This repo includes the source code of DGAP along with other state-of-the-art dynamic graph processing systems (LLAMA [2], GraphOne [3], and XP-Graph [4]) and data structures (CSR, and BAL), which are ...

Achieving optimal performance in GPU-centric workflows frequently requires customizing how host and device memory are allocated. For example, using "pinned" host memory for asynchronous host <-> ...

Abstract: In this study, we propose LWMalloc, a lightweight dynamic memory allocator designed for resource-constrained environments. LWMalloc incorporates a lightweight data structure, a deferred ...

LWMalloc is an ultra-lightweight dynamic memory allocator designed for embedded systems that is said to outperform ptmalloc used in Glibc, achieving up to 53% faster execution time and 23% lower ...

The Internet of Things has proliferated, and the number of devices integrated into intelligent networks has made resource management and allocation one of the most critical challenges. The intrinsic ...

As a novice embedded system developer or kernel developer, you might wonder how memory works when you call functions like malloc(). Let's check the memory allocation process in Linux by examining real ...

Contributions to the previous Frontiers Research Topic Understanding the Role of the Time Dimension in the Brain Information Processing shed light on the critical role of hierarchical neural ...

Memory management is fundamental to the performance of all applications. On modern server architectures, an application’s memory allocator needs to balance memory utilization against the ability to ...

Static and dynamic memory allocation are two distinct approaches to managing memory in C programming. Here's a detailed explanation of the differences between them: Static Memory Allocation: Memory is ...

Abstract: This paper presents VCMalloc, a custom memory allocator based on a new dynamic memory management approach that keeps data allocated in a contiguous form in memory. It can preserve the ...