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.

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.

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.

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.

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.

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.

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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