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  1. A Deep Learning based Bird Image Identification System, using Keras, TensorFlow, OpenCV, and Flask. Introduction The 'Bird Watch' project, created by an amateur photographer and a machine learning enthusiast, is a solution to a simple problem faced by fellow wildlife photographers: a way to identify birds in photographs.

  2. Python-Fiddle: Online Python IDE, Compiler, and Interpreter . Python-Fiddle is an online Python playground where you can write, run, and share Python code directly from the browser without any need to install and maintain Python and packages on your computer. This platform was created make Python programming accessible to everyone and everywhere.

  3. Nov 12, 2024 · There are three reasons why Birda’s AI photo id model is so accurate: Millions of images: AI photo id models need millions of images to make them accurate. With Birda’s community posting thousands and thousands of bird photos every day, we have a massive dataset to train our models.

  4. Dec 16, 2020 · Just make sure that the individual images are oriented as the below random images I am creating. (Use np.rot90 if required) #Assume you have 4 views leftview = np.random.random((508, 221, 3)) #tall image rightview = np.random.random((508, 221, 3)) #tall image frontview = np.random.random((221, 508, 3)) #wide image backview = np.random.random((221, 508, 3)) #wide image #Creating color ...

  5. Retail: Help bird watching equipment retailers, like binoculars and cameras, to offer personalized product recommendations based on commonly spotted birds. Content Creation: Assist nature bloggers, vloggers, and social media influencers in accurately identifying and tagging bird species in their content.

  6. Aug 16, 2023 · One particularly intriguing area is the identification of birds in images. With the advancements in deep learning and frameworks like TensorFlow, creating a bird detection model has become more ...

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  8. System Overview. As shown in the diagram below, the Raspberry Pi sends pictures from my bird feeder to an S3 bucket at AWS. When a new image arrives in S3, this invokes a Python Lambda function that sends the photo to AWS Rekognition, which uses its ML-based image recognition capabilities to determine what's in the photo.

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