 在我们的项目, we use a 20-meter diameter radio telescope at the Green Bank Observatory in West Virginia to detect pulsars. 我们的研究项目支持三个目标:寻找未被发现的脉冲星, 研究脉冲星的性质, 并将脉冲星集合用作星系大小的引力波探测器.
要求:成功完成代数和三角学课程. 有EXCEL操作经验,有物理基础优先考虑. 高级项目由python的入门知识辅助.
持续时间:2024年春季至2025年秋季
教授:Ann Schmiedekamp ((电子邮件保护))、卡尔·施米德坎普((电子邮件保护))
用单纯形法最小化原子波函数
Undergraduate students who are interested in this project will work in the field of quantum chemistry and minimize the atomic wave functions using Simplex minimization scheme. 这是一个理论项目,工作将在Roar超级计算机上完成, 易胜博的高性能研究云.
要求:CHEM 110 B或以上 & 数学140,平均绩点3.0或以上.
持续时间:2023年秋季和2024年春季
教授:金海媛((电子邮件保护))
鱼群建模简化
The goal of the proposed research is to gain a more in-depth understanding of motion coordination involved in fish schooling behavior and the resulting unsteady flow fields. The insights gained from this understanding will derive from novel reinforcement learning (RL) environments which are embedded with reduced order models (ROM) of swimmers. ROM将通过非定常势流边界元法(BEM)来定义。, 一个计算工具仍然有
在科学发现和设计中的应用. The use of the low-order BEM allows for accurate embedding of physics and will detail pipelines on how to incorporate more complex physics into future models. The use of multi-agent reinforcement learning (MARL) would be computationally limited to small school sizes (on the order of tens), but incorporation of a ROM will make the swimmers computationally equivalent to a single particle thereby greatly reducing computational costs during the optimization process.
要求:数学220,CMPSC132
持续时间:2023年秋季和2024年春季
教授:Nate Wagenhoffer (电子邮件保护)
人工智能音频增强
The objective of this project is to use a spectrogram to train neural networks to discern wave forms of undesirable sounds. This AI model will then be used to recognize these undesirable wave forms in an audio file and have them removed without compromising the integrity of the audio content.
要求:有良好的Python编程知识, 学生应该参加CMPSC 441或445.
持续时间:2023年秋季和2024年春季
教授:Vinayak Elangovan (电子邮件保护)
多学科均涉及人体步态生物力学(假肢), 外骨骼, 计算机建模与仿真, 步态分析)
- 下肢3D打印假肢窝的材料测试及增强强度
- 使用高保真神经肌肉骨骼模型的计算机模拟人类行走
- Validation of an inverse dynamic model using Visual3D to match existing commercial model in a state of the art hospital based gait and motion analysis laboratory
- Evaluation of OpenCap - an open source platform to perform 3D motion capture using the iPhone
需求:取决于项目. All require strong independent thinking and learning, self-motivation, strong attention to detail. 有些需要使用计算机软件和/或编码(Python, XML脚本等).).
持续时间:2023年秋季和2024年春季
教员:Mukul Talaty (电子邮件保护)
基于声纳传感器和深度学习(AI)的水下目标检测
The purpose of the research project is to apply deep learning (AI) techniques to detect and identify important artifacts (shipwrecks, 部分掩埋的人造建筑, 管道, 动物生活等.),由水下机器人收集的侧扫声纳数据. 深度学习是机器学习和人工智能的一个子集. Deep learning uses a convoluted neural network (CNN) to identify patterns and objects in images (as well as other data, (声音和文字). Deep learning has proven very successful in such application areas as tumor detection in x-ray images and CT scans, 自然语言检测, 人脸识别.
要求:精通Python或MATLAB编程, 具有计算机视觉和人工智能知识(优先考虑), 平均绩点3.0或以上
持续时间:2023年秋季和2024年春季
教授:Robert Avanzato (电子邮件保护)
什么是正义?
一个著名的Youtube讲座是Michael Sandel的Justice. This project is to build up a justice AI engine in the perspective of his Youtube lectures. 这个项目的主要目的不是简单地构建一个推理引擎. Rather, it will be used for evaluating both political parties from the consistent point of view. 最终, the legitimacy of this engine will be evaluated from the common sense and the law if time allows.
要求:有Tensorflow或pytorch经验, 有数据预处理经验, 文本处理经验, 自我激励的人
Duration: Spring 2024, Fall 2024, Spring 2025 (no requirement to present in fair in Apr 2024)
教授:杨章勋((电子邮件保护))
研究量子安全密钥
我们将研究它的用法, 集成, 影响, 和量子安全密钥认证的强度.
