Tabla de Contenidos: “…; Using the IDE; Summary; Chapter 2: Data, Variables, and Calculations; The Structure of a C++ Program; Defining Variables; Fundamental Data Types…”

Tabla de Contenidos: “…; Visual Studio 2005; Summary; Chapter 2: Writing a C# Program; The Visual Studio .NET Development Environment; Console Applications; Windows Forms Applications; Summary; Chapter 3: Variables and Expressions; Basic C# Syntax; Variables; Expressions; Summary; Exercises; Chapter 4: Flow Control…”

Tabla de Contenidos: “…Design and testing of external insulation; 9.1 Operation in a contaminated environment; 9.2 Flashover mechanism of polluted insulators under a.c. and d.c.; 9.3 Measurements and tests; 9.4 Mitigation of contamination flashover; 9.5 Design of insulators; 9.6 Testing and specifications; References; Index…”

Tabla de Contenidos:

Tabla de Contenidos: “…Cover; Copyright; Credits; About the Authors; About the Reviewers; www.PacktPub.com; Table of Contents; Preface; Chapter 1: LLVM Design and Use; Introduction; Understanding modular design; Cross-compiling Clang/LLVM; Converting a C source code to LLVM assembly; Converting IR to LLVM bitcode; Converting LLVM bitcode to target machine assembly; Converting LLVM bitcode back to LLVM assembly; Transforming LLVM IR; Linking LLVM bitcode; Executing LLVM bitcode; Using the C frontend clang; Using the GO frontend; Using DragonEgg; Chapter 2: Steps in Writing a Frontend; Introduction…”

Tabla de Contenidos: “…Fusion of IoT and Blockchain (BIoT): A Novel Architecture for Smart Agri culture -- Smart Chapeau for Visually Impaired Person -- Exploring The Impact Of Cloud Computing On Mobile Application Development -- Active Machine-to-Machine(M2M) and IoT Communication Architecture for Mobile Devices and Sensor Nodes -- rought Prediction in Agriculture with Support Vector Neural Networks: Enhancing Accuracy -- lockchain-based Anomaly Detection and Intrusion Prevention in IoT Net works -- Performance of Machine Learning Algorithms in Big Data Analytics -- Machine Learning and IoT Based Efficient Power Conservation System for Smart Buildings -- An Assessment on Algorithms for Planning of Secondary Distribution with Renewable Energy -- A Novel Heart disease Monitoring and Prediction using Machine Learning Algorithm -- An Efficient Quadrature LEACH Routing Protocol with Enhanced FODPSO Optimization in WSN -- A Multihop Routing Protocol in Wireless Sensor Networks using Graph based Cat Salp Swarm Algorithm -- Level Monitoring of Cylindrical Two-tank System using IoT -- Numerical Simulation for Effect of Varying Materials on Performance En hancement of Earth Tube Heat Exchanger -- Advancements in Hand Gesture Recognition through Convolutional Neural Networks: A Comprehensive Study -- An intelligent feature extraction and multiple learning based classification techniques for diagnosis of breast cancer -- AI and Robotics: Humanity’s New Frontier -- IoT - based Safety Jacket System for Mining Professionals -- Predictive Web Prefetching: A Combined Approach Using Clustering Algo rithms and WEKA in High-Traffic Settings -- Advancements in Imaging Techniques for Accurate Identification of VCF in Patients with Scoliosis -- l Distance domination in semigraph -- Behavioral Aspects of 2.5 GHz in an Indoor Environment -- An Experimental Study of Stone Matrix Asphalt with Different Fillers -- SMACO Program execution on new simulator using new in-structions -- Blockchain-Based System for Virtual Power Plants: Enhancing Efficiency and Security in Operations and Transactions -- Netflix Data Analysis using EDA -- Analysis of the impact of machine learning on the development of the strate gic business model by analysing the customer’s opinions and demands -- Medical Chabot using Machine Learning -- Microcontroller Based Smart Automated Public Gar Den Maintainace System -- Optimizing Intrusion Detection Systems Using Deep Learning and Genetic Algorithms for Network Traffic Analysis -- Semantic Segmentation of Natural Scene Images using Encoder-Decoder Ap proach -- Investigation of an Architecture for Convolutional Neural Network with Ef ficient Resource Utilization -- IoT-Enabled Smart Helmet: Enhancing Safety for Motorcycle Riders through Alcohol, Drowsiness, and Helmet Detection -- Design of H-shaped slotted Microstrip Patch Antenna at 28 GHz for 5G Communication -- Design of Compact Wideband Microstrip Patch Antenna for IoT Applica tions in WLAN, Wi-Max, C-Band -- Design and Analysis of Dual AlN/SiN passivation layer for mitigation of Self-Heating in HEMTs -- Design, Simulation and Optimization of Extended Interaction Cavities for a C Band Multi-beam High Efficiency Klystron -- Performance Comparision of Different Digital Image Filters Used for Biomedical Signals…”

