Searched refs:hotspot (Results 1 – 4 of 4) sorted by relevance
| /linux-4.4.14/Documentation/devicetree/bindings/thermal/ |
| D | thermal.txt | 475 /* hotspot = 100 * bandgap - 120 * adc + 484 */
489 a thermal hotspot in the silicon. The above example illustrates this situation.
491 close to CPU hotspot and together with internal CPU sensor, it is used
492 to determine the hotspot. Assuming this is the case for the above example,
494 hotspot = 100 * bandgap - 120 * adc + 484
497 consider the hotspot extrapolation rule below:
498 hotspot = 1 * adc + 6000
500 In the above equation, the hotspot is always 6C higher than what is read
504 /* hotspot = 1 * adc + 6000 */
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| /linux-4.4.14/Documentation/device-mapper/ |
| D | cache-policies.txt | 100 has a 'hotspot' queue rather than a pre cache which uses a quarter of
101 the entries (each hotspot block covers a larger area than a single
129 away. In addition it tracks performance of the hotspot queue, which
130 is used to decide which blocks to promote. If the hotspot queue is
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| /linux-4.4.14/drivers/md/ |
| D | dm-cache-policy-smq.c | 800 struct queue hotspot; member
1079 q_redistribute(&mq->hotspot); in end_hotspot_period()
1200 q_requeue(&mq->hotspot, e, in update_hotspot_queue()
1209 e = q_pop(&mq->hotspot); in update_hotspot_queue()
1220 q_push(&mq->hotspot, e); in update_hotspot_queue()
1670 q_init(&mq->hotspot, &mq->es, NR_HOTSPOT_LEVELS); in smq_create()
1671 mq->hotspot.nr_top_levels = 8; in smq_create()
1672 mq->hotspot.nr_in_top_levels = min(mq->nr_hotspot_blocks / NR_HOTSPOT_LEVELS, in smq_create()
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| /linux-4.4.14/Documentation/thermal/ |
| D | sysfs-api.txt | 371 to determine a hotspot temperature based off the sensor's
378 to determine a hotspot temperature based off the sensor's
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