Control Throughput Closure Scans

Channel Batch Throughput Scan

addresses divide into read passes

Detector addresses become scheduled readout passes only after channel batching is exact. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Rows and columns set address count

The rendered grid has 4 rows and 5 columns, so the address count is 20.

Naddr=4⋅5=20N_{\text{addr}}=4\cdot5=20
Indexed throughputIndexed measurements become exact count budgets.indexed readout

Channel batches and repeats are separate factors

Each row divides addresses by active channels before multiplying by repeat reads. The scheduled-pass column is not a hand label.

rcNaddrNchanNpassNrepeatNscheduled4520542834123431228164414\begin{array}{c|c|c|c|c|c|c}r&c&N_{\text{addr}}&N_{\text{chan}}&N_{\text{pass}}&N_{\text{repeat}}&N_{\text{scheduled}}\\4&5&20&5&4&2&8\\3&4&12&3&4&3&12\\2&8&16&4&4&1&4\\\end{array}
Indexed throughputIndexed measurements become exact count budgets.indexed readout

A wide strip can have the same pass count

The strip row has 16 addresses and 4 channels, so it still needs 4 passes for one repeat.

Npass=164=4N_{\text{pass}}=\frac{16}{4}=4
Indexed throughputIndexed measurements become exact count budgets.indexed readout