
In this tutorial, we build an end-to-end forecasting workflow with TimeCopilot. We prepare a panel dataset containing real airline passenger data and a synthetic seasonal series with injected anomalies, then evaluate a diverse collection of statistical, foundation, and optional GPU-based forecasting models. We use rolling cross-validation and multiple error metrics to identify the strongest model, generate probabilistic forecasts with prediction intervals, visualize future trends, and detect un
This tutorial demonstrates how to build an end-to-end forecasting workflow using TimeCopilot, a tool that combines statistical models, Prophet, and foundation models to predict future trends in time-series data. The workflow includes preparing datasets, evaluating multiple forecasting approaches through rolling cross-validation, identifying the strongest model by error metrics, and generating probabilistic forecasts with prediction intervals to quantify uncertainty. An optional LLM agent can automatically select the best forecasting model and translate its predictions into accessible analytical insights. This approach matters because it enables practitioners to systematically compare diverse forecasting techniques, detect anomalies in data, and produce both point estimates and confidence bounds for better decision-making.

The all-cash deal gives MoEngage access to technology that assigns AI agents to individual customers.

A new update for Google Home could make it less likely your smart home cameras mistake you for someone else, just because you're facing away from the camera. Starting June 23rd, Google's expanding its facial recognition feature so that people you've tagged in your Familiar Faces library can continue to be identified when their faces aren't clearly visible, using "additional non-biometric signals (body size, clothing color, etc.)." The Familiar Faces library will also begin aut

In this tutorial, we build a speech recognition and translation workflow using NVIDIA Canary-1B-v2. We begin by setting up the required audio, NeMo, NumPy, and SciPy dependencies, then load the Canary model on a GPU-enabled runtime for efficient inference. From there, we prepare audio into a clean 16 kHz mono format, perform English ASR, translate speech into multiple languages, generate word and segment timestamps, export translated subtitles as an SRT file, test long-form transcription, run b
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