When it comes to memory allocation algorithms for mobile devices, there are several common ones. First-fit is fast and simple, but can lead to fragmentation and poor memory utilization.

This is a Python-based application demonstrating memory allocation using the Quick Fit algorithm. This application works as a memory allocation simulator. It shows how the Quick Fit algorithm process ...

Memory management algorithms must meet certain requirements to guarantee the system runs correctly and efficiently. These include memory protection, allocation, de-allocation, swapping, and sharing.

Specification: The program simulates memory allocation with a chosen hole-fitting algorithm (First-fit, Best-fit) and implements de-allocation and defragmentation. A menu controls the operations, and ...

By adding a memory prediction module in the kernel to predict the size of the next memory block, the time consumption caused by the above problems in memory allocation is reduced. The experimental ...

A significant challenge in designing algorithms for FPGA-based reconfigurable computers is the exposed, non-cached memory subsystem. In the absence of dedicated hardware to manage a cached memory ...

Memory allocation issues are only a subset of the problems common to C/C++ that cause potential bugs and vulnerabilities, but they are a large subset and are very annoying to track down and fix.

The graph below shows the total number of publications each year in Video Compression Algorithms and Memory Efficiency. References [1] Accelerating BPC-PaCo through Visually Lossless Techniques .