A low-latency LRU approximation cache in C++ using CLOCK second-chance algorithm. Multi level cache too. Up to 2.5 billion lookups per second.

Pipelined Processor which implements RV32i Instruction Set. Also contains pipelined L1 4-way set-associative Instruction Cache, direct-mapped L1 Data Cache, and a 4-way set-associative L2 Victim Cache with a fully-associative 8-entry Victim Buffer. Also has a tournament branch predictor (global and local predictors) and a set-associative BTB.

Cache Controller for a multi-level Cache memory using four-way set-associative mapping with write-back, no-write allocate and LRU policy. Implemented on a Basys3 Artix-7 FPGA with proper delays and hit signals.

Simulator for Direct, Associative, Set Associative Mapping Technique in Cache Allocation

C# implementation of a set-associative cache with multiple policies (LRU, LFU, etc.)

Storing data in 16-bit multilevel Direct Mapped, Associative, N-way Set Associative cache memory

The following program here helps in simulating how blocks from main memory can get mapped to cache based on strategies: Direct-Mapping, Fully-Associative, Set-Associative

The repository simulates direct-mapped , four way set associative and 8 way set associative cache.

2-level TLB Controller

Fully parametric Set Associated Cache with a Pseudo Least Recently Used replacement policy implemented in VHDL.

Simulation of Set Associative Cache

A simple implementation of a Direct Mapped Cache and Set Associative Cache in C++. Supports for different sizes of the cache, block, #ways, etc.

Dual hierarchy (L1 and L2) cache simulator with direct mapping and two way associative configurations. Project for Computer Organization class.