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Pulkit Khandelwal

Data and Applied Scientist II

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Pulkit is a data scientist with seven years of experience at Microsoft. He holds a graduate degree from IIT Roorkee. At Microsoft, Pulkit leads Azure Cloud's Demand Forecasting and Capacity Planning initiatives. His responsibilities entail implementing advanced Machine Learning (ML) algorithms and Statistical Techniques to forecast customer capacity consumption accurately. 

Before this, Pulkit worked at LinkedIn, focusing on enhancing job quality through causal frameworks and piloting a multi-modal approach to content moderation. Additionally, he defined Metric Strategy and True North metric for Customer Value Conversations. Before his venture into LinkedIn, Pulkit worked at Affine Analytics, collaborating with diverse gaming clients.

Social media platforms like Twitter, LinkedIn, and Facebook manage diverse content, including articles, messages, images, and videos. To ensure a safe and appropriate environment, these platforms utilize various methods to filter out content that violates their policies, focusing on dangerous, objectionable, and abusive material. Audio, a significant component of multimedia content, plays a critical role in identifying whether a video is spam or legitimate. Key audio elements like gunshots, explosions, screams, and hate speech, combined with corresponding video frames, can significantly improve the accuracy and precision of multimedia content moderation.

In this session, we will explore using deep neural networks, particularly Convolutional Neural Networks (CNNs), to extract relevant audio features from spectrograms and other audio representations. CNN-based models are adept at identifying local patterns and key audio elements essential for effective content moderation. We will investigate alternative machine learning models, including Support Vector Machines (SVMs) and Random Forests.

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Managing and scaling ML workloads have never been a bigger challenge in the past. Data scientists are looking for collaboration, building, training, and re-iterating thousands of AI experiments. On the flip side ML engineers are looking for distributed training, artifact management, and automated deployment for high performance

Read More

Managing and scaling ML workloads have never been a bigger challenge in the past. Data scientists are looking for collaboration, building, training, and re-iterating thousands of AI experiments. On the flip side ML engineers are looking for distributed training, artifact management, and automated deployment for high performance

Read More

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