This article presents an implementation of the UNet 3+ architecture using TensorFlow.
UNet 3+ extends the classic UNet and UNet++ architecture.
This article looks at each block of the UNet 3+ architecture and explains how they work and what helps improve the performance of the model.
Understanding these blocks will help us understand the mechanisms behind UNet 3+ and how it effectively tackles tasks such as image segmentation or other pixel-wise prediction tasks.
This article presents an implementation of the UNet 3+ architecture using TensorFlow.
UNet 3+ extends the classic UNet and UNet++ architecture.
This article looks at each block of the UNet 3+ architecture and explains how they work and what helps improve the performance of the model.
Understanding these blocks will help us understand the mechanisms behind UNet 3+ and how it effectively tackles tasks such as image segmentation or other pixel-wise prediction tasks.
Telegram is a cloud-based instant messaging service that has been making rounds as a popular option for those who wish to keep their messages secure. Telegram boasts a collection of different features, but it’s best known for its ability to secure messages and media by encrypting them during transit; this prevents third-parties from snooping on messages easily. Let’s take a look at what Telegram can do and why you might want to use it.
Mr. Durov launched Telegram in late 2013 with his brother, Nikolai, just months before he was pushed out of VK, the Russian social-media platform he founded. Mr. Durov pitched his new app—funded with the proceeds from the VK sale—less as a business than as a way for people to send messages while avoiding government surveillance and censorship.
