## Table: Operation Latency ### Overview The image presents a table showing the latency (in milliseconds) for different operations. It includes the latency for negation, addition with carry, and the total latency including overhead. ### Components/Axes * **Columns:** * Operation * Latency (ms) * **Rows:** * Negation * Add with carry * Total latency, including overhead ### Detailed Analysis The table provides the following latency values: * **Negation:** 0.0347466 ms * **Add with carry:** 1058.65 ms * **Total latency, including overhead:** 1115.25 ms ### Key Observations * The "Add with carry" operation has a significantly higher latency compared to "Negation". * The "Total latency, including overhead" is greater than the "Add with carry" latency, indicating that overhead contributes to the overall latency. ### Interpretation The data suggests that the "Add with carry" operation is computationally more expensive than "Negation". The difference between the "Total latency" and the "Add with carry" latency (1115.25 - 1058.65 = 56.6 ms) represents the overhead associated with the operations. This overhead could include factors such as memory access, function call overhead, or other system-level processes. The table highlights the relative performance costs of different operations, which can be useful for optimizing code or hardware designs.