What are TensorFlow Alternatives?
TensorFlow Alternatives is nothing but a deep learning library that is most famous in today’s era. To improve the search engine and give fast response to users query Google uses deep learning and AI concepts.
Let us see one real-life example.
If you type any word i.e keyword in Google search engine it will show some related searches for that keyword, in other words, it simply gives some suggestions for the next word. To give that suggestion to a user for their searches they have to use machine learning concepts to improve efficiency.
Google doesn’t contain large databases to give that automatic suggestion rather it contains some massive computers to give those suggestions, here TensorFlow will come in the picture.
Tensorflow is a library which enables machine learning and artificial intelligence to improve the search engine efficiency.
In this article, we are going to see some alternatives to TensorFlow i.e TensorFlow competitors.
TensorFlow Alternatives
Here are 11 TensorFlow alternatives which you should know:
1. MLpack
MLpack is a machine learning library that is written in C++. The goal behind this is to provide easy usage, give scalability, increase speed. It enables machine learning to provide easy access to new users by providing recommendations. It provides high flexibility and performance to users. This can be achieved by providing modular C++, API and a set of command lines to users.
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2. Darknet
Darknet is an open-source that follows a neural network framework. It is written using c and CUDA. The installation of the Darknet is easy and fast. It does not take much time. It uses both CPI and GPU.
3. CatBoost
CatBoost is an open-source gradient boosting based on the decision tree library. It is developed by Yandex researchers and engineers which is widely used by many organizations for keyword recommendations, Ranking factors. It is based on the MatrixNet algorithm.
4. Training Mule
With Training Mule, labeling images becomes easy as it provides a set of the database for best results. It is used to host the network and give easy access to handle the model in the cloud by providing API.
5. Cloud AutoML
Cloud AutoML rains machine learning models at high quality with limited machine learning experts.
6. Theano
Theano is an open-source project issued by the University of Montreal, Quebec (home to YoshuaBengio) under the license of the BSD. It was developed by the LISA (now MILAs) group.
Theano is a library from Python, which optimizes the compilation of mathematical expressions, in particular, many of matrix value. Theano expresses computations using a NumPy syntax and compiles them to run successfully on CPU or GPU architectures. We can’t learn Theano directly, the reason is it is very deep in learning. In fact, one of the most popular Python projects that make Theano so much easy studying for deep learning is highly recommended to you all. These projects provide Python with data structures and behaviors designed to create profound learning models quickly and reliably while ensuring that Theano develops and executes quick and effective models.
The Lasagne library, for example, provides the classes of Theano to create a deep Learning but it will still need a Theano syntax for learning.
7. Keras
Keras is a Python-based open-source neural-network library. It can run on the upper edge of Tensor-Flow, Microsoft Cognitive Toolkit, Theano, or PlaidM. Designed to allow quick experimentation with deep neural networks, it is designed to be user-friendly, modular and expandable.
The API was “designed for people, not machines” and follows the best cognitive load reduction practices. The standalone modules you can combine to create new models are neural layers, cost functions, optimizers, initialization schemes, activation compatibility, and regularization schemes. As new classes and functions, new modules are easy to add. Models which are not with separate configuration files are defined with a Python code. The main reason for using Keras is based on their guiding principles, mainly on the principles of being easy to use. We recommend our own ModelSerializer class for further saving and reloading your model once you have imported your model.
8. Torch
The torch is an open-source machine learning library, a framework for scientific computing, and a language of script based on the programming language of Lua. It provides a wide range of deep learning algorithms and uses the LuaJIT scripting language, as well as an underlying C implementation. It also has an N-dimensional powerful array. The torch is a scientific computer structure with wide support for GPUs first learning machine algorithms. Thanks to a simple and rapid language, the LuaJIT and the underlying C/CUDA implementation is simple and efficient to use.
9. Infer.NET
Microsoft released its cross-platform Infer. Net model-based machine learning environment through open source. Its program is compiled by a high-performance code framework to implement an approach that allows substantial scalability, approximate deterministic, Bayesian inference. Model learning also applies to data trait problems including real-time data, heterogeneous data, unmarked information and data with missing parts, and data with known distortions.
10. Scikit Learn
Scikit-learn was released in the year 2007. It is an open-source library that is used in machine learning. It was designed based on Matplotlib, SciPy, and NumPy concept. The scikit-learn framework does not concern about data loading and manipulating data rather it more concerned about data modeling.
11. Apache Spark MLlib
Apache Spark MLlib is another TensorFlow alternative. It is used as a distributed framework for machine learning. To Develop a project which is open-source, Apache Spark Mllib is widely used as it mainly focuses on machine learning to make easy interface. It contains a library that is used for scalable vocational training. It supports algorithms like decision trees, regression, clustering, and API at a higher level.
Conclusion
In this article, we have seen alternative tools for the TensorFlow machine learning tool.
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