要求:网络安全二、三、四年级学生
持续时间:2023年秋季和2024年春季
教授:约瑟夫·奥克斯((电子邮件保护))
飞机生命周期评估
在飞机的帮助下,我们可以快速地四处走动和长途旅行. 然而, 由于二氧化碳的释放, 氮氧化合物, 水蒸气, 粒子, 和飞机, 空中交通对人类气候变化的影响虽小,但意义重大, 大约5%的温度变化. 因此,研究飞机尾迹对气候的影响具有重要意义. 在这个项目中, we will investigate the lifecycle assessment of different types of jet engines through SOLIDWORK Sustainability simulation.
Requirements: Student needs to intend to major in aerospace engineering and know how to use SOLIDWORK.
时间:2023年秋季,2024年春季
教授:Burcu Ozden ((电子邮件保护))
使用增强现实构建虚拟仓库
我们将在iPhone和Android手机上使用增强现实技术开发虚拟仓库. These virtual warehouses can be used to test innovative warehouse layouts before building them physically. Students will learn about Augmented Reality and JavaScript which are important for many employers these days. 也, students will gain experience in academic writing as well as warehouse design if they want to stay in academia. 我们已经有一个工作原型和学生将加强这个工作原型.
要求:成功完成IST 240或IST 242或CMPSC 221, 平均绩点3.0或以上.
时间:2023年秋季,2024年春季
教授:Sabahattin Ozden ((电子邮件保护))
“pH平衡”对你的皮肤和头发到底意味着什么?
This project will involve researching the chemical make-up of different products to understand what influences their natural pH balance. 对不同皮肤类型的影响(如.e. 正常、敏感、油性等.)将会被研究, with the goal of being able to inform both students and faculty about what they should look for in skincare and hair care products.
要求:完成化学110(化学112和化学210优先)
该项目已满,2023年秋季不再招收学生.
时间:2023年秋季,2024年春季
教授:克里斯汀·克鲁森((电子邮件保护))
对化学实验室潜在错误的调查
Experiment 5 from CHEM 113 is designed for students to determine the formulas of complex ions using spectrometry combined with the method of continuous variation. 实验中考虑的络合离子之一以铁(II)作为金属离子(M), 和C12H8N2(正邻菲罗啉)作为配体(L). 通常由学生确定的公式是ML2,这是不正确的. 正确的公式应该是ML3. 我们将调查造成这个项目错误结果的潜在原因.
要求:成功完成化学112,化学113 B或以上,平均绩点3.0或以上.
时间:2023年秋季,2024年春季
教师:陈一白((电子邮件保护))
用射电天文学研究脉冲星
脉冲星是巨星爆炸后的残留物. Because pulsars rotate rapidly they produce a periodic signals (pulses) that can be detected with large radio telescopes. 在我们的项目, we use a 20-meter diameter radio telescope at the Green Bank Observatory in West Virginia to detect pulsars. 我们的研究项目支持三个目标:寻找未被发现的脉冲星, 研究脉冲星的性质, 并将脉冲星集合用作星系大小的引力波探测器.
要求:成功完成代数和三角学课程. 有EXCEL操作经验,有物理基础优先考虑. 高级项目由python的入门知识辅助.
持续时间:2023年秋季和2024年春季
教授:Ann Schmiedekamp ((电子邮件保护))
用小型射电望远镜探测天文信号
我们正在建造小型便携式射电望远镜. 该项目包括探测无线电信号并试图确定其来源. We first must distinguish astronomical signals from signals created by technology and other Earthly sources and then identifying the astronomical source.
要求:学生应能熟练运用代数和三角函数.
持续时间:2023年秋季和2024年春季
教授:卡尔·施米德坎普((电子邮件保护))
在智能互联网中结合网络和机器学习.
在这个项目中, we will take an interdisciplinary approach to investigate the interplaying between machine learning technologies and future networking systems (e.g.5G/6G网络),实现智能互联网. We will study how high-performance networking may facilitate machine learning as well as how machine learning techniques may be applied to achieve autonomous and intelligent network control and management.
要求:IST或CMPSC专业,平均绩点3.0或以上, 参加过IST 220或CMPSC 335吗, 自我激励和自律, 有机器学习知识更可取.
Duration: Spring 2022, Fall 2023, Spring 2024 (no requirement to present in fair in Apr 2023
教师:段强((电子邮件保护))