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Explore the .NET Framework and Common Language Runtime (CLR) architecture at Amity School of Engineering & Technology, covering topics such as .NET components, technical architecture, common language runtime, CLR execution model, and more. Discover the support for multiple languages and the .NET lan

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Explore the complexities of excluding CLR/Interruptible Load from a TDSP's EEA3 Firm Load Shed obligations and the necessary processes for managing load curtailment. Learn about the load shed allocation process, foundational assumptions, and a problem scenario involving load consumption during peak

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The .NET architecture comprises various key components such as the Common Language Specification, Code Manager, Managed Code, Unmanaged Code, and Native Code. These components play crucial roles in the development and execution of applications within the .NET framework. Managed code is executed by t

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LLILC, utilizing LLVM as a code generator for CoreCLR, emphasizes Garbage Collection (GC) and offers insights on JIT compilation and pluggable Jit architecture. This open-source project provides a cross-platform capable version of the CLR and supports Portable API surface for .Net frameworks, enabli

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Persistence Ignorance is a concept in software development where domain models do not contain any persistence-related code, focusing solely on business logic. This approach promotes separation of concerns, single responsibility, loose coupling, testability, and reusability. NHibernate and Plain Old

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CLR-DRAM introduces a low-cost DRAM architecture that enables dynamic configuration for high capacity or low latency at the granularity of a row. By allowing a single DRAM row to switch between max-capacity and high-performance modes, it reduces key timing parameters, improves system performance, an

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