Bikram Khanal
PhD student in Quantum Machine Learning and Quantum Computing.
About
I am a Quantum Computing and Quantum Machine Learning PhD candidate with an analytical mind and the ability to break down and solve complex problems. I have sound foundational knowledge in Quantum Computing, Machine Learning, Deep Learning, and Quantum Machine Learning algorithms. I have worked on various projects in the field of Adverserial Machine Learning, Program Synthesis, Fairness and Robustness, and Natural Language Processing. I have strong communication skills with a strong mathematical foundation on learning from data. I have an ability to learn new concepts and technologies quickly with a consistent record of meeting project deadlines.
Experience
Baylor UniversityGraduate Assistant
Research Assistant
Education
Baylor University
Baylor University
Troy University
Skills
Projects and Publications
Noise Evaluation on Variational Circuits
A thorough investigation of noise impact on quantum variational classification in the NISQ context over diverse dataset.
Quantum Machine Learning with Grover's Search
An Approach to reformulate the classification problem as a searching problem via Amplitude amplification technique using universal gates.
Supercomputing levaraging Quantum machine learning
A simulation of rudimentary classical logical gates into quantum circuits considering AND, XOR, and OR gates.
Kernels and Quantum Machine Learning
A review on parameterized quantum circuit and kernel-based training of QML model.
Human Activities Classification
A evaluation on the performance of various machine learning algorithms in predicting human behavior.
Muzzle Matching for Cattle Identification
A non-invasive muzzle matching to address the challenges in insurance fraud and animal trading markets.
Automatic Grading of SQL Queries
A behavioral analysis of the machine learning model, particularly in terms of how it assigns grades to SQL queries.
Adverserial example generation using white-box attach on text embedding
A white-box adversarial attack on text embedding vectors through encoder-decoder model to generate adversarial examples.