Tabla de Contenidos: “…Bd. 1. 1750-1832 : A-C (507 p.) ; Bd. 2. 1750-1832 : D-G (467 p.) -- Bd. 3. 1750-1832 : H-L (616 p.) ; Bd. 4. 1750-1832 : M-R (577 p.) -- Bd. 5. 1750-1832 : S-T (486 p.) ; Bd. 6. 1750-1832 : U-Z (368, 155, 114 p.) -- Bd. 7. 1833-1840 : A-K (556 p.) ; Bd. 8. 1833-1840 : L-Z (580 p.) -- Bd. 9. 1841-1846 : A-K (543 p.) ; Bd. 10. 1841-1846 : L-Z (571 p.) -- Bd. 11. 1847-1852 : A-K (595 p.) ; Bd. 12. 1847-1852 : L-Z (600 p.) -- Bd. 13. 1853-1858 : A-K (575 p.) ; Bd. 14. 1853-1858 : L-Z (588 p.) -- Bd. 15. 1859-1864 : A-K (567 p.) ; Bd. 16. 1859-1864 : L-Z (592 p.) -- Bd. 17. 1865-1870 : A-K (644 p.) ; Bd. 18. 1865-1870 : L-Z (703 p.) -- Bd. 19. 1871-1876 : A-K (767 p.) -- Bd. 20. 1871-1876 : L-Z (792 p.) -- Bd. 21. 1877-1882 : A-K (893 p.) -- Bd. 22. 1877-1882 : L-Z (954 p.) -- Bd. 23. 1883-1886 : A-K (654 p.) -- Bd. 24. 1883-1886 : L-Z (701 p.) -- Bd. 25. 1887-1890 : A-K (792 p.) -- Bd. 26. 1887-1890 : L-Z (867 p.) -- Bd. 27. 1891-1894 : A-K (993 p.) -- Bd. 28. 1891-1894 : L-Z (1066 p.) -- Bd. 29. 1895-1898 : A-K (1058 p.) -- Bd. 30. 1895-1898 : L-Z (1162 p.) -- Bd. 31. 1899-1902 : A-K (1156 p.) -- Bd. 32. 1899-1902 : L-Z (1199 p.) -- Bd. 33. 1903-1906 : A-K (1236 p.) -- Bd. 34. 1903-1906 : L-Z (1278 p.) -- Bd. 35. 1907-1910 : A-K (1335 p.) -- Bd. 36. 1907-1910 : L-Z (1464 p.)…”

Tabla de Contenidos: “…Install Terraform on Ubuntu Linux -- Enable Terraform Tab Completion on Ubuntu -- Install Terraform on Windows -- Install Postman -- Install Git -- How to Use Git -- GitHub Copilot -- How to Use GitHub Copilot -- Chapter Summary -- Chapter 3: Azure .NET SDK for Azure OpenAI and AI Services -- Introduction -- Deploy Azure OpenAI Resource -- Get Endpoint and API Key Information -- Deploy a Model -- Use Chat Playground to Test the Model -- View Code and Endpoint Details -- Deploy to Web App -- Create a C# Console Application -- Adds Tokenizer Configuration Files -- Add Packages -- Add Code -- Create Environment Variables -- Run Application -- Use Terraform to Create Azure OpenAI Resource and Deployment -- Terraform Configuration (main.tf) -- Deploy Using Terraform -- Verify Deployment -- Destroy Deployment -- Use Azure CLI to Create Azure OpenAI Resource and Deployment -- Create Resources -- Azure CLI Tools -- Run Azure CLI Code -- Learn More About Azure CLI AI Services -- Use Azure PowerShell to Create Azure OpenAI Resource and Deployment -- Create Resources -- PowerShell Script: Aoi-deploy.ps1 -- Retrieve Information -- Delete Deployment -- Use Azure OpenAI with Postman -- Configure Workspace -- Create an Environment -- Add Environment Variables -- Create a Collection -- Create a POST Request -- Run POST Request -- List Models -- API Resources -- Chapter Summary -- Chapter 4: .NET SDK and AI Studio -- Create ASP.NET Application with Azure OpenAI -- Create an ASP.NET Application -- Install Azure OpenAI Library -- Create Class -- Class Configuration -- Run Web Application -- Create a Web App Using VS Code -- Publish Application -- Deploy to Web App -- Set Environment Variables Azure Web App -- Set Environment Variables for Azure Web App Using Azure CLI -- Set Environment Variables for Azure Web App Using Azure PowerShell -- Test Application…”

Acceso restringido usuarios UPSA

“…Las intervenciones de emergencia realizadas en los años setenta del siglo XX permitieron registrar un conjunto de hornos cerámicos, además de otras estructuras y depósitos anejos pertenecientes a un taller alfarero que estaría en funcionamiento, al menos, entre finales del siglo V e inicios del IV a.C., convirtiéndose en la evidencia más antigua constatada hasta ese momento de producción alfarera en la región. …”

Acceso restringido usuarios UPSA

Acceso a copia digital - Bibliothèque Municipale de Lyon