Setup your sample size upper, lower bounds. Its increment size. Benchmark iterations. And bench it!<br/><br/>

Generally speaking however, these are common learning notes.<br/><br/>

- Due to the non-negligable overhead of running the webgl engine, small data sample sizes (such as <= 250) tends to be slower on GPU. Cut off point varies between kernel and machines<br/>

- There is a small data transfer cost, to move from JS to GPU, paid by the CPU. Which is propotional to the data size. As such extremely simple kernel (such as A+B) will always be slower in GPU<br/>

<input type="text" name="bench_lower" id="bench_lower" class="form-control input-number" value="50" min="0" max="4294967295">

<input type="text" name="bench_upper" id="bench_upper" class="form-control input-number" value="1500" min="0" max="4294967295">