Youssef Menjour

Thank you very much for your encouragement. 😀 Yes, we can confirm that it took a lot of work and that your encouragement pushes us to do more ! We also thank you for your remarks of improvements (we are interested!! the objective of HAIBAL is to make a user friendly library) I (Youssef Menjour) have always liked LabVIEW and artificial intelligence and it was frustrating not to have an efficient tool at our disposal. We will start sharing more and more examples in the next few days.🧑‍🎓 We will also soon propose a free library to pilot a drone easily affordable on amazon because there will be with HAIBAL an example of autopilot assisted by AI of this drone (and a complete Tutorial on youtube). We are also thinking about doing the same with the "mini sheetah" type robot. In short, it will move in the next weeks, we still have a lot of work and once again your encouragement makes us really happy. LabVIEW without AI is a thing of the past. 💪 This exemple is a template state machine using HAIBAL library. It show a signal (here it's sinc) and the neural network during his training has to learn to predict this signal (here we choose 50 neurones by layers, 10 layers, layer choose is dense). This template will be proposed as basic example to understood how we initialize, train and use neural network model. This kind of "visualisation exemple" is inspired from https://playground.tensorflow.org/ help who want to start to learn deep learning.

We start dev of Haibal 9 month ago with LabVIEW 2020 (last version with perpetual licence), so it will be compiled and proposed at 2020. For HDF5 we use python to import information we need. We made this choice because if you import HDF5 that mean you already use Python (From Pytorch or Keras). This is the only part using Python. All is coded in native LabVIEW. 💪

Dear Community, TDF is proud to announced the coming soon release of HAIBAL library to do Deep Learning on LabVIEW. The HAIBAL project is structured in the same way as Keras. The project consists of more than 3000 VIs including, all is coded in LabVIEW native:😱😱😱 16 activations (ELU, Exponential, GELU, HardSigmoid, LeakyReLU, Linear, PReLU, ReLU, SELU, Sigmoid, SoftMax, SoftPlus, SoftSign, Swish, TanH, ThresholdedReLU), nonlinear mathematical function generally placed after each layer having weights. 84 functional layers/layers (Dense, Conv, MaxPool, RNN, Dropout, etc…). 14 loss functions (BinaryCrossentropy, BinaryCrossentropyWithLogits, Crossentropy, CrossentropyWithLogits, Hinge, Huber, KLDivergence, LogCosH, MeanAbsoluteError, MeanAbsolutePercentage, MeanSquare, MeanSquareLog, Poisson, SquaredHinge), function evaluating the prediction in relation to the target. 15 initialization functions (Constant, GlorotNormal, GlorotUniform, HeNormal, HeUniform, Identity, LeCunNormal, LeCunUniform, Ones, Orthogonal, RandomNormal, Random,Uniform, TruncatedNormal, VarianceScaling, Zeros), function initializing the weights. 7 Optimizers (Adagrad, Adam, Inertia, Nadam, Nesterov, RMSProp, SGD), function to update the weights. Currently, we are working on the full integration of Keras in compatibility HDF5 file and will start soon same job for PyTorch. (we are able to load model from and will able to save model to in the future – this part is important for us). Well obviously, Cuda is already working if you use Nvidia board and NI FPGA board will also be – not done yet. We also working on the full integration on all Xilinx Alveo system for acceleration. User will be able to do all the models he wants to do; the only limitation will be his hardware. (we will offer the same liberty as Keras or Pytorch) and in the future our company could propose Harware (Linux server with Xilinx Alveo card for exemple --> https://www.xilinx.com/products/boards-and-kits/alveo.html All full compatible Haibal !!!) About the project communication: The website will be completely redone, a Youtube channel will be set up with many tutorials and a set of known examples will be offered within the library (Yolo, Mnist, etc.). For now, we didn’t define release date, but we thought in the next July (it’s not official – we do our best to finish our product but as we are a small passionate team (we are 3 working on it) we do our best to release it soon). This work is titanic and believe me it makes us happy that you encourage us in it. (it boosts us). In short, we are doing our best to release this library as soon as possible. Still a little patience … Youtube Video : This exemple is a template state machine using HAIBAL library. It show a signal (here it's Cos) and the neural network during his training has to learn to predict this signal (here we choose 40 neurones by layers, 5 layers, layer choose is dense). This template will be proposed as basic example to understood how we initialize, train and use neural network model. This kind of "visualisation exemple" is inspired from https://playground.tensorflow.org/ help who want to start to learn deep learning.

