This paper presents galloping measurements conducted on a high-voltage overhead test line equipped with a single conductor as well as a second configuration of three conductors with interphase spacers.
In the timed weighted overhead test, subjects are asked to raise their arms above their heads.
Three articles describe two different performance tests, the PILE test [ 26, 31] and the timed weighted overhead test [ 35].
The ICC for intra-observer reliability in the timed weighted overhead test ranged from 0.78 to 0.88 [ 35].
We do not recommend dynamometry, manual muscle examination or the time weighted overhead test, as we were rated them as doubtful.
The instruments or tests used in the included studies were: endurance tests for short neck flexors, a craniocervical flexion test, manual muscle testing of neck musculature, dynamometry and two lifting tests, viz. the cervical progressive iso-inertial lifting evaluation (PILE) test and the timed weighted overhead test.
The instruments or tests included were: muscle endurance tests for short neck flexors, craniocervical flexion test with an inflatable pressure biofeedback unit, manual muscle testing of neck musculature, dynamometry and functional lifting tests (the cervical progressive iso-inertial lifting evaluation (PILE) test and the timed weighted overhead test).
Tests with a ceiling are fulfilled if the ceiling is reached, which means that a subject has met the defined maximal time of performance, e.g., the working overhead test is terminated if a person has reached 15 min even though the person might have not performed to her or his maximal ability [ 12].
Systems-on-Chip (SoC) based design rapidly involves various challenges like huge test data volume, test transition time, area overhead and test data storage.
Adopting a defect-oriented methodology, this approach maximizes the fault coverage while minimizing the silicon area overhead and test time.
