Hariharan Manikandan
hmanikan at cs dot cmu dot edu
I am a Masters student in the Machine learning Department at CMU , where I am working with Professor Zico Kolter and Yiding Jiang .
Prior to joining CMU, I worked at Cisco for 2 years as a AI Software Engineer, where my work focused on NLP. I designed and shipped code intelligence products using GPT and encoder-decoder language models.
I have also interned at Adobe, San Jose over the summer of 2023.
I graduated from VIT Chennai in 2020 with a Bachelors in Computer Science.
Linkedin /
CV /
Google Scholar /
Github
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Interests
My interests are spread over NLP (LLMs), multimodal learning, foundation models (CLIP, SAM), and generative modeling (diffusion). I am interested in studying the core ideas behind these models and their applications to real world problems. At a research level, I focus on understanding the theoretical formulation of these models and ways new algorithms can be created to explore their interesting properties.
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Language models are weak learners
Hariharan Manikandan,
Yiding Jiang,
Zico Kolter,
NeurIPS, 2023 main track  (Poster)
ICML ES-FOMO workshop, 2023  
US Patent:18/208,083
Only by interacting with a LLM through prompts, one can construct a tabular classifier that can function as weak learner inside boosting.
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Proximal Instance Aggregator networks for explainable security vulnerability detection
Hariharan Manikandan,
Sathish Kumar C,
Anshul Tanwar,
Krishna Sundaresan,
Prasanna Ganesan,
Sriram Ravi,
R Karthik
Future Generation Computer Systems, 2022
Multiple-instance learning modeled as an attention-based neural network is able to learn meaningful concepts that can represent various vulnerablities in C code.
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Detecting log anomaly using subword attention encoder and probabilistic feature selection
Hariharan Manikandan,
Abhinesh Mishra,
Sriram Ravi,
Ankita Sharma,
Anshul Tanwar,
Krishna Sundaresan,
Prasanna Ganesan,
R Karthik
Applied Intelligence, 2023
A word2vec algorithm for producing semantic-aware embeddings for logs, and feature selection process that identifies the most salient features for detecting anomaly in logs.
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Contour-enhanced attention CNN for CT-based COVID-19 segmentation
R Karthik,
R Menaka,
Hariharan Manikandan,
Daehan Won
Pattern Recognition, 2022
Contour features as a weak signal can be useful in supervising segmentation of small-sized lesions in CT scans of COVID-19 patients.
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Learning distinctive filters for COVID-19 detection from chest X-ray using shuffled residual CNN
R Karthik,
R Menaka,
Hariharan Manikandan,
Daehan Won
Applied Soft Computing, 2021
Inducing an optimization scheme that restricts the maximal activation of convolutional filters (in a specific layer) towards a certain target class.
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Attention embedded residual CNN for disease detection in tomato leaves
R Karthik,
Hariharan Manikandan,
Sundar Anand,
Priyanka Mathikshara,
Annie Johnson,
R Menaka
Applied Soft Computing, 2020
Using spatial attention over tomato leaf images detects the presence of common diseases with high accuracy.
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