Application of IC technology for QC/QA
| Aim | Literatures | Related results |
|---|---|---|
| QC | Xu and Chang (2016) | They presented an material-machine-information and human-decision integrated system for adaptive QA/QC based on IC technology |
| Kuenzel et al. (2016) | A real-time path planning system for rollers was introduced, based on belief-desire-intention software agents | |
| Yao et al. (2018) | A management platform was developed for the unmanned compaction of the impact | |
| QA | Beainy et al. (2012) | The statistical QA based on percent within limits could be a tool for the QA depending on IC technology |
| Rinehart et al. (2012) | The roller-integrated CCC on earthwork compaction QA has been incorporated into specifications in Germany, Austria and Sweden | |
| Cai et al. (2019) | They developed a web tool to augment the random sampling process in field QA practice by incorporating the spatial pattern of samples from ICMVs |
| Aim | Literatures | Related results |
|---|---|---|
| QC | They presented an material-machine-information and human-decision integrated system for adaptive QA/QC based on IC technology | |
| A real-time path planning system for rollers was introduced, based on belief-desire-intention software agents | ||
| A management platform was developed for the unmanned compaction of the impact | ||
| QA | The statistical QA based on percent within limits could be a tool for the QA depending on IC technology | |
| The roller-integrated CCC on earthwork compaction QA has been incorporated into specifications in Germany, Austria and Sweden | ||
| They developed a web tool to augment the random sampling process in field QA practice by incorporating the spatial pattern of samples from ICMVs |
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