Joche Ojeda
Integrating DevExpress Chat Component with Semantic Kernel: A Step-by-Step Guide
Integrating DevExpress’s chat component with the Semantic Kernel for AI-powered chat completions is a game-changer. This step-by-step guide shows how to set up an intelligent chat interface using OpenAI and .NET. Learn how to combine these technologies and bring dynamic, context-aware conversations into your applications effortlessly!
Test Driving DevExpress Chat Component
If you're a Blazor developer looking to integrate AI-powered chat functionality into your applications, the new DevExpress DxAIChat component offers a turnkey solution. It's designed to make building chat interfaces as easy as possible, with out-of-the-box support for...
Using the IMemoryStore Interface and DevExpress XPO ORM to Implement a Custom Memory Store for Semantic Kernel
This article demonstrates how to implement a custom memory store in Semantic Kernel using the IMemoryStore interface and DevExpress XPO ORM. By leveraging XPO’s database abstraction, you can easily manage AI-driven memory records across multiple databases, ensuring flexibility and scalability for your AI applications in .NET environments.
Leveraging Memory in Semantic Kernel: The Role of Microsoft.SemanticKernel.Memory Namespace
This article explores the **Microsoft.SemanticKernel.Memory Namespace**, focusing on the **VolatileMemoryStore** and how any class implementing **IMemoryStore** can serve as a memory backend for **SemanticTextMemory**. It highlights the flexibility of the memory system in Semantic Kernel for integrating custom memory stores, enhancing AI-driven applications.
Memory Types in Semantic Kernel
Semantic Kernel simplifies integrating AI models into your applications, with chat completions being the most common interaction method. Temporary memory, managed by the ChatHistory object or a string argument, is lost once the host class is disposed. In the next article, we’ll explore long-term memory options for more persistent solutions.
Understanding Shadow Sockets and How They Differ from Traditional VPNs
Shadow Sockets (Shadowsocks) is an open-source encrypted proxy project created to bypass internet censorship, particularly the Great Firewall of China. Unlike traditional VPNs, Shadowsocks uses the SOCKS5 protocol, making it less detectable and more efficient. Developed by “clowwindy” in 2012, Shadowsocks has evolved through community contributions. It offers better performance and lower latency compared to VPNs, making it ideal for high-censorship environments. While VPNs provide comprehensive security and ease of use, Shadowsocks excels in evading detection and maintaining a lightweight connection, making it a valuable tool for accessing unrestricted internet content.