Dear Community, The HAIBAL project is structured in the same way as Keras. The project consists of more than 3000 VIs including, all is coded in LabVIEW native:😱😱😱 16 activations (ELU, Exponential, GELU, HardSigmoid, LeakyReLU, Linear, PReLU, ReLU, SELU, Sigmoid, SoftMax, SoftPlus, SoftSign, Swish, TanH, ThresholdedReLU), nonlinear mathematical function generally placed after each layer having weights. 84 functional layers/layers (Dense, Conv, MaxPool, RNN, Dropout, etc…). 14 loss functions (BinaryCrossentropy, BinaryCrossentropyWithLogits, Crossentropy, CrossentropyWithLogits, Hinge, Huber, KLDivergence, LogCosH, MeanAbsoluteError, MeanAbsolutePercentage, MeanSquare, MeanSquareLog, Poisson, SquaredHinge), function evaluating the prediction in relation to the target. 15 initialization functions (Constant, GlorotNormal, GlorotUniform, HeNormal, HeUniform, Identity, LeCunNormal, LeCunUniform, Ones, Orthogonal, RandomNormal, Random,Uniform, TruncatedNormal, VarianceScaling, Zeros), function initializing the weights. 7 Optimizers (Adagrad, Adam, Inertia, Nadam, Nesterov, RMSProp, SGD), function to update the weights. Currently, we are working on the full integration of Keras in compatibility HDF5 file and will start soon same job for PyTorch. (we are able to load model from and will able to save model to in the future – this part is important for us). Well obviously, Cuda is already working if you use Nvidia board and NI FPGA board will also be – not done yet. We also working on the full integration on all Xilinx Alveo system for acceleration. User will be able to do all the models he wants to do; the only limitation will be his hardware. (we will offer the same liberty as Keras or Pytorch) and in the future our company could propose Harware (Linux server with Xilinx Alveo card for exemple --> https://www.xilinx.com/products/boards-and-kits/alveo.html All full compatible Haibal !!!) About the project communication: The website will be completely redone, a Youtube channel will be set up with many tutorials and a set of known examples will be offered within the library (Yolo, Mnist, etc.). For now, we didn’t define release date, but we thought in the next July (it’s not official – we do our best to finish our product but as we are a small passionate team (we are 3 working on it) we do our best to release it soon). This work is titanic and believe me it makes us happy that you encourage us in it. (it boosts us). In short, we are doing our best to release this library as soon as possible. Still a little patience … Youtube Video : This exemple is a template state machine using HAIBAL library. It show a signal (here it's Cos) and the neural network during his training has to learn to predict this signal (here we choose 40 neurones by layers, 5 layers, layer choose is dense). This template will be proposed as basic example to understood how we initialize, train and use neural network model. This kind of "visualisation exemple" is inspired from https://playground.tensorflow.org/ help who want to start to learn deep learning.

TDF team is proud to propose for free download the scikit-learn library adapted for LabVIEW in open source. LabVIEW developer can now use our library for free as simple and efficient tools for predictive data analysis, accessible to everybody, and reusable in various contexts. It features various classification, regression and clustering algorithms including support vector machines, random forests, gradient boosting, k-means and DBSCAN, and is designed to interoperate with the Python numerical and scientific libraries NumPy and SciPy from the famous scikit-learn Python library. Coming soon, our team is working on the « HAIBAL Project », deep learning library written in native LabVIEW, full compatible CUDA and NI FPGA. But why deprive ourselves of the power of ALL the FPGA boards ? No reason, that's why we are working on our own compilator to make HAIBAL full compatible with all Xilinx and Intel Altera FPGA boards. HAIBAL will propose more than 100 different layers, 22 initialisators, 15 activation type, 7 optimizors, 17 looses. As we like AI Facebook and Google products, we will of course make HAIBAL natively full compatible with PyTorch and Keras. Sources are available now on our GitHub for free : https://www.technologies-france.com/?page_id=487